sat control catalog 9.11.2012
DESCRIPTION
Sat control catalog 9.11.2012TRANSCRIPT
ProductCatalog
Turnkey systems and solutions for photovoltaic power plants
Our systems and solutions for photovoltaic power plants
General Terms and Conditions
Dear Customers,
Photovoltaic electricity, once confi ned to space exploration, has since the beginning of the 21st century,
gained access to the realm of power generation.
The impressive growth of the PV market, mainly driven during those years by the European interest for
this particular technology, has since then led to a major decrease in system prices, bringing PV technology
among the emerging technologies for power generation on a large scale.
At Sat Control we are proud to be one of the fi rst companies worldwide to successfully implement innova-
tive, cost-effective, reliable, robust and active solar tracking systems in the world.
Sat Control accelerates technological innovations by industry led research and development tracking sys-
tems offering outstanding long-term performance. Sat Control provides solutions that demonstrate cost
effectiveness, added value, and go beyond the business. Setting the highest quality standards is Sat Con-
trol’s main objective.
Sat Control products are a result of intensive research and development efforts, manufactured in a state of
the art automated production environment and comply with the principal international standards: Interna-
tional Protection Rating (IEC 60529 IP33), Electromagnetic Compatibility (EMC Directive 89/336/EEC) and
Low Voltage Equipment Directive (EEC Council Directive 73/23/EEC).
Components and materials used in production originate from well established suppliers, are pre-certifi ed,
tested and meet the highest quality standards. Due to the strict quality control at each step of the produc-
tion process, Sat Control is able to offer its customers up to 10-year product warranty.
Headquartered in Slovenia, at Sat Control we fi nd our place predominantly in diverse international mar-
kets. Tracker installations of every size have been deployed internationally, including utility-scale projects
in more than 45 countries over the world including Germany, France, Italy, Slovakia, Czech Republic, Aus-
tralia, India, Canada and the United States.
Sat Control’s strategic goal is to become globally innovative and competitive Solar Energy enterprise,
providing the most appropriate solar tracking technology for achieving the highest performance and most
cost-effective production of solar electricity.
Bogdan Bolka
CEO of Sat Control
Table of Contents
1. SOLAR LINEAR TRACKERS
1.a. DUAL AXIS SOLAR TRACKERS
1.a.1. SM44M3V15P ..................................................................... page 1-2 1.a.2. SM54M1V6P ....................................................................... page 3-6 1.a.3. SM44M1V4P ....................................................................... page 7-10 1.a.4. SM44M1V3P ....................................................................... page 11-14 1.a.5. SM44M1V2P ....................................................................... page 15-18 1.a.6. Iron-Reinforcement Cage ..................................................... page 19-20
1.b. SINGLE AXIS SOLAR TRACKERS
1.b.1. SM40M1V4P ....................................................................... page 21-24 1.b.2. SM40M1V3P ....................................................................... page 25-28 1.b.3. SM40M1V2P ....................................................................... page 29-32 1.b.4. SM3SPMOG+ ..................................................................... page 33-36
2. SOLAR PANELS
2.a.1. PV panel polycrystalline JC250M-24/Bb .................................. page 37-38 2.a.2. PV panel polycrystalline JC300M-24/Ab ................................. page 39-40 2.a.3. PV panel monocrystalline JC250S-24/Bb ................................ page 41-42 2.a.4. PV panel polycrystalline JC200S-24/Db .................................. page 43-44
2.a.5. PV panel HJM195M-24 ........................................................ page 45-46
2.a.6. PV panel HJM250M-32 ......................................................... page 47-48 2.a.7. PV panel HJM180D-36 ......................................................... page 49-50
3. SOAR HELIOSTATS
3.a. SM44M1HEL3M ...................................................................... page 51-52 3.b. SM44M1HEL6M ..................................................................... page 53-54 3.c. SM44M3HEL25M .................................................................... page 55-56
4. SOLAR LINEAR MOTORS ACTUATORS
4.a. Motor SM4S520M1 ................................................................. page 57-58 4.b. Motor SM4S900M3C3 - with Clamp C3 ...................................... page 59-60 4.c. Motor SM4S900M3C4 - with Clamp C4 ..................................... page 61-62 4.d. Motor SM4S900M3NC - without Clamp ..................................... page 63-64
5. SOLAR POSITIONERS
5.a. SOLAR POSITIONER 2-AXIS MODULE NANO .............................. page 65-66 5.b. SOLAR POSITIONER 2-AXIS MODULE MICRO .............................. page 67-68 5.c. SIGMA SOLAR SERVER ............................................................ page 69-70 5.d.1. SMPS Power supply TDK - Lambda DPP 50-24 ......................... page 71-71 5.d.2. SMPS Power supply TDK - Lambda DPP 100-24 ....................... page 71-71 5.d.3. SMPS Power supply TDK - Lambda DPP 480-24-3 .................... page 72-72 5.e. Junction Box (j-box) Set & 5.f. Connection Board Sestiv 39B ........ page 73-74 5.g. USB 2.0 to RS485 Mini Adapter with Terminal Block .................... page 75-75 5.h. Cable USB 2.0 - USB-A -› Micro-B ............................................ page 76-76 5.i. Wind sensor WS XS Vestmatic .................................................. page 77-77 5.j. Plastic mounting bracket for wind sensor ................................... page 78-78
6. GROUND SCREWS
6.a. GROUND SCREW ................................................................... page 79-81 6.b. SET GROUND SCREWS ........................................................... page 82-84
7. MONITORING SYSTEM
7.a. HELIOS ANALYTICS ............................................................... page 85-86
8. SAT CONTROL WEBSHOP
8.a. SAT CONTROL WEBSHOP ....................................................... page 87-88
1.a.1. SM44M3V15P
Product code: SM44M3V15P
Dual-Axis Solar Tracker SM44M3V15P
Dual-Axis Solar Tracker SM44M3V15P with accuracy better than 0,5 deg and backstructure for 15 pieces of
solar panels dimensions 0,99 m x 1,95 m and weight of 30 kg max each. So together for 25 m2 solar panel
surface. A Suitable for PV panels, concentrators - CPV, heliostats. Usage at homes: on-grid at roof on houses,
trafic signalisations, street light, cottages, small and large powerplants where solar panels are connected in serial
and output is connected directly to inverter or an external charging device. Minimal wind resistance is 180km/h.
In a Year basis with Dual axis motor you can get 7% more income of energy compared to Single axis motor.
1. SOLAR TRACKERS - 1.a. DUAL AXIS SOLAR TRACKERS
1
Mechanical Capabilities
Number of turning axis Dual-Axis
Hour Angle Limit 100˚, software and hardware limit
Elevation angle 15-90˚
Type of hour-angle engine Linear Motor SM4S900M3 with stroke of 900 mm
Type of elevation shaft and stroke Linear motor SM4S900M3 with stroke of 900mm
Hour-angle shaft diameter and length Square tube 200x200 mm, L=2280 mm (steel)
Turning speed of hour angle shaft /
Turning speed of elevation shaft /
Max. dynamic torque of the hour-angle shaft /
Max. dynamic torque of elevation shaft /
Destructive torque of the hour-angle shaft /
Destructive torque of elevation shaft /
Backstructure size 5 x 5 m (H size 4 x 2,45 m)
Type of backstructure clamp Toothed scissors gripers - 60 pcs
Tube diameter for mounting Square tube 200x200 mm, H=3500 mm (steel)
Max. dimensions of a solar panel 15 pieces of 0.99 m x 1.67 m in total 25 m2
Max. weight of a solar panel 15 pcs per 30 kg
Estimated service life 5.000 rotations of 200° (100°E + 100°W), or 10 years
Positioning System Data
Tracking accuracy <0,5˚ (optionally <0,1˚ - for additional payment)
Operating Protocol TdAPS (Time derived Astronomical Positioning System)
Type of Positioning System Servo driver positioner with TdAPS arc logic function calc.
Type of positioner Din Rail positioner MICRO and externor cables
Type of timer GMT clock with EOT and calendar
Type of application program for supervision and setting Solar tracking system monitor via Helios Analytics
Setting and changing data via PC Yes, It can be setup up to 1000 parameters
Monitoring possibility via PC Yes, It can be setup up to 1000 parameters
Turned on the position sent from PC Yes, it turn on position sent from PC, also all other setting can be commanded with string sent from PC
Turning time interval 1 minute (0.25°)
Communication Data
Type of communication interface USB interface
Networking solution for control from centre CAN BUS, RS485
Firmware - Software
Upgrading possibility via PC Yes, firmware via PC with help of web wizard
Electrical Data
Motor Power Supply 24 VDC ±15% 4A(5A current capacity)
Backup battery CR 2512 coin
Turning time interval 1 minute (0.25°)
Max. Current of elevation shaft /
Standby consumption (when is not moving) 60mA @ 24 VDC
Power supply connection 1 piece of 2 Wire Cable with an Internal Cu Conductor of 1.5mm2 (not included with kit)
Box 190 (L) x 140 (W) x 70 (H) mm with connection harness
Environmental Data
Operating temperature -25°C to +70°C (optionally with artic grease for teperatures from -40°C up to +70°C)
Operation at humidity 0% to 100%, relative humidity
Max. safe wind speed <130km/h (in vertical position) up to 180km/h (in horizontal position)
Corrosion, weather and chemical resistance
Hot-dip galvanizing (HDG, EN ISO 1461) 75 - 100 μm (equivalent of 50 years)
Packaging
Dimensions of a packed product 1 box of 5000 (L) x 800 (W) x 800 (H) mm (Wooden Box is not icluded with kit)
Product weight 750kg
Quality Certificates
International Protection Rating (IEC 60529) IP33
Electromagnetic Compatibility (EMC Directive 89/336/EEC) Yes
Low Voltage Equipment Directive (EEC Council Directive 73/23/EEC) Yes
Optional Properties
Anti-Shadowing Function Yes, included
Heliostat usage Yes, for additional payment
1. SOLAR TRACKERS - 1.a. DUAL AXIS SOLAR TRACKERS
2
Technical Capabilities
1.a.2. SM54M1V6P
Product code: SM54M1V6P
Dual Axis Solar Tracker SM54M1V6P
Dual-Axis Solar Tracker SM54M1V6P with accuracy better than 0,5 deg and backstructure for 6 pieces of solar panels dimensions 0,808 m x 1,580 m and weight of 25 kg max each. So together for 7,65 m2 solar panel surface. A Suitable for PV panels, concentrators - CPV, heliostats. Usage at homes: on-grid at small and large solar power plants where solar panels are connected in serial and output is connected directly to inverter or an external charging device. Minimal wind resistance is 130km/h. In a Year basis with 2 axis motor you can get 7% more income of energy compared to single axis motor. Solar tracker anti-shadowing software func-tion included.
1. SOLAR TRACKERS - 1.a. DUAL AXIS SOLAR TRACKERS
3
Mechanical Capabilities
Number of turning axis Dual-Axis, Azimuth-Elevation System
Azimuth Angle Limit 270˚
Elevation angle 90˚
Type of Azimuth-angle engine Slew drive SM5M1
Type of elevation shaft and stroke Linear motor SM4S520M1
Azimuth-angle shaft diameter and length /
Turning speed of Azimuth angle shaft 0,9˚/s
Turning speed of elevation shaft 0,052 - 0,062 °/s at no load
Max. dynamic torque of the Azimuth-angle shaft Azimuth 150 Nm
Max. dynamic torque of elevation shaft 330 Nm - 400 Nm depend from EA
Destructive torque of the Azimuth-angle shaft 1500 Nm
Destructive torque of elevation shaft 1250 Nm - 1500 Nm, depend from HA
Backstructure size 2,424 m x 3,160 m
Type of backstructure clamp Toothed gripers - 24 pcs
Tube diameter for mounting Ø133 x 3 mm
Max. dimensions of a solar panel Array of 6 pieces of 0,808 m x 1,580 m in total 7,65 m2
Max. weight of a solar panel 6 pcs per 25 kg
Estimated service life 5.000 rotations of 200° (100°E + 100°W), or 10 years
Communication Data
Type of communication interface RS485
Networking solution for control from centre RS485
Firmware - Software
Upgrading possibility via PC Yes, firmware via PC with help of web wizard
Electrical Data
Motor Power Supply 24 VDC ± 10% (2A current capacity)
Backup battery /
Turning time interval 5 sec - 15 minute, but controlled via Sigma Solar Server Web based
Max. consumption during the operation of the Azimuth-angle shaft 500 mA @ 150 Nm
Max. Current of elevation shaft 500 mA @ 400Nm
Standby consumption (when is not moving) 25 mA ± 25% @ 24V
Power supply connection 1 cable of 2 wires with an Internal Cu Conductor of 1,0 mm2 for power and 1 twisted pair 0,25mm2 (2 wires) (not included with kit)
Environmental Data
Operating temperature -25°C to +70°C (optionally with artic grease for teperatures from -40°C up to +70°C)
Operation at humidity 0% to 100%, relative humidity
Max. safe wind speed <130 km/h (tested up to 180 km/h)
Corrosion, weather and chemical resistance
Neutral Salt Spray (3000 h, EN ISO 9227 NSS) /
Hot-dip galvanizing (HDG, EN ISO 1461) 75 - 100 μm (equivalent of 50 years)
Packaging
Dimensions of a packed product /
Product weight 155kg
Quality Certificates
International Protection Rating (IEC 60529) IP33
Electromagnetic Compatibility (EMC Directive 89/336/EEC) Yes
Low Voltage Equipment Directive (EEC Council Directive 73/23/EEC) Yes
Optional Properties
Anti-Shadowing Function Yes, but controlled via Sigma Solar Server Web based
Heliostat usage Yes, but controlled via Sigma Solar Server Web based
1. SOLAR TRACKERS - 1.a. DUAL AXIS SOLAR TRACKERS
4
Technical Capabilities
1.a.2. SM54M1V6P
1. SOLAR TRACKERS - 1.a. DUAL AXIS SOLAR TRACKERS
5
Real energy measurement of two equal solar panels (fixed and motorized)
Two equal solar panels were exposed to the real sun and conversed electrical power was measured.
Test conditions: Solar panels (both): 1.17 kWp (producer spec. at AM 1.5) Date: May 2011 Time: 4:00 to 20:00 (sun time) Geo. Latitude: 46° N Weather conditions: sunny, but not totally clear
Results: Average energy of fixed: 4890.6Wh Average energy of motorized: 7920.9Wh
Note: Sum of motor energy consumption through all day is 35.5Wh or 0.22% of all collected energy.
1. SOLAR TRACKERS - 1.a. DUAL AXIS SOLAR TRACKERS
6
1.a.2. SM54M1V6P
1.a.3. SM44M1V4P
Product code: SM44M1V4P
Dual Axis Solar Tracker SM44M1V4P
Dual Axis Solar Tracker SM44M1V4P with accuracy better than 0,5 deg and backstructure for 4 pieces of solar panels dimensions 0,99 m x 1,95 m and weight of 30 kg max each. So together for 7,7 m2 solar panel sur-face. A Suitable for PV panels, concentrators - CPV, heliostats. Usage at homes: on-grid at roof on houses, trafic signalisations, street light, cottages, small and large powerplants where solar panels are connected in serial and output is connected directly to inverter or an external charging device. Minimal wind resistance is 180km/h. In a Year basis with 2 axis motor you can get 7% more income of energy compared to single axis motor. Solar tracker anti-shadowing software function included.
1. SOLAR TRACKERS - 1.a. DUAL AXIS SOLAR TRACKERS
7
Mechanical Capabilities
Number of turning axis Dual-Axis
Hour Angle Limit 100˚, software and hardware limit
Elevation angle 15-90˚, adjustable start
Type of hour-angle engine Linear Motor SM4S520M1 with stroke of 520 mm
Type of elevation shaft and stroke Linear motor SM4S520M1 with stroke of 520 mm
Hour-angle shaft diameter and length Ø48 mm, L=1450 mm (steel)
Turning speed of hour angle shaft 0,039 - 0,063 °/s at no load, see graph
Turning speed of elevation shaft 0,052 - 0,062 °/s at no load, see graph
Max. dynamic torque of the hour-angle shaft 200 Nm - 330 Nm depend from HA, see graph
Max. dynamic torque of elevation shaft 330 Nm - 400 Nm depend from EA, see graph
Destructive torque of the hour-angle shaft 750 Nm - 1250 Nm, depend from HA, see graph
Destructive torque of elevation shaft 1250 Nm - 1500 Nm, depend from HA, see graph
Backstructure size 2 pcs of 1000 (H) mm & 2 pcs of 4000 (V) mm
Type of backstructure clamp Toothed scissors gripers - 16 pcs
Tube diameter for mounting Ø76,1 x 3,6 mm with reduced tube to Ø68 mm (not included with kit)
Max. dimensions of a solar panel 4 pieces of 0,99 m x 1,95 m in total 7,7 m2
Max. weight of a solar panel 4 pcs per 30 kg
Estimated service life 5.000 rotations of 200° (100°E + 100°W), or 10 years
Positioning System Data
Tracking accuracy <0,5˚ (optionally <0,1˚ - for additional payment)
Operating Protocol TdAPS (Time derived Astronomical Positioning System)
Type of Positioning System Servo driver positioner with TdAPS arc logic function calc.
Type of positioner Din Rail positioner MICRO and externor cables
Type of timer GMT clock with EOT and calendar
Type of application program for supervision and setting Solar tracking system monitor via web site
Setting and changing data via PC Yes, It can be setup up to 1000 parameters
Monitoring possibility via PC Yes, It can be setup up to 1000 parameters
Turned on the position sent from PC Yes, it turn on position sent from PC, also all other setting can be commanded with string sent from PC
Turning time interval Tipicaly 6 - 7 s
Communication Data
Type of communication interface USB interface
Networking solution for control from centre CAN BUS, RS485
Firmware - Software
Upgrading possibility via PC Yes, firmware via PC with help of web wizard
Electrical Data
Motor Power Supply 24 VDC ± 10% (2A current capacity)
Backup battery CR 2512 coin
Max. consumption during the operation of the hour-angle shaft 500 mA @ 330 Nm, see graph
Max. Current of elevation shaft 500 mA @ 400 Nm, see graph
Standby consumption (when is not moving) 20 mA ± 25% @ 24V
Power supply connection 1 piece of 2 Wire Cable with an Internal Cu Conductor of 1,0 mm2 (not included with kit)
Box 190 (L) x 140 (W) x 70 (H) mm with connection harness
Environmental Data
Operating temperature -25°C to +70°C (optionally with artic grease for teperatures from -40°C up to +70°C)
Operation at humidity 0% to 100%, relative humidity
Max. safe wind speed <130 km/h (tested up to 180 km/h)
Corrosion, weather and chemical resistance
Hot-dip galvanizing (HDG, EN ISO 1461) 75 - 100 μm (equivalent of 50 years)
Packaging
Dimensions of a packed product 1 box of 1600 (L) x 245 (W) x 202 (H) mm & 1 box of 2050 (L) x 180 (W) x 70 (H) mm
Product weight 55 kg
Quality Certificates
International Protection Rating (IEC 60529) IP33
Electromagnetic Compatibility (EMC Directive 89/336/EEC) Yes
Low Voltage Equipment Directive (EEC Council Directive 73/23/EEC) Yes
Optional Properties
Anti-Shadowing Function Yes, included
Heliostat usage Yes, for additional payment
1. SOLAR TRACKERS - 1.a. DUAL AXIS SOLAR TRACKERS
8
Technical Capabilities
1.a.3. SM44M1V4P
1. SOLAR TRACKERS - 1.a. DUAL AXIS SOLAR TRACKERS
9
Legend:
Legend:
Legend:
2 Real energy measurement of two equal solar panels (fixed and motorized)
Three equal solar panels were exposed to the real sun and conversed electrical power was measured. Test conditions: Solar panels (both): 0.9 kWp (producer spec. at AM 1.5) Date: July 2010 Time: 4:00 to 20:00 (sun time) Geo. Latitude: 46° N Weather conditions: sunny, but not totally clear Results: Average energy of fixed: 3762,0Wh Average energy of motorized: 6093,0Wh Note: sum of motor energy consumption through all day is 17.52Wh or 0.29% of all col-lected energy. axis or dual axis Solar Tracker with accuracy better than 0,5 deg and backstructure for 3 pieces of solar panels dimensions 0,99 m x 1,95 m and weight of 30 kg max each. So to-gether for 5,8 m2 solar panel surface. A Suitable for PV panels, concentrators - CPV, helio-stats. Usage at homes: on-grid at roof on houses, trafic signalisations, street light, cot-
Real energy measurement of two equal solar panels (fixed and motorized)
Two equal solar panels were exposed to the real sun and conversed electrical power was measured.
Test conditions: Solar panels (both): 1.2 kWp (producer spec. at AM 1.5) Date: July 2010 Time: 4:00 to 20:00 (sun time) Geo. Latitude: 46° N Weather conditions: sunny, but not totally clear
Results: Average energy of fixed: 3762,0Wh Average energy of motorized: 6093,0Wh
Note: Sum of motor energy consumption through all day is 17.52Wh or 0.29% of all collected energy.
1.a.3. SM44M1V4P
1. SOLAR TRACKERS - 1.a. DUAL AXIS SOLAR TRACKERS
10
Legend:
Legend:
1.a.4. SM44M1V3P
Product code: SM44M1V3P
Dual-Axis Solar Tracker SM44M1V3P
Dual-Axis Solar Tracker SM44M1V3P with accuracy better than 0,5 deg and backstructure for 3 pieces of solar
panels dimensions 0,99 m x 1,95 m and weight of 30 kg max each. So together for 5,8 m2 solar panel surface.
A Suitable for PV panels, concentrators - CPV, heliostats. Usage at homes: on-grid at roof on houses, trafic sig-
nalisations, street light, cottages, small and large powerplants where solar panels are connected in serial and
output is connected directly to inverter or an external charging device. Minimal wind resistance is 180km/h. In a Year basis with Dual Axis motor you can get 7% more income of energy compared to Single Axis motor.
1. SOLAR TRACKERS - 1.a. DUAL AXIS SOLAR TRACKERS
11
Mechanical Capabilities
Number of turning axis Dual-Axis
Hour Angle Limit 100˚, software and hardware limit
Elevation angle 15-90˚, adjustable start
Type of hour-angle engine Linear Motor SM4S520M1 with stroke of 520 mm
Type of elevation shaft and stroke Linear Motor SM4S520M1 with stroke of 520 mm
Hour-angle shaft diameter and length Ø48 mm, L=1450 mm (steel)
Turning speed of hour angle shaft 0,039 - 0,063 °/s at no load, see graph
Turning speed of elevation shaft 0,052 - 0,062 °/s at no load, see graph
Max. dynamic torque of the hour-angle shaft 200 Nm - 330 Nm depend from HA, see graph
Max. dynamic torque of elevation shaft 330 Nm - 400 Nm depend from EA, see graph
Destructive torque of the hour-angle shaft 750 Nm - 1250 Nm, depend from HA, see graph
Destructive torque of elevation shaft 1250 Nm - 1500 Nm, depend from HA, see graph
Backstructure size 2 pcs of 1000 (H) mm & 2 pcs of 3000 (V) mm
Type of backstructure clamp Toothed scissors gripers - 12 pcs
Tube diameter for mounting Ø60 - 68 mm (not included with kit)
Max. dimensions of a solar panel 3 pieces of 0,99 m x 1,95 m in total 5,8 m2
Max. weight of a solar panel 3 pcs per 30 kg
Estimated service life 5.000 rotations of 200° (100°E + 100°W), or 10 years
Positioning System Data
Tracking accuracy <0,5˚ (optionally <0,1˚ - for additional payment)
Operating Protocol TdAPS (Time derived Astronomical Positioning System)
Type of Positioning System Servo driver positioner with TdAPS arc logic function calc.
Type of positioner Din Rail positioner MICRO and externor cables
Type of timer GMT clock with EOT and calendar
Type of application program for supervision and setting Solar tracking system monitor via web site
Setting and changing data via PC Yes, It can be setup up to 1000 parameters
Monitoring possibility via PC Yes, It can be setup up to 1000 parameters
Turned on the position sent from PC Yes, it turn on position sent from PC, also all other setting can be commanded with string sent from PC
Turning time interval Tipicaly 6 - 7 s
Communication Data
Type of communication interface USB interface
Networking solution for control from centre CAN BUS, RS485
Firmware - Software
Upgrading possibility via PC Yes, firmware via PC with help of web wizard
Electrical Data
Motor Power Supply 24 VDC ± 10% (2A current capacity)
Backup battery CR 2512 coin
Max. consumption during the operation of the hour-angle shaft 500 mA @ 330 Nm, see graph
Max. Current of elevation shaft 500 mA @ 400 Nm, see graph
Standby consumption (when is not moving) 20 mA ± 25% @ 24V
Power supply connection 1 piece of 2 Wire Cable with an Internal Cu Conductor of 1,0 mm2 (not included with kit)
Box 190 (L) x 140 (W) x 70 (H) mm with connection harness
Environmental Data
Operating temperature -25°C to +70°C (optionally with artic grease for teperatures from -40°C up to +70°C)
Operation at humidity 0% to 100%, relative humidity
Max. safe wind speed <130 km/h (tested up to 180 km/h)
Corrosion, weather and chemical resistance
Hot-dip galvanizing (HDG, EN ISO 1461) 75 - 100 μm (equivalent of 50 years)
Packaging
Dimensions of a packed product 1 box of 1600 (L) x 245 (W) x 202 (H) mm
Product weight 45 kg
Quality Certificates
International Protection Rating (IEC 60529) IP33
Electromagnetic Compatibility (EMC Directive 89/336/EEC) Yes
Low Voltage Equipment Directive (EEC Council Directive 73/23/EEC) Yes
Technical Capabilities
12
1. SOLAR TRACKERS - 1.a. DUAL AXIS SOLAR TRACKERS
1.a.4. SM44M1V3P
Legend:
Legend:
Legend:
1. SOLAR TRACKERS - 1.a. DUAL AXIS SOLAR TRACKERS
13
2 Real energy measurement of two equal solar panels (fixed and motorized)
Three equal solar panels were exposed to the real sun and conversed electrical power was measured. Test conditions: Solar panels (both): 0.9 kWp (producer spec. at AM 1.5) Date: July 2010 Time: 4:00 to 20:00 (sun time) Geo. Latitude: 46° N Weather conditions: sunny, but not totally clear Results: Average energy of fixed: 3762,0Wh Average energy of motorized: 6093,0Wh Note: sum of motor energy consumption through all day is 17.52Wh or 0.29% of all col-lected energy. axis or dual axis Solar Tracker with accuracy better than 0,5 deg and backstructure for 3 pieces of solar panels dimensions 0,99 m x 1,95 m and weight of 30 kg max each. So to-gether for 5,8 m2 solar panel surface. A Suitable for PV panels, concentrators - CPV, helio-stats. Usage at homes: on-grid at roof on houses, trafic signalisations, street light, cot-
Real energy measurement of two equal solar panels (fixed and motorized)
Three equal solar panels were exposed to the real sun and conversed electrical power was measured.
Test conditions: Solar panels (both): 0.9 kWp (producer spec. at AM 1.5) Date: July 2010 Time: 4:00 to 20:00 (sun time) Geo. Latitude: 46° N Weather conditions: sunny, but not totally clear
Results: Average energy of fixed: 3762,0Wh Average energy of motorized: 6093,0Wh
Note: Sum of motor energy consumption through all day is 17.52Wh or 0.29% of all collected energy.
1.a.4. SM44M1V3P
Legend:
Legend:
1. SOLAR TRACKERS - 1.a. DUAL AXIS SOLAR TRACKERS
14
1.a.5. SM44M1V2P
Product code: SM44M1V2P
Dual-Axis Solar Tracker SM44M1V2P
Dual-Axis Solar Tracker SM44M1V2P with accuracy better than 0,5 deg and backstructure for 2 pieces of solar
panels dimensions 0,99 m x 1,95 m and weight of 30 kg max each. So together for 4,0 m2 solar panel surface.
A Suitable for PV panels, concentrators - CPV, heliostats. Usage at homes: on-grid at roof on houses, trafic sig-
nalisations, street light, cottages, small and large powerplants where solar panels are connected in serial and
output is connected directly to inverter or an external charging device. Minimal wind resistance is 180km/h. In a Year basis with Dual Axis motor you can get 7% more income of energy compared to Single Axis motor.
1. SOLAR TRACKERS - 1.a. DUAL AXIS SOLAR TRACKERS
15
Mechanical Capabilities
Number of turning axis Dual-Axis
Hour Angle Limit 100˚, software and hardware limit
Elevation angle 15-90˚, adjustable start
Type of hour-angle engine Linear Motor SM4S520M1 with stroke of 520 mm
Type of elevation shaft and stroke Linear Motor SM4S520M1 with stroke of 520 mm
Hour-angle shaft diameter and length Ø48 mm, L=1450 mm (steel)
Turning speed of hour angle shaft 0,039 - 0,063 °/s at no load, see graph
Turning speed of elevation shaft 0,052 - 0,062 °/s at no load, see graph
Max. dynamic torque of the hour-angle shaft 200 Nm - 330 Nm depend from HA, see graph
Max. dynamic torque of elevation shaft 330 Nm - 400 Nm depend from EA, see graph
Destructive torque of the hour-angle shaft 750 Nm - 1250 Nm, depend from HA, see graph
Destructive torque of elevation shaft 1250 Nm - 1500 Nm, depend from HA, see graph
Backstructure size 2 pcs of 1000 (H) mm & 2 pcs of 2000 (V) mm
Type of backstructure clamp Toothed scissors gripers - 8 pcs
Tube diameter for mounting Ø60 - 68 mm (not included with kit)
Max. dimensions of a solar panel 2 pieces of 0,99 m x 1,95 m in total 3,9 m2
Max. weight of a solar panel 2 pcs per 30 kg
Estimated service life 5.000 rotations of 200° (100°E + 100°W), or 10 years
Positioning System Data
Tracking accuracy <0,5˚ (optionally <0,1˚ - for additional payment)
Operating Protocol TdAPS (Time derived Astronomical Positioning System)
Type of Positioning System Servo driver positioner with TdAPS arc logic function calc.
Type of positioner Din Rail positioner MICRO and externor cables
Type of timer GMT clock with EOT and calendar
Type of application program for supervision and setting Solar tracking system monitor via web site
Setting and changing data via PC Yes, It can be setup up to 1000 parameters
Monitoring possibility via PC Yes, It can be setup up to 1000 parameters
Turned on the position sent from PC Yes, it turn on position sent from PC, also all other setting can be commanded with string sent from PC
Turning time interval Tipicaly 6 - 7 s
Communication Data
Type of communication interface USB interface
Networking solution for control from centre CAN BUS, RS485
Firmware - Software
Upgrading possibility via PC Yes, firmware via PC with help of web wizard
Electrical Data
Motor Power Supply 24 VDC ± 10% (2A current capacity)
Backup battery CR 2512 coin
Max. consumption during the operation of the hour-angle shaft 500 mA @ 330 Nm, see graph
Max. Current of elevation shaft 500 mA @ 400 Nm, see graph
Standby consumption (when is not moving) 20 mA ± 25% @ 24V
Power supply connection 1 piece of 2 Wire Cable with an Internal Cu Conductor of 1,0 mm2 (not included with kit)
Box 190 (L) x 140 (W) x 70 (H) mm with connection harness
Environmental Data
Operating temperature -25°C to +70°C (optionally with artic grease for teperatures from -40°C up to +70°C)
Operation at humidity 0% to 100%, relative humidity
Max. safe wind speed <130 km/h (tested up to 180 km/h)
Corrosion, weather and chemical resistance
Hot-dip galvanizing (HDG, EN ISO 1461) 75 - 100 μm (equivalent of 50 years)
Packaging
Dimensions of a packed product 1 box of 1600 (L) x 245 (W) x 202 (H) mm
Product weight 35 kg
Quality Certificates
International Protection Rating (IEC 60529) IP33
Electromagnetic Compatibility (EMC Directive 89/336/EEC) Yes
Low Voltage Equipment Directive (EEC Council Directive 73/23/EEC) Yes
Optional Properties
Anti-Shadowing Function Yes, included
Heliostat usage Yes, for additional payment
1. SOLAR TRACKERS - 1.a. DUAL AXIS SOLAR TRACKERS
16
Technical Capabilities
1.a.5. SM44M1V2P
Legend:
Legend:
Legend:
1. SOLAR TRACKERS - 1.a. DUAL AXIS SOLAR TRACKERS
17
2 Real energy measurement of two equal solar panels (fixed and motorized)
Three equal solar panels were exposed to the real sun and conversed electrical power was measured. Test conditions: Solar panels (both): 0.9 kWp (producer spec. at AM 1.5) Date: July 2010 Time: 4:00 to 20:00 (sun time) Geo. Latitude: 46° N Weather conditions: sunny, but not totally clear Results: Average energy of fixed: 3762,0Wh Average energy of motorized: 6093,0Wh Note: sum of motor energy consumption through all day is 17.52Wh or 0.29% of all col-lected energy. axis or dual axis Solar Tracker with accuracy better than 0,5 deg and backstructure for 3 pieces of solar panels dimensions 0,99 m x 1,95 m and weight of 30 kg max each. So to-gether for 5,8 m2 solar panel surface. A Suitable for PV panels, concentrators - CPV, helio-stats. Usage at homes: on-grid at roof on houses, trafic signalisations, street light, cot-
Real energy measurement of two equal solar panels (fixed and motorized)
Two equal solar panels were exposed to the real sun and conversed electrical power was measured.
Test conditions: Solar panels (both): 0.6 kWp (producer spec. at AM 1.5) Date: July 2010 Time: 4:00 to 20:00 (sun time) Geo. Latitude: 46° N Weather conditions: sunny, but not totally clear
Results: Average energy of fixed: 2508,0Wh Average energy of motorized: 4062,0Wh
Note: Sum of motor energy consumption through all day is 17.52Wh or 0.43% of all collected energy.
1.a.5. SM44M1V2P
Legend:
Legend:
1. SOLAR TRACKERS - 1.a. DUAL AXIS SOLAR TRACKERS
18
1.a.6. Iron-reinforcement cage JEKABBSM44M3V15P
Product code: JEKABBSM44M3V15P
Iron-reinforcement cage for Overground Concrete Foundation for Solar Tracker SM40M3V15P
The foundation of the solar power system can take various forms. Consequently, optimum consideration can
be given to the local conditions.
The rectangular overground foundation is generally used if a stony or rocky substrate precludes an under-
ground variant of the foundation structure.
1. IRON - REINFORCEMENT CAGE
19
1. IRON - REINFORCEMENT CAGE
20
Technical Capabilities
1.a.6. Iron-reinforcement cage JEKABBSM44M3V15P
1.b.1. SM40M1V4P
Product code: SM40M1V4P
Single-Axis Solar Tracker SM40M1V4P
Single-Axis Solar Tracker SM40M1V4P with accuracy better than 0,5 deg and backstructure for 4 pieces of
solar panels dimensions 0,99 m x 1,95 m and weight of 30 kg max each. So together for 7,7 m2 solar panel
surface. A Suitable for PV panels, concentrators - CPV, heliostats. Usage at homes: on-grid at roof on houses,
trafic signalisations, street light, cottages, small and large powerplants where solar panels are connected in serial
and output is connected directly to inverter or an external charging device. Minimal wind resistance is 180km/h.
In a year basis with Dual Axis motor you can get 7% more income of energy compared to Single Ais motor.
1. SOLAR TRACKERS - 1.b. SINGLE AXIS SOLAR TRACKERS
21
Mechanical Capabilities
Number of turning axis Single-Axis
Hour Angle Limit 100˚, software and hardware limit
Elevation angle 15-90˚, adjustable start
Type of hour-angle engine Linear Motor SM4S520M1 with stroke of 520 mm
Hour-angle shaft diameter and length Ø48 mm, L=1450 mm (steel)
Turning speed of hour angle shaft 0,039 - 0,063 °/s at no load, see graph
Max. dynamic torque of the le shaft 200 - 330 Nm depend from HA, see graph
Destructive torque of the hour-angle shaft 750 Nm - 1250 Nm, depend from HA, see graph
Backstructure size 2 pcs of 1000 (H) mm & 2 pcs of 4000 (V) mm
Type of backstructure clamp Toothed scissors gripers - 16 pcs
Tube diameter for mounting Ø76,1 x 3,6 mm with reduced tube to Ø68 mm (not included with kit)
Max. dimensions of a solar panel 4 pieces of 0,99 m x 1,95 m in total 7,7 m2
Max. weight of a solar panel 4 pcs per 30 kg
Estimated service life 5.000 rotations of 200° (100°E + 100°W), or 10 years
Positioning System Data
Tracking accuracy <0,5˚ (optionally <0,1˚ - for additional payment)
Operating Protocol TdAPS (Time derived Astronomical Positioning System)
Type of Positioning System Servo driver positioner with TdAPS arc logic function calc.
Type of positioner Din Rail positioner MICRO and externor cables
Type of timer GMT clock with EOT and calendar
Type of application program for supervision and setting Solar tracking system monitor via web site
Setting and changing data via PC Yes, It can be setup up to 1000 parameters
Monitoring possibility via PC Yes, It can be setup up to 1000 parameters
Turned on the position sent from PC Yes, it turn on position sent from PC, also all other setting can be commanded with string sent from PC
Turning time interval Tipicaly 6 - 7 s
Communication Data
Type of communication interface USB interface
Networking solution for control from centre CAN BUS, RS485
Firmware - Software
Upgrading possibility via PC Yes, firmware via PC with help of web wizard
Electrical Data
Motor Power Supply 24 VDC ± 10% (2A current capacity)
Backup battery CR 2512 coin
Max. consumption during the operation of the hour-angle shaft 500 mA @ 330 Nm, see graph
Max. Current of elevation shaft 500 mA @ 400 Nm, see graph
Standby consumption (when is not moving) 20 mA ± 25% @ 24V
Power supply connection 1 piece of 2 Wire Cable with an Internal Cu Conductor of 1,0 mm2 (not included with kit)
Box 190 (L) x 140 (W) x 70 (H) mm with connection harness
Environmental Data
Operating temperature -25°C to +70°C (optionally with artic grease for teperatures from -40°C up to +70°C)
Operation at humidity 0% to 100%, relative humidity
Max. safe wind speed <130 km/h (tested up to 180 km/h)
Corrosion, weather and chemical resistance
Hot-dip galvanizing (HDG, EN ISO 1461) 75 - 100 μm (equivalent of 50 years)
Packaging
Dimensions of a packed product 1 box of 1600 (L) x 245 (W) x 202 (H) mm & 1 box of 2050 (L) x 180 (W) x 70 (H) mm
Product weight 52 kg
Quality Certificates
International Protection Rating (IEC 60529) IP33
Electromagnetic Compatibility (EMC Directive 89/336/EEC) Yes
Low Voltage Equipment Directive (EEC Council Directive 73/23/EEC) Yes
Optional Properties
Anti-Shadowing Function Yes, included
Heliostat usage No
1. SOLAR TRACKERS - 1.b. SINGLE AXIS SOLAR TRACKERS
22
Technical Capabilities
1.b.1. SM40M1V4P
Legend:
Legend:
Legend:
1. SOLAR TRACKERS - 1.b. SINGLE AXIS SOLAR TRACKERS
23
2 Real energy measurement of two equal solar panels (fixed and motorized)
Three equal solar panels were exposed to the real sun and conversed electrical power was measured. Test conditions: Solar panels (both): 0.9 kWp (producer spec. at AM 1.5) Date: July 2010 Time: 4:00 to 20:00 (sun time) Geo. Latitude: 46° N Weather conditions: sunny, but not totally clear Results: Average energy of fixed: 3762,0Wh Average energy of motorized: 6093,0Wh Note: sum of motor energy consumption through all day is 17.52Wh or 0.29% of all col-lected energy. axis or dual axis Solar Tracker with accuracy better than 0,5 deg and backstructure for 3 pieces of solar panels dimensions 0,99 m x 1,95 m and weight of 30 kg max each. So to-gether for 5,8 m2 solar panel surface. A Suitable for PV panels, concentrators - CPV, helio-stats. Usage at homes: on-grid at roof on houses, trafic signalisations, street light, cot-
Real energy measurement of two equal solar panels (fixed and motorized)
Two equal solar panels were exposed to the real sun and conversed electrical power was measured.
Test conditions: Solar panels (both): 1.2 kWp (producer spec. at AM 1.5) Date: July 2010 Time: 4:00 to 20:00 (sun time) Geo. Latitude: 46° N Weather conditions: sunny, but not totally clear
Results: Average energy of fixed: 3762,0Wh Average energy of motorized: 6093,0Wh
Note: Sum of motor energy consumption through all day is 17.52Wh or 0.29% of all collected energy.
1.b.1. SM40M1V4P
Legend:
Legend:
1. SOLAR TRACKERS - 1.b. SINGLE AXIS SOLAR TRACKERS
24
1.b.2. SM40M1V3P
Product code: SM40M1V3P
Single-Axis Solar Tracker SM40M1V3P
Single-Axis Solar Tracker SM40M1V3P with accuracy better than 0,5 deg and backstructure for 3 pieces of solar
panels dimensions 0,99 m x 1,95 m and weight of 30 kg max each. So together for 5,8 m2 solar panel surface.
A Suitable for PV panels, concentrators - CPV. Usage at homes: on-grid at roof on houses, trafic signalisations,
street light, cottages, small and large powerplants where solar panels are connected in serial and output is
connected directly to inverter or an external charging device. Minimal wind resistance is 180km/h.
1. SOLAR TRACKERS - 1.b. SINGLE AXIS SOLAR TRACKERS
25
Mechanical Capabilities
Number of turning axis Single-Axis
Hour Angle Limit 100˚, software and hardware limit
Elevation angle 15-90˚, adjustable start
Type of hour-angle engine Linear Motor SM4S520M1 with stroke of 520 mm
Hour-angle shaft diameter and length Ø48 mm, L=1450 mm (steel)
Turning speed of hour angle shaft 0,039 - 0,063 °/s at no load, see graph
Max. dynamic torque of the hour-angle shaft 200 - 330 Nm depend from HA, see graph
Destructive torque of the hour-angle shaft 750 Nm - 1250 Nm, depend from HA, see graph
Backstructure size 2 pcs of 1000 (H) mm & 2 pcs of 3000 (V) mm
Type of backstructure clamp Toothed scissors gripers - 12 pcs
Tube diameter for mounting Ø60 - 68 mm (not included with kit)
Max. dimensions of a solar panel 3 pieces of 0,99 m x 1,95 m in total 5,8 m2
Max. weight of a solar panel 3 pcs per 30 kg
Estimated service life 5.000 rotations of 200° (100°E + 100°W), or 10 years
Positioning System Data
Tracking accuracy <0,5˚ (optionally <0,1˚ - for additional payment)
Operating Protocol TdAPS (Time derived Astronomical Positioning System)
Type of Positioning System Servo driver positioner with TdAPS arc logic function calc.
Type of positioner Din Rail positioner MICRO and externor cables
Type of timer GMT clock with EOT and calendar
Type of application program for supervision and setting Solar tracking system monitor via web site
Setting and changing data via PC Yes, It can be setup up to 1000 parameters
Monitoring possibility via PC Yes, It can be setup up to 1000 parameters
Turned on the position sent from PC Yes, it turn on position sent from PC, also all other setting can be commanded with string sent from PC
Turning time interval Tipicaly 6 - 7 s
Communication Data
Type of communication interface USB interface
Networking solution for control from centre CAN BUS, RS485
Firmware - Software
Upgrading possibility via PC Yes, firmware via PC with help of web wizard
Electrical Data
Motor Power Supply 24 VDC ± 10% (2,5A current capacity)
Backup battery CR 2512 coin
Max. consumption during the operation of the hour-angle shaft 500 mA @ 330 Nm, see graph
Max. Current of elevation shaft 500 mA @ 400 Nm, see graph
Standby consumption (when is not moving) 20 mA ± 25% @ 24V
Power supply connection 1 piece of 2 Wire Cable with an Internal Cu Conductor of 1,0 mm2 (not included with kit)
Box 190 (L) x 140 (W) x 70 (H) mm with connection harness
Environmental Data
Operating temperature -25°C to +70°C (optionally with artic grease for teperatures from -40°C up to +70°C)
Operation at humidity 0% to 100%, relative humidity
Max. safe wind speed <130 km/h (tested up to 180 km/h)
Corrosion, weather and chemical resistance
Hot-dip galvanizing (HDG, EN ISO 1461) 75 - 100 μm (equivalent of 50 years)
Packaging
Dimensions of a packed product 1 box of 1600 (L) x 245 (W) x 202 (H) mm
Product weight 41 kg
Quality Certificates
International Protection Rating (IEC 60529) IP33
Electromagnetic Compatibility (EMC Directive 89/336/EEC) Yes
Low Voltage Equipment Directive (EEC Council Directive 73/23/EEC) Yes
Optional Properties
Anti-Shadowing Function Yes, included
Heliostat usage No
1. SOLAR TRACKERS - 1.b. SINGLE AXIS SOLAR TRACKERS
26
Technical Capabilities
1.b.2. SM40M1V3P
Legend:
Legend:
Legend:
1. SOLAR TRACKERS - 1.b. SINGLE AXIS SOLAR TRACKERS
27
2 Real energy measurement of two equal solar panels (fixed and motorized)
Three equal solar panels were exposed to the real sun and conversed electrical power was measured. Test conditions: Solar panels (both): 0.9 kWp (producer spec. at AM 1.5) Date: July 2010 Time: 4:00 to 20:00 (sun time) Geo. Latitude: 46° N Weather conditions: sunny, but not totally clear Results: Average energy of fixed: 3762,0Wh Average energy of motorized: 6093,0Wh Note: sum of motor energy consumption through all day is 17.52Wh or 0.29% of all col-lected energy. axis or dual axis Solar Tracker with accuracy better than 0,5 deg and backstructure for 3 pieces of solar panels dimensions 0,99 m x 1,95 m and weight of 30 kg max each. So to-gether for 5,8 m2 solar panel surface. A Suitable for PV panels, concentrators - CPV, helio-stats. Usage at homes: on-grid at roof on houses, trafic signalisations, street light, cot-Real energy measurement of two equal solar panels (fixed and motorized)
Three equal solar panels were exposed to the real sun and conversed electrical power was measured.
Test conditions: Solar panels (both): 0.9 kWp (producer spec. at AM 1.5) Date: July 2010 Time: 4:00 to 20:00 (sun time) Geo. Latitude: 46° N Weather conditions: sunny, but not totally clear
Results: Average energy of fixed: 3762,0Wh Average energy of motorized: 6093,0Wh
Note: Sum of motor energy consumption through all day is 17.52Wh or 0.29% of all collected energy.
1.b.2. SM40M1V3P
Legend:
1. SOLAR TRACKERS - 1.b. SINGLE AXIS SOLAR TRACKERS
28
1.b.3. SM40M1V2P
Product code: SM40M1V2P
Single-Axis Solar Tracker SM40M1V2P
Single-Axis Solar Tracker SM40M1V2P with accuracy better than 0,5 deg and backstructure for 2 pieces of
solar panels dimensions 0,99 m x 1,95 m and weight of 30 kg max each. So together for 4,0 m2 solar panel
surface. A Suitable for PV panels, concentrators - CPV. Usage at homes: on-grid at roof on houses, trafic sig-
nalisations, street light, cottages, small and large powerplants where solar panels are connected in serial and
output is connected directly to inverter or an external charging device. Minimal wind resistance is 180km/h.
1. SOLAR TRACKERS - 1.b. SINGLE AXIS SOLAR TRACKERS
29
Mechanical Capabilities
Number of turning axis Single-Axis
Hour Angle Limit 100˚, software and hardware limit
Elevation angle 15-90˚, adjustable start
Type of hour-angle engine Linear Motor SM4S520M1 with stroke of 520 mm
Hour-angle shaft diameter and length Ø48 mm, L=1450 mm (steel)
Turning speed of hour angle shaft 0,039 - 0,063 °/s at no load, see graph
Max. dynamic torque of the hour-angle shaft 200 - 330 Nm depend from HA, see graph
Destructive torque of the hour-angle shaft 750 Nm - 1250 Nm, depend from HA, see graph
Backstructure size 2 pcs of 1000 (H) mm & 2 pcs of 2000 (V) mm
Type of backstructure clamp Toothed scissors gripers - 8 pcs
Tube diameter for mounting Ø60 - 68 mm (not included with kit)
Max. dimensions of a solar panel 2 pieces of 0,99 m x 1,95 m in total 3,9 m2
Max. weight of a solar panel 2 pcs per 30 kg
Estimated service life 5.000 rotations of 200° (100°E + 100°W), or 10 years
Positioning System Data
Tracking accuracy <0,5˚ (optionally <0,1˚ ***)
Operating Protocol TdAPS (Time derived Astronomical Positioning System)
Type of Positioning System Servo driver positioner with TdAPS arc logic function calc.
Type of positioner Din Rail positioner MICRO and externor cables
Type of timer GMT clock with EOT and calendar
Type of application program for supervision and setting Solar tracking system monitor via web site
Setting and changing data via PC Yes, It can be setup up to 1000 parameters
Monitoring possibility via PC Yes, It can be setup up to 1000 parameters
Turned on the position sent from PC Yes, it turn on position sent from PC, also all other setting can be commanded with string sent from PC
Turning time interval Tipicaly 6 - 7 s
Communication Data
Type of communication interface USB interface
Networking solution for control from centre CAN BUS, RS485
Firmware - Software
Upgrading possibility via PC Yes, firmware via PC with help of web wizard
Electrical Data
Motor Power Supply 24 VDC ± 10% (2A current capacity)
Backup battery Backup for timer, position and data
Max. consumption during the operation of the hour-angle shaft 500 mA @ 330 Nm, see graph
Max. Current of elevation shaft 500 mA @ 400 Nm, see graph
Standby consumption (when is not moving) 20 mA ± 25% @ 24V
Power supply connection 1 piece of 2 Wire Cable with an Internal Cu Conductor of 1,0 mm2 (not included with kit)
Box 190 (L) x 140 (W) x 70 (H) mm with connection harness
Environmental Data
Operating temperature -25°C to +70°C (optionally with artic grease for teperatures from -40°C up to +70°C)
Operation at humidity 0% to 100%, relative humidity
Max. safe wind speed <130 km/h (tested up to 180 km/h)
Corrosion, weather and chemical resistance
Hot-dip galvanizing (HDG, EN ISO 1461) 75 - 100 μm (equivalent of 50 years)
Packaging
Dimensions of a packed product 1 box of 1600 (L) x 245 (W) x 202 (H) mm
Product weight 35 kg
Quality Certificates
International Protection Rating (IEC 60529) IP33
Electromagnetic Compatibility (EMC Directive 89/336/EEC) Yes
Low Voltage Equipment Directive (EEC Council Directive 73/23/EEC) Yes
Optional Properties
Anti-Shadowing Function Yes, included
Heliostat usage No
1. SOLAR TRACKERS - 1.b. SINGLE AXIS SOLAR TRACKERS
30
Technical Capabilities
1.b.3. SM40M1V2P
Legend:
Legend:
Legend:
1. SOLAR TRACKERS - 1.b. SINGLE AXIS SOLAR TRACKERS
31
2 Real energy measurement of two equal solar panels (fixed and motorized)
Three equal solar panels were exposed to the real sun and conversed electrical power was measured. Test conditions: Solar panels (both): 0.9 kWp (producer spec. at AM 1.5) Date: July 2010 Time: 4:00 to 20:00 (sun time) Geo. Latitude: 46° N Weather conditions: sunny, but not totally clear Results: Average energy of fixed: 3762,0Wh Average energy of motorized: 6093,0Wh Note: sum of motor energy consumption through all day is 17.52Wh or 0.29% of all col-lected energy. axis or dual axis Solar Tracker with accuracy better than 0,5 deg and backstructure for 3 pieces of solar panels dimensions 0,99 m x 1,95 m and weight of 30 kg max each. So to-gether for 5,8 m2 solar panel surface. A Suitable for PV panels, concentrators - CPV, helio-stats. Usage at homes: on-grid at roof on houses, trafic signalisations, street light, cot-Real energy measurement of two equal solar panels (fixed and motorized)
Three equal solar panels were exposed to the real sun and conversed electrical power was measured.
Test conditions: Solar panels (both): 0.6 kWp (producer spec. at AM 1.5) Date: July 2010 Time: 4:00 to 20:00 (sun time) Geo. Latitude: 46° N Weather conditions: sunny, but not totally clear
Results: Average energy of fixed: 2508,0Wh Average energy of motorized: 4062,0Wh
Note: Sum of motor energy consumption through all day is 17.52Wh or 0.43% of all collected energy.
1.b.3. SM40M1V2P
Legend:
1. SOLAR TRACKERS - 1.b. SINGLE AXIS SOLAR TRACKERS
32
1.b.4. SM3SPMOG+
Product code: SM3SPMOG+
Solar Tracker SM3SPMOG+
Single-Axis Solar Tracker SM3SPMOG+ made to be supplied with power from 12 to 69 VDC from external
power supply. Without charger controller. Suitable for panels on grid Up to dimensions 2m x 1m usage at
homes on-grid at roof on houses, for trafic signalisation, for street light use, for power suplly at cottages, for
small and large powerplants where solar panels are connected in serial and output is connected directly to
inverter or an external charging device. Minimal wind resistance is 180km/h is required and price is imporant
too. All metal gear parts inside ensure high destruction forces.
1. SOLAR TRACKERS - 1.b. SINGLE AXIS SOLAR TRACKERS
33
Mechanical Capabilities
Number of turning axis Single-Axis
Hour Angle Limit 96˚ typical / 100˚ max., software and hardware limit
Elevation angle 75° manual fixation
Type of hour-angle engine Servo motor with position encoder on cogwheel
Hour-angle shaft diameter and length Ø40 mm, L=1150 mm (steel)
Turning speed of hour angle shaft 0,5°/s ± 25% @ 24V at no load
Max. dynamic torque of the hour-angle shaft 65 Nm
Destructive torque of the hour-angle shaft >200 Nm
Backstructure size 2 pcs of 1000 (H) mm
Type of backstructure clamp Toothed scissors gripers - 4 pcs
Tube diameter for mounting Ø50,0 - 60,0 mm
Max. dimensions of a solar panel 1 piece of 2,0 m x 1,0 m in total 2,0 m2
Max. weight of a solar panel 1 pc per 25 kg
Estimated service life 5.000 rotations of 200° (100°E + 100°W), or 10 years
Positioning System Data
Tracking accuracy <0,5˚ (optionally <0,1˚ - for additional payment)
Operating Protocol TdAPS (Time derived Astronomical Positioning System)
Type of Positioning System Servo driver positioner with TdAPS arc logic function calc.
Type of Positioner Solar Positioner SP27C
Type of timer GMT clock with EOT and calendar
Type of application program for supervision and setting Solar tracking system monitor via web site
Setting and changing data via PC Yes, It can be setup up to 1000 parameters
Monitoring possibility via PC Yes, It can be setup up to 1000 parameters
Turned on the position sent from PC Yes, it turn on position sent from PC, also all other setting can be commanded with string sent from PC
Turning time interval 1 minute (0,25°)
Communication Data
Type of communication interface USB interface since beginning of the January 2010, before RS232
Networking solution for control from centre CAN BUS, RS485
Firmware - Software
Upgrading possibility via PC Yes, firmware via PC with help of web wizard
Electrical Data
Motor Power Supply Recommended 24 VDC (working from 12 to 69 VDC), (2,5 A current capacity @ 12V)
Backup battery CR 2512 coin
Max. consumption during the operation of the hour-angle shaft 500 mA @ 65 Nm
Standby consumption (when is not moving) 35 mA ± 25% @ 24V
Power supply connection 1 piece of 2 Wire Cable with an Internal Cu Conductor of 1,0 mm2 (not included with kit)
Environmental Data
Operating temperature -25°C to +70°C
Operation at humidity 0% to 100%, relative humidity
Max. safe wind speed <130 km/h (tested up to 180 km/h)
Corrosion, weather and chemical resistance
Packaging
Dimensions of a packed product 1 box of 1175 (L) x 135 (W) x 200 (H) mm
Product weight 9 kg
Quality Certificates
International Protection Rating (IEC 60529) IP33
Electromagnetic Compatibility (EMC Directive 89/336/EEC) Yes
Low Voltage Equipment Directive (EEC Council Directive 73/23/EEC) Yes
Optional Properties
Anti-Shadowing Function Yes, included
Heliostat usage No
1. SOLAR TRACKERS - 1.b. SINGLE AXIS SOLAR TRACKERS
34
Technical Capabilities
1.b.4. SM3SPMOG+
● G.L. and +15˚ or -15˚ according to the season
● SET TO THE CALCULATED ANGLE● FOR EXAMPLE: 45˚
1. SOLAR TRACKERS - 1.b. SINGLE AXIS SOLAR TRACKERS
35
2 Real energy measurement of two equal solar panels (fixed and motorized)
Three equal solar panels were exposed to the real sun and conversed electrical power was measured. Test conditions: Solar panels (both): 0.9 kWp (producer spec. at AM 1.5) Date: July 2010 Time: 4:00 to 20:00 (sun time) Geo. Latitude: 46° N Weather conditions: sunny, but not totally clear Results: Average energy of fixed: 3762,0Wh Average energy of motorized: 6093,0Wh Note: sum of motor energy consumption through all day is 17.52Wh or 0.29% of all col-lected energy. axis or dual axis Solar Tracker with accuracy better than 0,5 deg and backstructure for 3 pieces of solar panels dimensions 0,99 m x 1,95 m and weight of 30 kg max each. So to-gether for 5,8 m2 solar panel surface. A Suitable for PV panels, concentrators - CPV, helio-stats. Usage at homes: on-grid at roof on houses, trafic signalisations, street light, cot-Real energy measurement of two equal solar panels (fixed and motorized)
Three equal solar panels were exposed to the real sun and conversed electrical power was measured.
Test conditions: Solar panels (both): 200W (producer spec. at AM 1.5) Date: July 2010 Time: 4:00 to 20:00 (sun time) Geo. Latitude: 46° N Weather conditions: sunny, but not totally clear
Results: Average energy of fixed: 836,8Wh Average energy of motorized: 1354,0Wh
Note: Sum of motor energy consumption through all day is 20Wh or 1.45% of all collected energy.
1.b.4. SM3SPMOG+
Legend:
1. SOLAR TRACKERS - 1.b. SINGLE AXIS SOLAR TRACKERS
36
2.a.1. PV panel polycrystalline JC250M-24/Bb, 40mm frame
Product code: PVPJC250M24BB
PV panel polycrystalline JC250M-24/Bb
Sat control offers high-power, high-quality, and highly efficient PV modules ideal for gridconnected and stand-
alone systems. The modules characterized by outstanding longterm performance are designed to withstand
rigorous operating conditions using proven and highest quality certified materials. IEC 61215 Ed.2 certificate
is granted.
2. SOLAR PANELS
37
High Module Conversion Efficiencies
Easy Installation and Handling
Mechanical Load Capability of up to 5400 Pa
Conforms with IEC 61215:2005, IEC 61730: 2004, UL 1703 PV Standards
ISO9001, OHSAS18001, ISO14001 Certified
100%
95%
90%
85%
80%
0%
25
Per
form
ance
Fig
ure
s in
%
YEAR
0 1
97.5%
97
.5%
5 10 15 20
Added
Value
80.0%
LinearPerformanceWarranty
TraditionalWarranty
2. SOLAR PANELS
38
Cu
rre
nt(
A)
Voltage (V)
Efficiency 15.5% 15.9% 15.9% 15.8% 15.7%
Irradiance 200W/m 2 400W/m 2 600W/m 2 800W/m 2 1000W/m 2
992mm
1640
mm
86
0m
m
136
0m
m
100
0m
m
40mm 947mm
JUNCTION BOX
LABLE
8- 9X5
16-8X3.5
2- 4
INSTALLING HOLE
DRAIN HOLE
GROUNDING HOLE
4-7.5X7.5DRAIN HOLE
0 5 1 0 1 5 20 25 30 35 400
2
4
6
8
1 0
200W/m2
400W/m2
600W/m2
800W/m 2
1 000W/m2
• Dimensions • Curves
Varied Irradiation Efficiencies
JC250M-24/Bb250 W
0 ~ +5W
15.4%
8.31 A
30.1 V
8.83 A
37.4 V
JC255M-24/Bb255 W
0 ~ +5W
15.7%
8.39 A
30.4 V
8.86 A
37.5 V
Electrical Characteristics NOCTMaximum Power (Pmax)
Maximum Power Current (lmp)
Maximum Power Voltage (Vmp)
Short Circuit Current (lsc)
Open Circuit Voltage (Voc)
Values at Normal Operating Cell Temperature, Irradiance of 800 W/m2 , spectrum AM 1.5, ambient temperature 20oC, wind speed 1 m/s
JC250M-24/Bb185 W
6.57 A
28.2 V
7.12 A
35.0 V
JC255M-24/Bb189 W
6.63 A
28.5 V
7.20 A
35.1 V
Mechanical CharacteristicsCell Type
Glass
Frame
Junction Box
Dimension
Output Cable
Weight
Installation Hole Location
156 x156 mm Polycrystalline, 60 (6x10) pcs in series
High Transmission, Low lron, Tempered Glass
Anodized Aluminum Alloy
IP65/IP67 rated, with bypass diodes
*1640 x 992 x 40 mm
4 mm2 (EU)/12 AWG (US), 1000 mm
19 Kg
See Drawing Above
CharacteristicsTemperature Coefficient of Voc
Temperature Coefficient of Isc
Temperature Coefficient of Pmax
Nominal Operating Cell Temperature (NOCT)
Packing InformationContainer
Pallets per Container
Pieces per Container
20’ GP
12
300
40’ GP
28
700
40’ HQ
28
770
Maximum RatingsOperating Temperature
Maximum System Voltage
Maximum Series Fuse Rating
2.a.2. PV panel polycrystalline JC300M-24/Ab, 40mm frame
Product code: PVPJC300M24AB
PV panel polycrystalline JC300M-24/Ab
Sat control offers high-power, high-quality, and highly efficient PV modules ideal for gridconnected and stand-
alone systems. The modules characterized by outstanding longterm performance are designed to withstand
rigorous operating conditions using proven and highest quality certified materials. IEC 61215 Ed.2 certificate
is granted.
2. SOLAR PANELS
39
High Module Conversion Efficiencies
Easy Installation and Handling
Mechanical Load Capability of up to 5400 Pa
Conforms with IEC 61215:2005,IEC 61730: 2004, UL 1703 PV Standards
ISO9001, OHSAS18001, ISO14001 Certified
100%
95%
90%
85%
80%
0%
25
Per
form
ance
Fig
ure
s in
%
YEAR
0 1
97.5%97.5%
5 10 15 20
Added
Value
80.0%
LinearPerformanceWarranty
TraditionalWarranty
2. SOLAR PANELS
40
Cu
rre
nt
(A)
Voltage (V)
Efficiency 15.1% 15.5% 15.6% 15.6% 15.5%
Irradiance 200W/m 2 400W/m 2 600W/m 2 800W/m 2 1000W/m 2
992mm
117
6m
m
167
6m
m
100
0m
m
947mm
JUNCTION BOX
LABLE
8- 9X5
16-8X3.5
2- 4
INSTALLING HOLE
DRAIN HOLE
GROUNDING HOLE
4-7.5X7.5DRAIN HOLE
• Dimensions • Curves
Varied Irradiation Efficiencies
JC295M-24/Ab295 W
0 ~ +5W
15.2%
8.13 A
36.3 V
8.62 A
44.7 V
JC300M-24/Ab300 W
0 ~ +5W
15.5%
8.20 A
36.6 V
8.69 A
44.8 V
Mechanical CharacteristicsCell Type
Glass
Frame
Junction Box
Dimension
Output Cable
Weight
Installation Hole Location
156 x156 mm Polycrystalline, 72 (6x12) pcs in series
High Transmission, Low lron, Tempered Glass
Anodized Aluminum Alloy
IP65/IP67 rated, with bypass diodes
*1956 x 992 x 50 mm
4 mm2 (EU)/12 AWG (US), 1000 mm
29 Kg
See Drawing Above
CharacteristicsTemperature Coefficient of Voc
Temperature Coefficient of Isc
Temperature Coefficient of Pmax
Nominal Operating Cell Temperature (NOCT)
Packing InformationContainer
Pallets per Container
Pieces per Container
20’ GP
10
200
40’ GP
24
480
40’ HQ
24
528
Maximum RatingsOperating Temperature
Maximum System Voltage
Maximum Series Fuse Rating
195
6m
m
0 1 0 20 30 40 500
2
4
6
8
1 0
JC295M-24/Ab219 W
6.57 A
33.3 V
6.96 A
41.8 V
JC300M-24/Ab222 W
6.67 A
33.4 V
7.02 A
41.9 V
2.a.3. PV panel monocrystalline JC250S-24/Bb, 40mm frame
Product code: PVPJC250S24BB
PV panel monocrystalline JC250S-24/Bb
Sat control offers high-power, high-quality, and highly efficient PV modules ideal for gridconnected and stand-
alone systems. The modules characterized by outstanding longterm performance are designed to withstand
rigorous operating conditions using proven and highest quality certified materials. IEC 61215 Ed.2 certificate
is granted.
2. SOLAR PANELS
41
High Module Conversion Efficiencies
Easy Installation and Handling
Mechanical Load Capability of up to 5400 Pa
Conforms with IEC 61215:2005,IEC 61730: 2004, UL 1703 PV Standards
ISO9001, OHSAS18001, ISO14001 Certified
100%
95%
90%
85%
80%
0%
25
Per
form
ance
Fig
ure
s in
%
YEAR
0 1
96.5%96.5%
5 10 15 20
Added
Value
80.0%
LinearPerformanceWarranty
TraditionalWarranty
2. SOLAR PANELS
42
Cu
rre
nt
(A)
Voltage (V)
Efficiency 15.9% 16.2% 16.2% 16.1% 16.0%
Irradiance 200W/m 2 400W/m 2 600W/m 2 800W/m 2 1000W/m 2
992mm
164
0m
m
86
0m
m
136
0m
m
100
0m
m
40mm 947mm
JUNCTION BOX
LABLE
8- 9X5
16-8X3.5
2- 4
INSTALLING HOLE
DRAIN HOLE
GROUNDING HOLE
4-7.5X7.5DRAIN HOLE
• Dimensions • Curves
Varied Irradiation Efficiencies
JC250S-24/Bb250 W
0 ~ +5W
15.4%
8.32 A
30.1 V
8.87 A
37.5 V
JC255S-24/Bb255 W
0 ~ +5W
15.7%
8.44 A
30.2 V
8.99 A
37.6 V
JC260S-24/Bb260 W
0 ~ +5W
16.0%
8.55 A
30.4 V
9.10 A
37.7 V
Mechanical CharacteristicsCell Type
Glass
Frame
Junction Box
Dimension
Output Cable
Weight
Installation Hole Location
156 x156 mm Monocrystalline, 60 (6x10) pcs in series
High Transmission, Low lron, Tempered Glass
Anodized Aluminum Alloy
IP65/IP67 rated, with bypass diodes
*1640 x 992 x 40 mm
4 mm2 (EU)/12 AWG (US), 1000 mm
19 Kg
See Drawing Above
CharacteristicsTemperature Coefficient of Voc
Temperature Coefficient of Isc
Temperature Coefficient of Pmax
Nominal Operating Cell Temperature (NOCT)
Packing InformationContainer
Pallets per Container
Pieces per Container
20’ GP
12
300
40’ GP
28
700
40’ HQ
28
770
Maximum RatingsOperating Temperature
Maximum System Voltage
Maximum Series Fuse Rating
0 5 1 0 1 5 20 25 30 35 400
2
4
6
8
10
JC250S-24/Bb184 W
6.57 A
28.0 V
7.15 A
35.1 V
JC255S-24/Bb188 W
6.62 A
28.4 V
7.21 A
35.2 V
JC260S-24/Bb191 W
6.66 A
28.7 V
7.28 A
35.3 V
200W/m˛
400W/m˛
600W/m˛
800W/m˛
1000W/m˛
2.a.4. PV panel monocrystalline JC200S-24/Db, 35mm frame
Product code: PVPJC200S24DB
PV panel monocrystalline JC200S-24/Db
Sat control offers high-power, high-quality, and highly efficient PV modules ideal for gridconnected and stand-
alone systems. The modules characterized by outstanding longterm performance are designed to withstand
rigorous operating conditions using proven and highest quality certified materials. IEC 61215 Ed.2 certificate
is granted.
2. SOLAR PANELS
43
High Module Conversion Efficiencies
Easy Installation and Handling
Mechanical Load Capability of up to 5400 Pa
Conforms with IEC 61215:2005,IEC 61730: 2004, UL 1703 PV Standards
ISO9001, OHSAS18001, ISO14001 Certified
100%
95%
90%
85%
80%
0%
25
Per
form
ance
Fig
ure
s in
%
YEAR
0 1
96.5%96.5%
5 10 15 20
Added
Value
80.0%
LinearPerformanceWarranty
TraditionalWarranty
2. SOLAR PANELS
44
0 10 20 30 40 500
1
2
3
4
5
6
200W/m˛
400W/m˛
600W/m˛
800W/m˛
1000W/m˛
Cu
rre
nt
(A)
Voltage (V )
Efficiency 15.4% 15.8% 15.8% 15.8% 15.7%
Irradiance 200W/m 2 400W/m 2 600W/m 2 800W/m 2 1000W/m 2
808mm
158
0m
m
35mm
• Dimensions • Curves
Varied Irradiation Efficiencies
JC190S-24/Db190 W
0 ~ +5W
14.9%
5.19 A
36.6 V
5.49 A
44.9 V
JC195S-24/Db195 W
0 ~ +5W
15.3%
5.32 A
36.7 V
5.61 A
45.0 V
JC200S-24/Db200 W
0 ~ +5W
15.7%
5.41 A
37.1 V
5.70 A
45.3 V
Mechanical CharacteristicsCell Type
Glass
Frame
Junction Box
Dimension
Output Cable
Weight
Installation Hole Location
125 x125 mm Monocrystalline, 72 (6x12) pcs in series
High Transmission, Low lron, Tempered Glass
Anodized Aluminum Alloy
IP65/IP67 rated, with bypass diodes
*1580 x 808 x 35 mm
4 mm2 (EU)/12 AWG (US), 1000 mm
16 Kg
See Drawing Above
CharacteristicsTemperature Coefficient of Voc
Temperature Coefficient of Isc
Temperature Coefficient of Pmax
Nominal Operating Cell Temperature (NOCT)
Packing InformationContainer
Pallets per Container
Pieces per Container
20’ GP
12
372
40’ GP
28
868
40’ HQ
28
952
Maximum RatingsOperating Temperature
Maximum System Voltage
Maximum Series Fuse Rating
JC190S-24/Db140 W
4.13 A
34.0 V
4.42 A
42.1 V
JC195S-24/Db144 W
4.22 A
34.2 V
4.52 A
42.3 V
JC200S-24/Db147 W
4.27 A
34.5 V
4.60 A
42.4 V
2.a.5. Photovoltaic solar panel HJM195M-24
Product code: PVSPHJM195M24
PV panel monocrystalline HJM195M-24
The HJM195D-24, HJSOLAR Solar’s 195 watt photovoltaic module features 17-18% encapsulated cell efficien-
cy and 15.2% module efficiency. With a 25 year warranty, the HJM195D-24 has superb durability to withstand
rigorous operating conditions. Ideal for grid-connected and remote power systems, the HJM185D-36 modules
offer the maximum usable power per square foot of solar array.
2. SOLAR PANELS
45
35 (1.38)
808 (31.8)
4-6*6
8-14*9Mounting slots
16-3.5*8Waterspout
Ground hole
Waterspout
762 (30.0)
90 (3.54)
35 (1.38)
9 (0.35) 70 (2.76)
Cable
900mm 900mm
Cable
70 (2.76)
1580
(62.2
)
1300
(51.2
)
800 (
31.5)
130 (
5.12)
80 (3
.15)
Junction box(IP65)
Bar code
Lable
2- 4
2. SOLAR PANELS
46
Model type
Peak power (Pmax)
Cell type
Maximum power voltage (Vmp)
Maximum power current (Imp)
Open circuit voltage (Voc)
Short circuit current (Isc)
Maximum system voltage
Temp. Coeff. of Isc (TK Isc) Temp.
Coeff. of Voc (TK Voc) Temp.
Coeff. of Pmax (TK Pmax)
Normal operating cell temperature
Power tolerance
Standard test conditions (STC)
HJM190M-24 HJM195M-24 HJM200M-24190W 195W 200W
Mono Crystalline Silicon, 125mm x 125mm
TUV DC 1000V/UL DC600V
0.037 %/ °C
- 0.34 %/ °C
- 0.37 %/ °C
45 ± 2 °C
±3 %
AM1.5, 1000W/m2, Module Temperature 25 °C
Electrical Characteristics
Mechanical CharacteristicsDimension (mm)
Weight (kg)
Solar cells
1580 x 808 x 35
16.5
72 cells (125 mm x 125 mm) configured geometricallyfor a 6 x 12 matrix connected in series
900
Front: High transmission 3.2 mm tempered glass.Rear: White backsheet; Encapsulant: EVA.Construction
Packing ConfigurationContainer 20’ GP 40’ GP
Pieces per pallet
Pallets per container
Pieces per container
26
12
312
26
28
728
Current-Voltage & Power-Voltage CurveFeatures• High module conversion efficiency up to 15.7%.
• 25-year limited warranty on power output:
• 90% power output over 12 years
• 80% power output over 25 years
• Free from defects in materials and workmanship for 5 years
• Bypass diode minimizes the power drop caused by shade.
• Tempered glass, EVA resin, and weatherproof film, and
anodized aluminum frame for extended outdoor use.
• TUV UL Listings: UL 1703, IEC61215, IEC61730.
Output cable length (mm)
36.71
5.16
44.06
5.57
37.59
5.20
44.46
5.62
37.87
5.29
44.86
5.71
1000 W/m2 900 W/m2 800 W/m2
0 10 20 30 40 500
40
80
120
160
200
2406.0
5.0
4.0
3.0
2.0
1.0
0.0
Cur
rent
(A)
Pow
er (W
)
Voltage (V)
2.a.6. Photovoltaic solar panel HJM250M-32
Product code: PVSPHJM250M32
PV panel monocrystalline HJM250M-32
The HJM250M-32, HJSOLAR Solar’s 250 watt photovoltaic module features 17-18% encapsulated cell ef-
ficiency and 15.2% module efficiency. With a 25 year warranty, the HJM250M-32 has superb durability to
withstand rigorous operating conditions. Ideal for grid-connected and remote power systems, the HJM250M-
32 modules offer the maximum usable power per square foot of solar array.
2. SOLAR PANELS
47
45 (1.77)
1062 (41.8)
4-6*6
8-14*9Mounting slots
16-3.5*8Waterspout
Ground hole
Waterspout
1016 (40.0)
90 (3.54)
35 (1.38)
9 (0.35) 70 (2.76)
Cable
900mm 900mm
Cable
70 (2.76)
1580
(62.2
)
1300
(51.2
)
800 (
31.5)
130 (
5.12)
80 (3
.15)
Junction box(IP65)
Bar code
Lable
2- 4
2. SOLAR PANELS
48
Model type
Peak power (Pmax)
Cell type
Maximum power voltage (Vmp)
Maximum power current (Imp)
Open circuit voltage (Voc)
Short circuit current (Isc)
Maximum system voltage
Temp. Coeff. of Isc (TK Isc) Temp.
Coeff. of Voc (TK Voc) Temp.
Coeff. of Pmax (TK Pmax)
Normal operating cell temperature
Power tolerance
Standard test conditions (STC)
HJM250M-32 HJM255M-32 HJM260M-32250W 255W 260W
Mono Crystalline Silicon, 125mm x 125mm
TUV DC 1000V/UL DC600V
0.037 %/ °C
- 0.34 %/ °C
- 0.37 %/ °C
45 ± 2 °C
±3 %
AM1.5, 1000W/m2, Module Temperature 25°C
50.60
4.94
60.50
5.35
50.80
5.02
60.70
5.42
51.00
5.10
61.00
5.51
Electrical Characteristics
Mechanical CharacteristicsDimension (mm)
Weight (kg)
Solar cells
1580 x 1062 x 45
22
96 cells (125 mm x 125 mm) configured geometricallyfor a 8 x 12 matrix connected in series
900
Front: High transmission 3.2 mm tempered glass.Rear: White backsheet; Encapsulant: EVA.Construction
Packing ConfigurationContainer 20’ GP 40’ GP
Pieces per pallet
Pallets per container
Pieces per container
20
12
240
20
28
560
Current-Voltage & Power-Voltage Curve
1000 W/m 2 800 W/m 2 500 W/m 2
Cur
rent
(A)
Pow
er (W
)
Voltage (V)
6.0
5.0
4.0
3.0
2.0
1.0
0.00 10 20 30 40 50 60 70
0
50
100
150
200
250
300
Features• High module conversion efficiency up to 15.5%.
• 25-year limited warranty on power output:
90% power output over 12 years
80% power output over 25 years
Free from defects in materials and workmanship for 5 years
• Bypass diode minimizes the power drop caused by shade.
• Tempered glass, EVA resin, and weatherproof film, and
anodized aluminum frame for extended outdoor use.
• TUV UL Listings: UL 1703, IEC61215, IEC61730.
Output cable length (mm)
2.a.7. Photovoltaic solar panel HJM-180D-36
Product code: PVSPHJM180D36
PV panel monocrystalline HJM-180D-36
The HJM185D-36, HJSOLAR Solar’s 185 watt photovoltaic module features 18% encapsulated cell efficiency
and 15.5% module efficiency. With a 25 year warranty, the HJM185D-36 has superb durability to withstand
rigorous operating conditions. Ideal for grid-connected and remote power systems, the HJM185D-36 modules
offer the maximum usable power per square foot of solar array.
2. SOLAR PANELS
49
2. SOLAR PANELS
50
Model type HJM170D-36 HJM175D-36 HJM180D-36 HJM185D-36 HJM190D-36
W091W581W081W571W071)xamP(rewopkaeP
Cell type MonoCrystalline Silicon, 125mm x 125mm
seiresanisllec27sllecforebmuN
Weight 16.5 kg
mm54×808×0851snoisnemiD
Maximum power voltage (Vmp) 36.48 36.59 36.59 36.71 36.71
Maximum power current (Imp) 4.66 4.78 4.92 5.04 5.16
Open circuit voltage (Voc) 43.86 43.92 43.92 44.06 44.06
Short circuit current (Isc) 5.03 5.16 5.31 5.44 5.57
Maximum system voltage TUV DC 1000V/UL DC600V
/%900.0.pmeT)csIKT(csIfo.ffeoC.pmeT oC
Coeff. of Voc (TK Voc) Temp. -0.34%/ oC
/%73.0-)xamPKT(xamPfo.ffeoC oC
Normal Temperature 45±2 oC
PHYSICAL CHARACTERISTICS
ELECTRICAL CHARACTERISTICS
ELECTRICAL DATA
The electrical data applies to standard test conditions (STC): Irradiance at the module level of 1,000 W/m2 withspectrum AM 1.5 and a cell temperature of 25° C
00
10
1
2
3
4
5
6 240
200
150
120
60
40
020 30 40 50
Voltage(V)
Curr
ent(
A)
Pow
er(W
)
800W/m˛
1000W/m˛900W/m˛
-25
0
0
20
40
60
80
100
25 50 75 100
Nor
mal
ize
Isc,
Voc
and P
max
(%)
Pow
er(W
)
ISC
PmaxVoc
Voc
ISC
Pmax
0
0
200
20
40
60
80
100
400 600 800 1000
Irradiance(W/m˛)
Nor
mal
ize
Isc,
Voc
and P
max
(%)
Temperature dependence of Isc, Voc and Pmax
3.a. SM44M1HEL3M
Product code: SM44M1HEL3M
Single-Axis Solar Heliostat SM44M1HEL3M
Dual-Axis Solar Heliostat SM44M1HEL3M for mirror application up to 3,1m2 enable cost-effective large-scale
sun tracking all over the course of the day with unprecedented accuracy.
3. SOLAR HELIOSTATS
51
Mechanical Capabilities
Number of turning axis Dual-Axis
Hour Angle Limit 100˚, software and hardware limit
Elevation angle 15-90˚, adjustable start
Type of hour-angle engine Linear Motor SM4S520M1 with stroke of 520 mm
Type of elevation shaft and stroke Linear Motor SM4S520M1 with stroke of 520 mm
Hour-angle shaft diameter and length Ø48 mm, L=1450 mm (steel)
Turning speed of hour angle shaft 0,039 - 0,063 °/s at no load, see graph
Max. dynamic torque of the hour-angle shaft 200 - 330 Nm depend from HA, see graph
Max. dynamic torque of elevation shaft 330 Nm - 400 Nm depend from EA, see graph
Destructive torque of the hour-angle shaft 750 Nm - 1250 Nm, depend from HA, see graph
Destructive torque of elevation shaft 1250 Nm - 1500 Nm, depend from HA, see graph
Backstructure size 1.250 (H) mm x 1.500 (V) mm
Type of backstructure clamp Toothed scissors gripers 4 pcs
Tube diameter for mounting Ø60 - 68 mm (not included with kit)
Max. dimensions of a mirror panel 1 mirror panel with dimensions of 1.250 mm x 2.500 mm with net surface of 3,1 m2
Max. weight of a mirror panel 90 kg
Estimated service life 5.000 rotations of 200° (100°E + 100°W), or 10 years
Positioning System Data
Tracking accuracy <0,1˚
Operating Protocol TdAPS (Time derived Astronomical Positioning System)
Type of positioner Din Rail positioner MICRO and externor cables
Type of timer GMT clock with EOT and calendar
Type of application program for supervision and setting Solar tracking system monitor via Helios Analytics
Setting and changing data via PC Yes, It can be setup up to 1000 parameters
Monitoring possibility via PC Yes, It can be setup up to 1000 parameters
Turned on the position sent from PC Yes, it turn on position sent from PC, also all other setting can be commanded with string sent from PC
Communication Data
Type of communication interface USB interface
Networking solution for control from centre RS485
Firmware - Software
Upgrading possibility via PC Yes, firmware via PC with help of web wizard
Electrical Data
Motor Power Supply 24 VDC ± 10% (2A current capacity)
Backup battery CR 2512 coin
Turning time interval Tipicaly 6 - 7 s
Max. consumption during the operation of the hour-angle shaft 500 mA @ 330 Nm, see graph
Max. Current of elevation shaft 500 mA @ 400 Nm, see graph
Standby consumption (when is not moving) 20 mA ± 25% @ 24V
Power supply connection 1 piece of 2 Wire Cable with an Internal Cu Conductor of 1,0 mm2 (not included with kit)
Environmental Data
Operating temperature -25°C to +70°C (optionally with artic grease for teperatures from -40°C up to +70°C)
Operation at humidity 0% to 100%, relative humidity
Max. safe wind speed <130 km/h (tested up to 180 km/h)
Corrosion, weather and chemical resistance
Hot-dip galvanizing (HDG, EN ISO 1461) 75 - 100 μm (equivalent of 50 years)
Packaging
Dimensions of a packed product 1 box of 1600 (L) x 245 (W) x 202 (H) mm
Product weight 45 kg
Quality Certificates
International Protection Rating (IEC 60529) IP33
Electromagnetic Compatibility (EMC Directive 89/336/EEC) Yes
Low Voltage Equipment Directive (EEC Council Directive 73/23/EEC) Yes
Optional Properties
Anti-Shadowing Function No
Solar Mirror Solar Mirror SolReflex® HM3C1M-3 for additional payment
3. SOLAR HELIOSTATS
52
Technical Capabilities
3.b. SM44M1HEL6M
Product code: SM44M1HEL6M
Single-Axis Solar Heliostat SM44M1HEL3M
Dual-Axis Solar Heliostat SM44M1HEL6M for mirror application up to 6,2m2 enable cost-effective large-scale
sun tracking all over the course of the day with unprecedented accuracy.
3. SOLAR HELIOSTATS
53
Mechanical Capabilities
Number of turning axis Dual-Axis
Hour Angle Limit 100˚, software and hardware limit
Elevation angle 15-90˚, adjustable start
Type of hour-angle engine Linear Motor SM4S520M1 with stroke of 520 mm
Type of elevation shaft and stroke Linear Motor SM4S520M1 with stroke of 520 mm
Hour-angle shaft diameter and length Ø48 mm, L=1450 mm (steel)
Turning speed of hour angle shaft 0,039 - 0,063 °/s at no load, see graph
Max. dynamic torque of the hour-angle shaft 200 - 330 Nm depend from HA, see graph
Max. dynamic torque of elevation shaft 330 Nm - 400 Nm depend from EA, see graph
Destructive torque of the hour-angle shaft 750 Nm - 1250 Nm, depend from HA, see graph
Destructive torque of elevation shaft 1250 Nm - 1500 Nm, depend from HA, see graph
Backstructure size 2.500 (H) mm x 1.500 (V) mm
Type of backstructure clamp Toothed scissors gripers 8 pcs
Tube diameter for mounting Ø60 - 68 mm (not included with kit)
Max. dimensions of a mirror panel 2 mirror panels with dimensions of 1.250 mm x 2.500 mm with net surface of 6,2 m2
Max. weight of a mirror panel 90 kg
Estimated service life 5.000 rotations of 200° (100°E + 100°W), or 10 years
Positioning System Data
Tracking accuracy <0,1˚
Operating Protocol TdAPS (Time derived Astronomical Positioning System)
Type of positioner Din Rail positioner MICRO and externor cables
Type of timer GMT clock with EOT and calendar
Type of application program for supervision and setting Solar tracking system monitor via Helios Analytics
Setting and changing data via PC Yes, It can be setup up to 1000 parameters
Monitoring possibility via PC Yes, It can be setup up to 1000 parameters
Turned on the position sent from PC Yes, it turn on position sent from PC, also all other setting can be commanded with string sent from PC
Communication Data
Type of communication interface USB interface
Networking solution for control from centre RS485
Firmware - Software
Upgrading possibility via PC Yes, firmware via PC with help of web wizard
Electrical Data
Motor Power Supply 24 VDC ± 10% (2A current capacity)
Backup battery CR 2512 coin
Turning time interval Tipicaly 6 - 7 s
Max. consumption during the operation of the hour-angle shaft 500 mA @ 330 Nm, see graph
Max. Current of elevation shaft 500 mA @ 400 Nm, see graph
Standby consumption (when is not moving) 20 mA ± 25% @ 24V
Power supply connection 1 piece of 2 Wire Cable with an Internal Cu Conductor of 1,0 mm2 (not included with kit)
Environmental Data
Operating temperature -25°C to +70°C (optionally with artic grease for teperatures from -40°C up to +70°C)
Operation at humidity 0% to 100%, relative humidity
Max. safe wind speed <130 km/h (tested up to 180 km/h)
Corrosion, weather and chemical resistance
Hot-dip galvanizing (HDG, EN ISO 1461) 75 - 100 μm (equivalent of 50 years)
Packaging
Dimensions of a packed product 1 box of 1600 (L) x 245 (W) x 202 (H) mm
Product weight 45 kg
Quality Certificates
International Protection Rating (IEC 60529) IP33
Electromagnetic Compatibility (EMC Directive 89/336/EEC) Yes
Low Voltage Equipment Directive (EEC Council Directive 73/23/EEC) Yes
Optional Properties
Anti-Shadowing Function No
Solar Mirror Solar Mirror SolReflex® HM3C1M-3 for additional payment
3. SOLAR HELIOSTATS
54
Technical Capabilities
3.c. SM44M3HEL25M
Product code: SM44M3HEL25M
Single-Axis Solar Heliostat SM44M1HEL25M
Dual-Axis Solar Heliostat SM44M1HEL25M for mirror application up to 25m2 enable cost-effective large-scale
sun tracking all over the course of the day with unprecedented accuracy.
3. SOLAR HELIOSTATS
55
Mechanical Capabilities
Number of turning axis Dual-Axis
Hour Angle Limit 100˚, software and hardware limit
Elevation angle 15-90˚, adjustable start
Type of hour-angle engine Linear Motor SM4S900M3 with stroke of 900 mm
Type of elevation shaft and stroke Linear Motor SM4S900M3 with stroke of 900 mm
Hour-angle shaft diameter and length Square tube 110x110 mm, L=5000 mm (steel)
Turning speed of hour angle shaft /
Max. dynamic torque of the hour-angle shaft /
Max. dynamic torque of elevation shaft /
Destructive torque of the hour-angle shaft /
Destructive torque of elevation shaft /
Backstructure size /
Type of backstructure clamp Toothed scissors gripers 48 pcs
Tube diameter for mounting Square tube 200x200 mm, H=3500 mm (steel)
Max. dimensions of a mirror panel 8 mirror panels with dimensions of 1.250 mm x 2.500 mm with net surface of 25 m2
Max. weight of a mirror panel /
Estimated service life 5.000 rotations of 200° (100°E + 100°W), or 10 years
Positioning System Data
Tracking accuracy <0,1˚
Operating Protocol TdAPS (Time derived Astronomical Positioning System)
Type of positioner Din Rail positioner MICRO and externor cables
Type of timer GMT clock with EOT and calendar
Type of application program for supervision and setting Solar tracking system monitor via Helios Analytics
Setting and changing data via PC Yes, It can be setup up to 1000 parameters
Monitoring possibility via PC Yes, It can be setup up to 1000 parameters
Turned on the position sent from PC Yes, it turn on position sent from PC, also all other setting can be commanded with string sent from PC
Communication Data
Type of communication interface USB interface
Networking solution for control from centre RS485
Firmware - Software
Upgrading possibility via PC Yes, firmware via PC with help of web wizard
Electrical Data
Motor Power Supply 24VDC +/- 15% 4A (5A current capability)
Backup battery CR 2512 coin
Turning time interval 1 minute (0.25°)
Max. consumption during the operation of the hour-angle shaft /
Max. Current of elevation shaft /
Standby consumption (when is not moving) 60mA @ 24 VDC
Power supply connection 1 piece of 2 Wire Cable with an Internal Cu Conductor of 1,0 mm2 (not included with kit)
Environmental Data
Operating temperature -25°C to +70°C (optionally with artic grease for teperatures from -40°C up to +70°C)
Operation at humidity 0% to 100%, relative humidity
Max. safe wind speed <130 km/h (tested up to 180 km/h)
Corrosion, weather and chemical resistance
Hot-dip galvanizing (HDG, EN ISO 1461) 75 - 100 μm (equivalent of 50 years)
Packaging
Dimensions of a packed product /
Product weight /
Quality Certificates
International Protection Rating (IEC 60529) IP33
Electromagnetic Compatibility (EMC Directive 89/336/EEC) Yes
Low Voltage Equipment Directive (EEC Council Directive 73/23/EEC) Yes
Optional Properties
Anti-Shadowing Function No
Solar Mirror Solar Mirror SolReflex® HM3C1M-3 for additional payment
3. SOLAR HELIOSTATS
56
Technical Capabilities
4.a. Motor SM4S520M1
4. SOLAR LINEAR MOTORS
57
Product code: Motor SM4S520M1
Professional Solar Linear Actuator - Motor SM4S520M1
Professional Solar Linear Actuator - Motor SM4S520M1. Standard precision 0,5 degrees. Advanced precision 0,1 degrees for addtional payment.
Suitable for PV panels, concentrators - CPV and Heliostats. Heliostats for addtional payment. Usage: small and large powerplants, on-grid at roof on houses or factories, cottages, solar tower powerplant, where solar panels are connected in serial and output is connected directly to inverter or an external charging device. Solar tracker anti-shadowing software function included.
4.a. Motor SM4S520M1
4. SOLAR LINEAR MOTORS
58
Mechanical Capabies
Construction material of linear motor Stainless steel tubes and spindle and high carbon steel
Spindle type and material ACME stainless spindle
Stroke lenght 520 mm
Max. static load 3400 N
Dynamic load capacity 1000 N
Rod end type Spherical bearing with hole dia. Ø12 mm with pivot angle of 13º
Speed at no load 0,9 mm/s at no load, 0,4 mm/s at max. load
Resolution 380,8 pulses/mm (min step is 0,0026 mm)
Backlash max 0,2 mm
Electrical Data
Motor Power Supply 24VDC +/- 15% 0,2A (0,5A current capability)
Backup battery /
Turning time interval /
Power consumption in operation Tipicaly 3-6 W, max 10 W
Standby consumption (when is not moving) /
Power supply connection 1 piece of 2 Wire Cable with an Internal Cu Conductor of 1,0 mm2 (not included in kit)
Environmental Data
Operating temperature -25°C to +70°C (optionally with artic grease for teperatures from -40°C up to +70°C)
Operation at humidity 0% to 100%, relative humidity
Corrosion, weather and chemical resistance
Corrosion Protection PLASOX® plasmanitriding with subsequent oxidation
Packaging
Dimensions of a packed product 1box of 1000(L) x 80(W) x 60(H) mm
Product weight 3,46 kg + 1 kg box weight
Quality Certificates
International Protection Rating (IEC 60529) IP33
Electromagnetic Compatibility (EMC Directive 89/336/EEC) Yes
Low Voltage Equipment Directive (EEC Council Directive 73/23/EEC) Yes
Optional Properties
Heliostat usage Yes, for additional payment
CPV usage (concentrated PV usage) Yes, all types including round parabolic - for additional payment
Guarantee time 2 years as standard, 5 years for +20% - for additional payment, 10 years for +35% - for additional payment
Technical Capabilities
4. SOLAR LINEAR MOTORS
4.b. Motor SM4S900M3C3 - with Clamp C3
59
Product code: Motor SM4S900M3C3
Professional Solar Linear Actuator - Motor SM4S900M3C3
Professional Solar Linear Actuator - Motor SM4S900M3C3. Standard precision 0,5 degrees. Advanced preci-sion 0,1 degrees for addtional payment.
Suitable for PV panels, concentrators - CPV, and heliostats. Usage: small and large powerplants, on-grid at roof on houses or factories, cottages, solar tower powerplant, where solar panels are connected in serial and output is connected directly to inverter or an external charging device.Solar tracker anti-shadowing software function included.
4. SOLAR LINEAR MOTORS
4.b. Motor SM4S900M3C3 - with Clamp C3
60
Mechanical Capabies
Construction material of linear motor Stainless steel tubes and spindle and high carbon steel
Spindle type and material ACME stainless spindle
Stroke lenght 900 mm
Max. static load 15000 N
Dynamic load capacity 8000 N
Rod end type Spherical bearing with hole dia. Ø12 mm with pivot angle of 13º
Speed at no load 2,33 mm/s
Resolution 294 pulses/mm (min step is 0,0034 mm)
Backlash max 0,15 mm
Electrical Data
Motor Power Supply 24VDC +/- 15% 4A (5A current capability)
Backup battery /
Turning time interval /
Power consumption in operation Tipicaly 20-50 W, max 100 W
Standby consumption (when is not moving) /
Power supply connection 1 piece of 2 Wire Cable with an Internal Cu Conductor of 1,5 mm2 (not included in kit)
Environmental Data
Operating temperature -25°C to +85°C (optionally with artic grease for teperatures from -40°C up to +85°C)
Operation at humidity 0% to 100%, relative humidity
Corrosion, weather and chemical resistance
Corrosion Protection PLASOX® plasmanitriding with subsequent oxidation
Packaging
Dimensions of a packed product 1 box of 1600 (L) x 80 (W) x 80 (H) mm
Product weight 8,5 kg
Quality Certificates
International Protection Rating (IEC 60529) IP33
Electromagnetic Compatibility (EMC Directive 89/336/EEC) Yes
Low Voltage Equipment Directive (EEC Council Directive 73/23/EEC) Yes
Optional Properties
Heliostat usage Yes
CPV usage (concentrated PV usage) Yes, all types including round parabolic
Guarantee time 2 years as standard, 5 years for +20% *** 10 years for +35% ***
Technical Capabilities
4. SOLAR LINEAR MOTORS
4.c. Motor SM4S900M3C4 - with Clamp C4
61
Product code: Motor SM4S900M3C4
Professional Solar Linear Actuator - Motor SM4S900M3C4
Professional Solar Linear Actuator - Motor SM4S900M3C4. Standard precision 0,5 degrees. Advanced preci-sion 0,1 degrees for addtional payment.
Suitable for PV panels, concentrators - CPV, and heliostats. Usage: small and large powerplants, on-grid at roof on houses or factories, cottages, solar tower powerplant, where solar panels are connected in serial and output is connected directly to inverter or an external charging device.Solar tracker anti-shadowing software function included.
4. SOLAR LINEAR MOTORS
4.c. Motor SM4S900M3C4 - with Clamp C4
62
Mechanical Capabies
Construction material of linear motor Stainless steel tubes and spindle and high carbon steel
Spindle type and material ACME stainless spindle
Stroke lenght 900 mm
Max. static load 15000 N
Dynamic load capacity 8000 N
Rod end type Spherical bearing with hole dia. Ø12 mm with pivot angle of 13º
Speed at no load 2,33 mm/s
Resolution 294 pulses/mm (min step is 0,0034 mm)
Backlash max 0,15 mm
Electrical Data
Motor Power Supply 24VDC +/- 15% 4A (5A current capability)
Backup battery /
Turning time interval /
Power consumption in operation Tipicaly 20-50 W, max 100 W
Standby consumption (when is not moving) /
Power supply connection 1 piece of 2 Wire Cable with an Internal Cu Conductor of 1,5 mm2 (not included in kit)
Environmental Data
Operating temperature -25°C to +85°C (optionally with artic grease for teperatures from -40°C up to +85°C)
Operation at humidity 0% to 100%, relative humidity
Corrosion, weather and chemical resistance
Corrosion Protection PLASOX® plasmanitriding with subsequent oxidation
Packaging
Dimensions of a packed product 1 box of 1600 (L) x 80 (W) x 80 (H) mm
Product weight 8,5 kg
Quality Certificates
International Protection Rating (IEC 60529) IP33
Electromagnetic Compatibility (EMC Directive 89/336/EEC) Yes
Low Voltage Equipment Directive (EEC Council Directive 73/23/EEC) Yes
Optional Properties
Heliostat usage Yes
CPV usage (concentrated PV usage) Yes, all types including round parabolic
Guarantee time 2 years as standard, 5 years for +20% *** 10 years for +35% ***
Technical Capabilities
4. SOLAR LINEAR MOTORS
4.d. Motor Motor SM4S900M3NC
63
Product code: Motor SM4S900M3NC
Professional Solar Linear Actuator - Motor SM4S900M3NC
Professional Solar Linear Actuator - Motor SM4S900M3NC. Standard precision 0,5 degrees. Advanced preci-sion 0,1 degrees for addtional payment.
Suitable for PV panels, concentrators - CPV, and heliostats. Usage: small and large powerplants, on-grid at roof on houses or factories, cottages, solar tower powerplant, where solar panels are connected in serial and output is connected directly to inverter or an external charging device.Solar tracker anti-shadowing software function included.
4. SOLAR LINEAR MOTORS
4.d. Motor Motor SM4S900M3NC
64
Mechanical Capabies
Construction material of linear motor Stainless steel tubes and spindle and high carbon steel
Spindle type and material ACME stainless spindle
Stroke lenght 900 mm
Max. static load 15000 N
Dynamic load capacity 8000 N
Rod end type Spherical bearing with hole dia. Ø12 mm with pivot angle of 13º
Speed at no load 2,33 mm/s
Resolution 294 pulses/mm (min step is 0,0034 mm)
Backlash max 0,15 mm
Electrical Data
Motor Power Supply 24VDC +/- 15% 4A (5A current capability)
Backup battery /
Turning time interval /
Power consumption in operation Tipicaly 20-50 W, max 100 W
Standby consumption (when is not moving) /
Power supply connection 1 piece of 2 Wire Cable with an Internal Cu Conductor of 1,5 mm2 (not included in kit)
Environmental Data
Operating temperature -25°C to +85°C (optionally with artic grease for teperatures from -40°C up to +85°C)
Operation at humidity 0% to 100%, relative humidity
Corrosion, weather and chemical resistance
Corrosion Protection PLASOX® plasmanitriding with subsequent oxidation
Packaging
Dimensions of a packed product 1 box of 1600 (L) x 80 (W) x 80 (H) mm
Product weight 8,5 kg
Quality Certificates
International Protection Rating (IEC 60529) IP33
Electromagnetic Compatibility (EMC Directive 89/336/EEC) Yes
Low Voltage Equipment Directive (EEC Council Directive 73/23/EEC) Yes
Optional Properties
Heliostat usage Yes
CPV usage (concentrated PV usage) Yes, all types including round parabolic
Guarantee time 2 years as standard, 5 years for +20% *** 10 years for +35% ***
Technical Capabilities
5.a. SOLAR POSITIONER NANO
5. SOLAR POSITIONERS
65
Product code: POZSOL34A1DR
(Solar Positioner NANO works only in connection with Solar server SIGMA!!!)
Solar Positioner NANO A for Dual Axis Tracking
With even better communication, usability and accuracy, the Solar Positioner NANO A set a new Positioning Accuracy Standards. With easy installation, safe operation, a simplified assembly concept, and RS485 plant communication: the new generation of positioners is ideally suited in mid-sized and large stand-alone grids. With the Sigma Server, Solar Positioner NANO A creates complete, integrated system for monitoring, diagnosis and configuration of the PV plant.
Professional• Drive and positioning of Dual Axis Solar Trackers • Integration of Sat Control equipment into existing control-room technology
Flexible • Data interface in accordance with the communication standards in the field of automation technology • Simple and fast installation, high reliability
Reliable• Direct communication with the Sigma Solar Server via RS485 Service Interface• Meets the requirements of the EU Medium-Voltage Directive for grid safety management
5. SOLAR POSITIONERS
66
Technical Capabilities
Operation
Geometrical Operation Dual Axis Positioner
Type Slave Positioner
Communication
Tracker communication RS485 MODBUS
Interfaces
RS485 2 Pin Connector (Grounding Option)
Max. number of controlled devices
Solar Tracker 64
Max. communication range
RS485 1000 m
Power supply
Power supply External Power Supply
Input voltage 24VDC +/- 10%
Power consumption Type 4 W / max. 12 W / 0,5 W Stand By
Environmental conditions in operation
Ambient temperature -20 °C ... +60 °C
Relative air humidity 0 % ... 45 %, non-condensing
General data
Dimensions (W / H / D) in mm 110 / 55 / 17
Weight 100 g
Mounting location Indoors
Mounting options DIN rail mounting
Status display LEDs
Hall signals 2 Hall signals per Axis
End switches 2 Switches per Axis (one required, one optional)
Manual buttons 2 (East-West, Reference)
Upgrading In The Field by RS485 MODBUS
Languages
Software language English
Language versions – manual German, English, French, Italian, Spanish; Slovenian
Features
Warranty 5 years
Certificates and approvals www.Solar-Motors.com
Technical Capabilities
5.a. SOLAR POSITIONER NANO
5.b. SOLAR POSITIONER MICRO
5. SOLAR POSITIONERS
67
Product code: POZSOL36A1DR
Solar Positioner MICRO (stand alone positioner) is settable with Helios Analytics monitoring programme!!!
Solar Positioner MICRO for Dual Axis Tracking
With even better communication, usability and accuracy, the Solar Positioner MICRO set a new Positioning Accuracy Standards. With easy installation, safe operation, a simplified assembly concept, USB tracker and RS485 plant communication: the new generation of positioners is ideally suited in single and middle size stand-alone grids. With the Sigma Server, Solar Positioner MICRO creates complete, integrated system for monitor-ing, diagnosis and configuration of the PV plant.
Professional• Drive and positioning of Dual Axis Solar Trackers • Integration of Sat Control equipment into existing control-room technology
Flexible • Data interface in accordance with the communication standards in the field of automation technology • Simple and fast installation, high reliability
Reliable• Direct communication with Helios Analytics• Meets the requirements of the EU Medium-Voltage Directive for grid safety management
5. SOLAR POSITIONERS
68
Technical Capabilities
Operationnergy measurement of two equal solar panels (fixed and motorized)
Three equal solar panels were exposed to the real sun and conversed electrical power was measured. Test conditions: Solar panels (both): 0.9 kWp (producer spec. at AM 1.5) Date: July 2010 Time: 4:00 to 20:00 (sun time) Geo. Latitude: 46° N Weather conditions: sunny, but not totally clear Results: Average energy of fixed: 3762,0Wh Average energy of motorized: 6093,0Wh Note: sum of motor energy consumption through all day is 17.52Wh or 0.29% of all col-lected energy. axis or dual axis Solar Tracker with accuracy better than 0,5 deg and backstructure for 3 pieces of solar panels dimensions 0,99 m x 1,95 m and weight of 30 kg max each. So to-gether for 5,8 m2 solar panel surface. A Suitable for PV panels, concentrators - CPV, helio-stats. Usage at homes: on-grid at roof on houses, trafic signalisations, street light, cot-
Operation
Geometrical Operation Dual Axis Positioner
Type Stand Alone Positioner
Communication
Tracker communication USB, RS485 MODBUS
Interfaces
RS485 2 Pin Connector (Grounding Option)
Max. number of controlled devices
Solar Tracker 1
Max. communication range
RS485 1000 m
Power supply
Power supply External Power Supply
Input voltage 24VDC +/- 10%
Power consumption 2Type 4 W / max. 12 W / 0,5 W Stand By
Environmental conditions in operation
Ambient temperature -20 °C ... +60 °C
Relative air humidity 0 % ... 45 %, non-condensing
General data
Dimensions (W / H / D) in mm 110 / 55 / 17
Weight 100 g
Mounting location Indoors
Mounting options DIN rail mounting
Status display LEDs
Hall signals 2 Hall signals per Axis
End switches 2 Switches per Axis (one required, one optional)
Manual buttons 2 (East-West, Reference)
Upgrading In The Field by RS485 MODBUS, or by USB
Languages
Software language English
Language versions – manual German, English, French, Italian, Spanish; Slovenian
Features
Warranty 5 years
Certificates and approvals www.Solar-Motors.com
Technical Capabilities
5.b. SOLAR POSITIONER MICRO
5. SOLAR POSITIONERS
69
The standardized data interface for large-scale systems
Large-scale plants and PV power utility stations require customized monitoring solutions and need to link sys-tems and components into one joint control system. Sigma Server set new communication standard in the field of automation technology, that enables simple and reliable data exchange between products and applications. With the Sigma Solar Server, Sat Control equipment can be very easily integrated into compatible systems. Overview Professional• Visualization, control and monitoring of large-scale plants • Integration of Sat Control equipment into existing control-room technology Flexible• Data interface in accordance with the communication standards in the field of automation technology• Simple and fast installation, high reliability
5.c. Sigma Solar Server
Product code: POZSOLSIG1
(Sigma Solar Server works in connection with Solar Positioner NANO!!!)
5. SOLAR POSITIONERS
2 Real energy measurement of two equal solar panels (fixed and motorized)
Three equal solar panels were exposed to the real sun and conversed electrical power was measured. Test conditions: Solar panels (both): 0.9 kWp (producer spec. at AM 1.5) Date: July 2010 Time: 4:00 to 20:00 (sun time) Geo. Latitude: 46° N Weather conditions: sunny, but not totally clear Results: Average energy of fixed: 3762,0Wh Average energy of motorized: 6093,0Wh Note: sum of motor energy consumption through all day is 17.52Wh or 0.29% of all col-lected energy. axis or dual axis Solar Tracker with accuracy better than 0,5 deg and backstructure for 3 pieces of solar panels dimensions 0,99 m x 1,95 m and weight of 30 kg max each. So to-gether for 5,8 m2 solar panel surface. A Suitable for PV panels, concentrators - CPV, helio-stats. Usage at homes: on-grid at roof on houses, trafic signalisations, street light, cot-
70
5.c. Sigma Solar Server
Communication
Communication with Enigma Analytics Ethernet
PC communication Ethernet
Tracker communication RS485
Interfaces
Analog and digital inputs 3 analog inputs / 3 open collector outputs
Ethernet 10/100 Mbit, RJ45
RS485 2 Pin Connector (grounding option)
Max. number of controlled devices
Solar Tracker 64
Max. communication range
Ethernet 100 m
RS485 1000 m
Power supply
Power supply External Power Supply
Input voltage 12VDC - 24VDC
Power consumption Type 4 W / max. 12 W
Environmental conditions in operation
Ambient temperature -20 °C ... +60 °C
Relative air humidity 0 % ... 45 %, non-condensing
Memory
Internal 0,5 MB
External SD card 2 GB
General data
Dimensions (W / H / D) in mm 110 / 55 / 17
Weight 100 g
Mounting location Indoors
Mounting options DIN rail mounting
Status display LEDs
Languages
Software language English
Language versions – manual German, English, French, Italian, Spanish; Slovenian
Features
Operation Integrated Web server (Internet browser)
Warranty 5 years
Certificates and approvals www.Solar-Motors.com
Technical Capabilities
5.d. Lambda; 1. DPP 50-24, 2. DPP 100-24, 3. DPP 480-24-3
5. SMPS Power supply TDK
71
1. TDK - Lambda DPP 50-24
A 50 watt, enclosed frame, single output DIN Rail mounted AC/DC power supply. This rail mount power sup-
ply has a 85-264 AC volt Wide-range input with power factor correction. The output(s) are rated 24.00v at
2.10a. It is industrial rated with an operating temperature range of -10 - 71 °C and up to 86% efficiency.
The DPP50-24 is Rohs 6/6 compliant and backed by a 2 year warranty.
Overview:
• 5 to 48 V Outputs • 50 mV Ripple and Noise • Parallel Up to 3 Units (100 W and Up) • Convection Cooled from –10°C Up to +71°C • Active Power Factor Correction (PFC) • Universal/Auto Select AC Input • Input Transient Protection IEC61000-4 • UL/CSA/EN60950-1 and CE Mark Safety Approvals • UL1310 Class 2 • UL508 Listed and Class 1, Div. 2
3. TDK - Lambda DPP 100-24
A 100 watt, enclosed frame, single output DIN Rail mounted AC/DC power supply.
Overview:
• PSU, AC/DC, DIN RAIL, 24V, 100W • Power Supply Output Type: Adjustable • No. of Outputs: 1 • Output Voltage: 24V • Output Current: 4.2A • Power Rating: 100W • Input Voltage VAC: 85V AC to 132V AC/170V AC to 264V AC • Length: 96.7mm • Width: 22.8mm • Height: 75mm • SVHC: No SVHC (20-Jun-2011) • Efficiency: 87% • Input Voltage: 85V AC to 132V AC , 170V AC to 264V AC • Output Voltage Max: 28.5V • Output Voltage Min: 22.5V
5. SMPS Power supply TDK
72
Technical Capabilities
Operationnergy measurement of two equal solar panels (fixed and motorized)
Three equal solar panels were exposed to the real sun and conversed electrical power was measured. Test conditions: Solar panels (both): 0.9 kWp (producer spec. at AM 1.5) Date: July 2010 Time: 4:00 to 20:00 (sun time) Geo. Latitude: 46° N Weather conditions: sunny, but not totally clear Results: Average energy of fixed: 3762,0Wh Average energy of motorized: 6093,0Wh Note: sum of motor energy consumption through all day is 17.52Wh or 0.29% of all col-lected energy. axis or dual axis Solar Tracker with accuracy better than 0,5 deg and backstructure for 3 pieces of solar panels dimensions 0,99 m x 1,95 m and weight of 30 kg max each. So to-gether for 5,8 m2 solar panel surface. A Suitable for PV panels, concentrators - CPV, helio-stats. Usage at homes: on-grid at roof on houses, trafic signalisations, street light, cot-
2. TDK - Lambda DPP 480-24 (DIN Rail 24V 20A 480W)
A 480 watt, enclosed frame, single output DIN Rail mounted AC/DC power supply.
Overview:
• PSU, AC/DC, DIN RAIL, 24V, 480W, 3PH • Power Supply Output Type: Fixed • No. of Outputs: 1 • Output Voltage: 24V • Output Current: 20A • Power Rating: 480W • Input Voltage VAC: 340V AC to 575V AC • Length: 111.9mm • Width: 150mm • Height: 124mm • SVHC: No SVHC (20-Jun-2011) • Efficiency: 90% • Input Voltage: 340V AC to 575V AC • Output Voltage Max: 28.5V • Output Voltage Min: 22.5V
5. JUNCTION BOX
73
Junction Box (j-box) Set - Smart solution for solar tracker positioner connection
The Sat Control’s Junction Box (j-box) Set is designed to be compact and versatile without any compromise on its safety and reliability standards: Expanding on the proven technology of Sat Control’s positioning devices, it separate of both mechanical and electronic components of solar trackers and replaces Sat Control’s integrated positioner with external din rail positioners. Material wall mounting boxes: made of ABS technopolymer with high resistance to UV rays and broad temperature range enable its use even under extreme climatic conditions. Particular bottom guides for DIN rail, terminal block and plates enable its easy installation and make positioner settings entirely foolproof. User-friendly
• Separate of both mechanical and electronic components • Easy status reports and visualization via Transparent Lid • Can be integrated into existing and new Solar Trackers/PV plants
Simple
• Easily accessible connection area• Comfortable installation and commissioning • Free choice of mounting location
Durable
• High protection class IP65
5.e. Junction Box (j-box) Set
Product code: JBOXSETSPMN1-TC
5. JUNCTION BOX & CONNECTION BOARD SESTIV 39B
2 Real energy measurement of two equal solar panels (fixed and motorized)
Three equal solar panels were exposed to the real sun and conversed electrical power was measured. Test conditions: Solar panels (both): 0.9 kWp (producer spec. at AM 1.5) Date: July 2010 Time: 4:00 to 20:00 (sun time) Geo. Latitude: 46° N Weather conditions: sunny, but not totally clear Results: Average energy of fixed: 3762,0Wh Average energy of motorized: 6093,0Wh Note: sum of motor energy consumption through all day is 17.52Wh or 0.29% of all col-lected energy. axis or dual axis Solar Tracker with accuracy better than 0,5 deg and backstructure for 3 pieces of solar panels dimensions 0,99 m x 1,95 m and weight of 30 kg max each. So to-gether for 5,8 m2 solar panel surface. A Suitable for PV panels, concentrators - CPV, helio-stats. Usage at homes: on-grid at roof on houses, trafic signalisations, street light, cot-
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5.e. Junction Box (j-box) Set
General data
Internal dim. (W / H / D) in mm 190 / 140 / 70
Weight (without cables) 500 g
Max ø holes possible 4 x ø 18 mm
Lid screws (no. and type) 4 Insulated sealable Hinged (Inox)
Characteristics Halogen Free
Mounting site outdoors
Mounting options DIN-Rail mounted interfaces
Ambient Conditions
Ambient temperature -40 °C ... +85 °C / -40 °F ... +185 °F
Relative air humidity 100 % relative humidity (non-condensing)
Degree of protection (according to IEC 60529) IP65
Features
Smooth Sided junction box - Screwed Transparent Lid - IP 56 1
Din metal mounting rail 180(L) mm 1
Metric Thread Cable Glands Pg 9 TD (16 mm) TL (8 mm) 4
DIN Rail Mounted Fuse Holder VSV 4 4 mm2 440 V 1
DIN Rail Terminal Block VS 4-PE 4 mm 1
DIN Rail Bus bar Terminal Block 6x9 -–10P 2
Warranty: 5 / 10 / 15 / 20 / 25 years yes / opt. / opt. / opt. / opt.
Certificates and approvals www.Solar-Motors.com
Accessories
PositionersSolar Positioner 2-axis mod. MICRO, USB-RS485, DIN rail opt.
Solar Positioner 2-axis mod. NANO, RS485, DIN rail opt.
CablesInt. Cable SM4M3 w con 7pins->OPEN, L=opt. 2x1+5x0.22 opt. (1 or 2 pcs depend on Actuators - length is at request)
Technical Capabilities
Product code: SESTIV39B
5.f. Connection Board Sestiv 39B
5. USB 2.0 to RS485
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USB 2.0 to RS485 Mini Adapter with Terminal Block
Specifications • USB Specification 2.0 Compliant • Supports RS485 serial Interface • Data Transfer Rates from 300bps to 3Mbps • Enhanced ESD Specification: +/-15KV Human Body Model, +/-15KV IEC1000-4-2 Air Discharge, +/-8KV • • IEC1000-4-2 Contact Discharge • Supports Windows 98SE/ME/2k/XP/Vista/7/x64, Mac OSX, Linux 2.6.9+
Includes
• USB to RS485 Adapter • DB9 to 4-pin Terminal Block adapter • Driver Disk • 0,8m USB extension cable
5.g. USB 2.0 to RS485 Mini Adapter with Terminal Block
Product code: USB2RS485
5. CABLE USB2.0 - USB-A
2 Real energy measurement of two equal solar panels (fixed and motorized)
Three equal solar panels were exposed to the real sun and conversed electrical power was measured. Test conditions: Solar panels (both): 0.9 kWp (producer spec. at AM 1.5) Date: July 2010 Time: 4:00 to 20:00 (sun time) Geo. Latitude: 46° N Weather conditions: sunny, but not totally clear Results: Average energy of fixed: 3762,0Wh Average energy of motorized: 6093,0Wh Note: sum of motor energy consumption through all day is 17.52Wh or 0.29% of all col-lected energy. axis or dual axis Solar Tracker with accuracy better than 0,5 deg and backstructure for 3 pieces of solar panels dimensions 0,99 m x 1,95 m and weight of 30 kg max each. So to-gether for 5,8 m2 solar panel surface. A Suitable for PV panels, concentrators - CPV, helio-stats. Usage at homes: on-grid at roof on houses, trafic signalisations, street light, cot-
76
5.h. Cable USB2.0 - USB-A -> Micro-B, 1,8m, black
Technical Capabilities
Cable USB2.0 - USB-A -> Micro-B, 1,8m, black
Specifications • CABLE, USB A M - MICRO B M, 1.8M • Cable Assembly Type:Computer Cables • Cable Length - Metric:1.8m • Cable Length:1.8m • Colour:Black • Connector Type A:USB A Male • Connector Type B:USB micro B male • Weight (kg): 0.06
Product code: KABUSBA-MB1.8
5. WIND SENSOR
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Wind sensor WS XS Vestamatic
Specifications • Wind sensor for measuring wind speed • For plastic bracket mounting • Compatible with all Vestamatic central, awning and blind controls
Includes
• Wind sensor WS XS Vestamatic WSVM01100310 / 383106390209
5.i. Wind sensor WS XS Vestamatic
Product code: WSVM01100310
5. CABLE USB2.0 - USB-A
2 Real energy measurement of two equal solar panels (fixed and motorized)
Three equal solar panels were exposed to the real sun and conversed electrical power was measured. Test conditions: Solar panels (both): 0.9 kWp (producer spec. at AM 1.5) Date: July 2010 Time: 4:00 to 20:00 (sun time) Geo. Latitude: 46° N Weather conditions: sunny, but not totally clear Results: Average energy of fixed: 3762,0Wh Average energy of motorized: 6093,0Wh Note: sum of motor energy consumption through all day is 17.52Wh or 0.29% of all col-lected energy. axis or dual axis Solar Tracker with accuracy better than 0,5 deg and backstructure for 3 pieces of solar panels dimensions 0,99 m x 1,95 m and weight of 30 kg max each. So to-gether for 5,8 m2 solar panel surface. A Suitable for PV panels, concentrators - CPV, helio-stats. Usage at homes: on-grid at roof on houses, trafic signalisations, street light, cot-
78
5.j. Plastic mounting bracket for wind sensor
Technical Capabilities
Product code: WSBWM01271020
Wind sensor WS XS Vestamatic
Specifications • Wind sensor for measuring wind speed • For plastic bracket mounting • Compatible with all Vestamatic central, awning and blind controls
Includes
• Wind sensor WS XS Vestamatic WSVM01100310 / 383106390209
Product code: ZV76X60X1400
Ground Screws
Ground Screws made of high quality hot-galvanized steel, are widely used as strong supports for many ap-plications: flag poles and masts, timber construction, fencing systems, event structures, boards and banners, gardens and parks, Roads and traffics, sheds and containers etc. For us the important thing is they can be the easy and strong support for Solar Trackers and PV systems.
Key Features
• Foundation screws for any type of soil• Ideal for Photovoltaic Installations• Solid, forged and galvanized steel with welded screw threads• Stability is accomplished by means of compression during insertion to the ground. No other digging is required.• Production process is certified ISO9001:2008, ensuring the highest quality construction, reliability and flexibility.
Advantages
• No cement foundation or any other concrete construction needed• Optimum earthing accomplished by connecting the vertical parts with tin-plated copper wire, avoid ing any additional ground wiring, creating that way a solid, low resistance grounding Ground screws come with a 25-yeat anti-corrosion guarantee• No construction permit required• All systems are adjustable to customer requirements. • All systems are assembled using specialized personnel and machinery• Time saving and cost efficient• Can be subject to weight loads immediately• Environmentally friendly
6. GROUND SCREWS
6.a. Ground Screw
79
Model type Ground screw 76X1400 L=1400 d=76/60
Length of ground screw 1400 mm Outside diameter of ground screw 76,45mm x 2,6 mm (inner dia. 71mm with zinc)
Max. diameter of tube you can put in D63,5 mm L=2m
Screw thread size and pitch 620 mm
Surface treatment protection type and thick Hot bath zincking 200 um EN ISO1461
Technical Capabilities
6. GROUND SCREWS
6.a. Ground Screw
80
6. GROUND SCREWS
6.a. Ground Screw
81
6.b. SET Ground Screws
6. GROUND SCREWS
82
Product code: SETZV14C2X1SP
SET Ground Screws
SET Ground Screws provide a solid foundation whatever your project needs. Our SET Ground Screws is engi-neered for easy installation and provide years of dependable service. There is no need for gigging or laying a concrete foundation, drastically reducing cost and time associated with installation. SET Ground Screws also lessen the environmental impact of your solar project, allowing your panel arrays to blend in more naturally into terrain. Also importantly, SET Ground Screws are easily removable and reusable.
Set Components are:
• Ground Screw: 76x1400mm• Tube D60 2x1000 mm• Junction Clamp d=76/60
Key Features
Convenience
• Easy to install and use • No gigging or poring of concrete needed • Can be used in all types of soil • Fastest possible installation time • Ready to use immediately after installation
Environmentally friendly
• Compact design ensures the least impact on ground and surrounding area • Minimal site preparation needed • Since there is no need for concrete, the ground remains intact after screws are removed
Durability
• Made with galvanized steel and welded screw threads• Can be subject to weight loads immediately after installation • Provides solid foundation in all weather conditions• 25-year anti-corrosion guarantee
Value
• Reduced installation time and cost• Minimal materials required; provides the most cost effective foundation solution• Lowers system buy back times • Removable and reusable
Model type SET Ground Screws 76x1400 with tube D60 2x1000 with junction clamp
Length of ground screw 1400mm + 2 x tube D60,3 x 1000 + junction clamp Outside diameter of ground screw 76,45mm x 2,6mm + 2 x D60,3 x 3,25mm
Max. diameter of tube you can put in D63,5 x 3,25mm L=2000mm
Screw thread size and pitch 620mm
Surface treatment protection type and thick Hot bath zincking Zn 200 um EN ISO1461
Technical Capabilities
6.b. SET Ground Screws
6. GROUND SCREWS
Product code: SETZV14C2X1SP
83
Product code: SETZV14C2X1SP
6.b. SET Ground Screws
6. GROUND SCREWS
84
7. MONITORING SYSTEM - Helios Analytics
85
Professional management, monitoring and presentation of solar tracker
System management, monitoring, remote diagnosis, data adjusting and visualization: the Helios Analytics is the high-performance communication hub for single- to small-scale of solar trackers. It continuously display all the data from the solar trackers on the system side, thereby keeping you informed of the system‘s status at any given time. The Helios Analytics is a multi-functional, energy-efficient data system which offers importing and exporting settings data for solar trackers. Overview Safe• Remote monitoring, diagnosis and configuration of the solar trackers • Quick detection of malfunctions and notification in case of a failure • Powerful data system for importing and exporting all trackers setting data User-friendly• Central administration of all customer and tracker data• Easy remote access via PC• Easy to understand reporting
7.a. Helios Analytics
Product code: PRGSIGHELANA1
2 Real energy measurement of two equal solar panels (fixed and motorized)
Three equal solar panels were exposed to the real sun and conversed electrical power was measured. Test conditions: Solar panels (both): 0.9 kWp (producer spec. at AM 1.5) Date: July 2010 Time: 4:00 to 20:00 (sun time) Geo. Latitude: 46° N Weather conditions: sunny, but not totally clear Results: Average energy of fixed: 3762,0Wh Average energy of motorized: 6093,0Wh Note: sum of motor energy consumption through all day is 17.52Wh or 0.29% of all col-lected energy. axis or dual axis Solar Tracker with accuracy better than 0,5 deg and backstructure for 3 pieces of solar panels dimensions 0,99 m x 1,95 m and weight of 30 kg max each. So to-gether for 5,8 m2 solar panel surface. A Suitable for PV panels, concentrators - CPV, helio-stats. Usage at homes: on-grid at roof on houses, trafic signalisations, street light, cot-
7. MONITORING SYSTEM - Helios Analytics
86
7.a. Helios Analytics
Languages
Software language English
Language versions – manual German, English, French, Italian, Spanish, Slovenian
System requirements
Supported operating systemsWindows XP (installed version of Microsoft .NET Framework > 2.0 is required with 64 bit systems), Windows Vista (32-Bit and 64-Bit), Windows 7 (32-Bit and 64-Bit)
Hardware (minimum requirements)
Processor PIII 800 MHz (XP) / P4 1 GHz (Vista)
Main Memory 512MB (XP) / 1 GB (Vista)
Free hard disk space 265 MB (240 MB .Net / 25 MB application)
Resolution 1024 x 768 pixels
Color depth 256 colors
Communication
Tracker communication USB 2.0, CAN BUS 2.0 A
Type IP address, URL (e.g., DynDns)
Max. number of devices
USB 2.0 / CAN BUS 2.0 A 1 / up to 2000 trackers
RS485 / Ethernet /
Max. communication range
USB 2.0 / CAN BUS 2.0 A 5 m / 500 m (Twisted Pair Cable with cross section 0,7 mm2)
RS485 / Ethernet /
Software
Type Exe
Other Zip
Client Software Requirements No installation-dependent requirements for the operation
System information
Tracker overview Ideally suited for an overview over the solar tracker by presentation of the most important data
System settings Simple parameter setting for an entire device
Current system values
Summary of current device data. The display of minimum and maximum values, sums and averages (depicted for every device category) provides the operator with detailed information about the current status of their solar tracker
Device information
Device overview The most important device information at a single glance
Device settings Individual parameter adjustment for each device
Current device values Detailed information on the current values of the selected device
Information displayed
General information Time, date
System DataPower supply voltage, current motion, position, error codes, angle,tracker version, tracker type
Advanced System Data
Motor AA1, A2, A3, A4, A5 , A6, B1, B2, min range A, max range A, gear ratio A, I motor max A, coordinate mode A, geometry mode A, I motor factor A, night position A, go to reference A
Motor BA1, A2, A3, A4, A5 , A6, B1, B2, min range B, max range B, gear ratio B, I motor max B, coordinate mode B, geometry mode B, I motor factor B, night position B, go to reference B
Common settingsNight position time, link, U supply factor , group, conf. flags, SN1, SN2, SN3, can ID, options, run, delay n.p., run delay, panel wide, panel space, rtc correction, H target angle, V target angle
Individual set-up options
Values Three configurable pre-defined positions for snow, wind, etc.
The weather station for PV plants
Current system values /
Technical Capabilities
8. SAT CONTROL WEBSHOP
87
8.a. Sat Control WebShop
Profit from our new online shop!
Conveniently order Sat Control quality from home and profit from:• A wide range of products and services• Surprisingly low prices• The high level of quality of quality of the products and components used and• The schedule effectiveness you have become accustomed to The Sat Control WebShop. 24/7 one-stop shopping for all-round solutions Tailor-madeto your needs fast and at the same level of high quality.
2 Real energy measurement of two equal solar panels (fixed and motorized)
Three equal solar panels were exposed to the real sun and conversed electrical power was measured. Test conditions: Solar panels (both): 0.9 kWp (producer spec. at AM 1.5) Date: July 2010 Time: 4:00 to 20:00 (sun time) Geo. Latitude: 46° N Weather conditions: sunny, but not totally clear Results: Average energy of fixed: 3762,0Wh Average energy of motorized: 6093,0Wh Note: sum of motor energy consumption through all day is 17.52Wh or 0.29% of all col-lected energy. axis or dual axis Solar Tracker with accuracy better than 0,5 deg and backstructure for 3 pieces of solar panels dimensions 0,99 m x 1,95 m and weight of 30 kg max each. So to-gether for 5,8 m2 solar panel surface. A Suitable for PV panels, concentrators - CPV, helio-stats. Usage at homes: on-grid at roof on houses, trafic signalisations, street light, cot-
8. SAT CONTROL WEBSHOP
88
8.a. Sat Control WebShop
Making a Payment
The following outlines the how you can make a payment through the WorldPay Payment Service and how we deal with the transaction.
How does the WorldPay Payment Service work?
1. A shopper visits an e-commerce website and selects the products/services that they would like to buy. 2. The shopper then proceeds to the merchant’s checkout with their shopping basket. This generates a sum-mary description of the purchase that is sent to WorldPay for payment processing. This submis sion is often referred to as the “purchase token”. 3. The shopper is redirected to WorldPay’s secure server where they are presented with a series of payment pages, enabling them to choose their payment method and enter their payment details.
4. WorldPay records the shopper’s payment details against the details submitted in the purchase token, to produce a transaction. 5. WorldPay forwards the transaction details to the card issuer for authentication. The issuer returns an authorised or declined response to WorldPay and a payment response page is then displayed to the shopper.
6. If the transaction was successful, WorldPay will also send the shopper a confirmation email, confirming the transaction details.
For more informations about paying through WorldPay, and for information on the status of your payments for pur-chases made at one of the shops that uses the WorldPay Payment Service, please visit: www.rbsworldpay.com
Published by and copyright © 2011:Sat Control d.o.o.Pozenik 10,SI-4207 CerkljeSlovenia
For more information, please contactour Customer Support Center.Phone: +386 4 281 62 15Fax: +386 4 281 62 13(Charges depending on provider)E-mail: [email protected]
Order No. PC2011-V1.1 Printed in SloveniaDispo 34807, c4bs No. 7827fb 2674 440101 WS 11092.0
Printed on elementary chlorine-freebleached paper.
All rights reserved.Trademarks mentioned in this documentare the property of Sat Control d.o.o., its affiliates,or their respective owners.
Subject to change without prior notice.The information in this document containsgeneral descriptions of the technical optionsavailable, which may not apply in all cases.The required technical options should thereforebe specified in the contract.