upsolar smart modules€¦ · upsolar smart modules ... smart modules 2.9 kwp 2.77 kwp ... smart...

www.upsolar.com

Upsolar Smart ModulesOptimized by Tigo Energy®

Build 30% Longer

Strings

BOS Cost Savings

Fixed Voc, 15% lower than traditional modules, not temperature dependentLonger strings, 30% more modules per stringLower BOS Costs – fewer combiners, disconnects, feeders and less copper

PV-Safe technology eliminates the voltage of individual solar panels when safety hazards are detectedAutomatic detection and prevention of safety hazards

Module-level resolutionAutomated commissioningDetailed alerts & analyticsAccess from any computer, phone, or tabletFree basic monitoring for 25 years

Maintenance Made Simple

Equipped with Smart Curve Technology to dramatically reduce BOS Costs:

Highest Power Density and E�ciency

Eliminates all sources of mismatch: clouds, temperature, shade, soiling, aging, etc.More modules on any given roof or utility projectAllows uneven strings and different orientations99.6% CEC weighted efficiency

The Safest Solar Available Detects and deactivates safety threats ensuring a worry-free solar experience:

Higher energy yield and mismatch tolerance from module-level MPPT:

Panel-Level monitoring provides unparalleled visibility and helps maintain arrays at peak efficiency:

Improve ROI with No Upfront CostSmart Modules optimized by Tigo Energy deliver more energy, active management and enhanced safety through state-of-the-art module-embedded power elec-tronics. Our solution offers Smart Curve™ technology, which enables 30% longer strings. The system works with all major inverters.

Delivering safe solar

Smart Curve Technology Smart Curve technology limits the maximum voltage that a module can produce. This technology allows Upsolar to create a module with a much higher �ll-factor by reducing the maximum voltage output of a module to be closer to Vmp.

Have 15% lower Open Circuit Voltages than traditional modulesOpen Circuit Voltage is not affected by temperature (Coefficient of Voc = 0)Do not clip power even on extremely cold daysEnable 30% longer strings and thus a higher average voltageAre CSA and TUV certified

30% fewer combiners, disconnects, DC feeders and home runsReduced labor costsHigher average voltage across the year without a boost transformer~0.4% lower I²R losses

Upsolar Modules

Frame

Mono 5” Mono 5” Mono 6” Mono 6” Poly 6” Poly 6” Poly 6”

185 Wp180 Wp250 Wp245 Wp240 Wp235 Wp290 Wp

72 cells 72 cells 60 cells 60 cells 60 cells60 cells72 cells

Standard & ZEPStandard & ZEPStandard & ZEPStandard & ZEPStandard & ZEPStandard & ZEPStandard

205 Wp200 Wp270 Wp265 Wp260 Wp255 Wp310 Wp

Backsheet Color

No.of Cells

CellType Min power Max power

Tigo

What is Smart Curve?

Just like moving from 600V to 1000V or 1000V to 1500V systems, Smart Curve enables more modules per string with all the inherent BOS bene�ts.

Longer Strings

Traditional Modules

Smart Modules

2.9 kWp

2.77 kWp

600VV

Temperature Derate& Vmp/Voc Gap

8-StringCombiner

6-StringCombiner

Modules with Smart Curve Technology:

Smart Curve enables 30% longer strings,resulting in:

UP-EN-EU-042014-V3

Upsolar is not responsible for damages caused by errors or omissions on this data sheet.All information is subject to change without notice.

www.upsolar.com

PolycrystallinePV module 72 cells6”

Ideal for Commercial Rooftops

Maximum System Voltage (V)

Power ToleranceSeries Fuse Rating (A)

Smart Curve technology reduces a module’s open-circuit voltage to the Voc* value, which becomes the hard-limit of the output voltage.

1000(IEC) / 1000(UL)±3%15A

Front Glass

Components & Mechanical Data

Junction Box

Bypass Diode

Output CablesConnectorsFrame

Encapsulation Material

Back Sheet

Temperature Range

Max Load

Cells Polycrystalline silicon solar cells 6” x 6”// 156 mm x 156 mm

Number of Cells 72 (6 x 12)

Dimensions ( in // mm ) 77 x 39.06 x 1.97 // 1956 x 992 x 50

Weight ( lb // kg ) 59.52 // 27.0

Impact Resistance

Specifications

Temperature Coefficients

Temperature Coefficients of Isc (% / °C )

Temperature Coefficients of Im (% / °C ) Temperature Coefficients of Pm (% / °C )

NOCT ( °C ) 45 ± 2

0.05 ± 0.01

-0.02 ± 0.02

-0.43 ± 0.05Temperature Coefficients of Voc (% / °C ) = 0

IV Curves

Options Available

Tigo

Poly

72

Cel

ls

Max Power Pm (Wp)

Max Power Voltage Vm (V)

Max Power Current Im (A)

Short-Circuit Current Isc (A)

Module Efficiency

MODEL UP-M305PT UP-M310PT

UP-M290PT UP-M295PT

305 310 290 295

36.1 36.3 35.5 35.7

8.45 8.54 8.17 8.26

8.74 8.82 8.50 8.58

15.7% 16.0% 14.9% 15.2%

UP-M300PT

300

35.9

38.3 38.537.6 37.8 38.1

8.36

8.66

15.5%

Smart Curve Voltage (Voc**)

High Transparency Tempered Glass 0.157” // 4.0 mm

3 diodes - International Rectifier 30CTQ100S

Amersol 37-713 (cross section: 4.0 mm2)

Anodized aluminium alloy type 6063-T5

EVA (0.018'' // 0.45 mm ± 0.001'' // 0.03 mm thickness)White multilayer polymer film

-40°F to +194°F // -40°C to +90°C

75 lbs / ft² (UL Standard) // 5400 Pa (IEC Standards)Steel ball - 1.18 lbs // 535g dropped from 51” // 1.3 m high

Tigo Maximizer TM MMJ – ES 50

Black Type

Upsolar is not responsible for damages caused by errors or omissions on this data sheet. All information is subject to change without notice.

MC4, (IP67, IEC and UL approved)

Electrical Characteristics @ STC*

STC: Irradiance 1000 W/m², Module temperature 25ºC, AM=1.5***

UP-EN-EU-042014-V3

0

1

2

3

4

5

6

7

8

9

0 5 10 15 20 25 30 35 40 45 50

V limit

*Dotted line: std I-V curve (w/o Tigo)

Curr

ent (

A)

Voltage (V)

Cells temp. = 25°C1000W / m²

800W / m²

600W / m²

400W / m²

200W / m²

Deviation of Vm (V), Im (A), Voc (V) and Isc (A) of ±2.5%

Delivering safe solar

IV Curves

MonocrystallinePV module 60 cells6”


TigoM

ono 60 cells

Black Type

Options AvailableZEP Frame

Max Power Pm (Wp)



Short-Circuit Current Isc (A) 9.04 9.128.80 8.88 8.96

Module Efficiency

Maximum System Voltage (V)Power Tolerance

Series Fuse Rating (A)

MODEL

Front Glass


Specifications

Junction Box

Bypass Diode



Back Sheet

Temperature Range

Max Load

Impact Resistance






-40°F to +194°F // -40°C to +90°C


Cells Monocrystalline silicon solar cells 6” x 6”// 156 mm x 156 mm


Dimensions ( in // mm ) 64.57 x 39.06 x 1.57 // 1640 x 992 x 40

Weight ( lb // kg ) 41.9 // 19.0



UP-M265MT UP-M270MT

265 270

30.6 30.8

8.66 8.77

32.4 32.6

UP-M250MT UP-M255MT

250 255

30.0 30.2

8.34 8.44

31.8 32.0

UP-M260MT

260

30.4

16.3% 16.6%15.4%

15A

15.7% 16.0%

8.55

32.2


Temperature Coefficients of Im (% / °C ) Temperature Coefficients of Pm (% / °C )

NOCT ( °C ) 45 ± 20.05 ± 0.01

-0.02 ± 0.02

-0.43 ± 0.05Temperature Coefficients of Voc (% / °C ) = 0



STC: Irradiance 1000 W/m², Module temperature 25ºC, AM=1.5*Smart Curve technology reduces a module’s open-circuit voltage to the Voc* value, which becomes the hard-limit of the output voltage.**

1000(IEC) / 1000(UL)±3%


UP-EN-EU-042014-V3

Upsolar is not responsible for damages caused by errors or omissions on this data sheet.All information is subject to change without notice.


V limit

Curr

ent (

A)

Voltage (V)


800W / m²

600W / m²

400W / m²

200W / m²

10

0

1

2

3

4

5

6

7

8

9

0 5 10 15 20 25 30 35 40


www.upsolar.com

Poly

60

Cel

lsTig

o

IV Curves

PolycrystallinePV module 60 cells6”


Options Available

MODEL

Front Glass


Specifications

Junction Box

Bypass Diode



Back Sheet

Temperature Range

Max Load

Impact Resistance






-40°F to +194°F // -40°C to +90°C


Cells Polycrystalline silicon solar cells 6” x 6”// 156 mm x 156 mm


Dimensions ( in // mm ) 64.57 x 39.06 x 1.57 // 1640 x 992 x 40

Weight ( lb // kg ) 41.9 // 19.0




Temperature Coefficients of Im (% / °C )

Temperature Coefficients of Pm (% / °C )

NOCT ( °C ) 45 ± 20.05 ± 0.01

-0.02 ± 0.02

-0.43 ± 0.05

Max Power Pm (Wp)



Short-Circuit Current Isc (A)

Module Efficiency

Maximum System Voltage (V)

Power ToleranceSeries Fuse Rating (A) 15A

Temperature Coefficients of Voc (% / °C ) = 0

UP-M255PT UP-M260PT

255 260

30.8 31.0

8.28 8.39

32.6 32.9

8.55 8.60

UP-M240PT UP-M245PT

240 245

30.2 30.4

7.95 8.06

32.0 32.2

8.40 8.45

UP-M250PT

250

30.6

15.7% 16.0%14.8% 15.1% 15.4%

8.17

32.4

8.50

STC: Irradiance 1000 W/m², Module temperature 25ºC, AM=1.5*Smart Curve technology reduces a module’s open-circuit voltage to the Voc* value, which becomes the hard-limit of the output voltage.**



1000(IEC) / 1000(UL)±3%


Black Type ZEP Frame

Upsolar is not responsible for damages caused by errors or omissions on this data sheet. All information is subject to change without notice. UP-EN-EU-042014-V3


V limit

Curr

ent (

A)

Voltage (V)


800W / m²

600W / m²

400W / m²

200W / m²

10

0

1

2

3

4

5

6

7

8

9

0 5 10 15 20 25 30 35 40


upsolar smart modules€¦ · upsolar smart modules ... smart modules 2.9 kwp 2.77 kwp ... smart...

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