product management, rev. february 2018 pvs … · pvs-100/120-tl the largest 1000vdc string...

PRODUCT MANAGEMENT, REV. FEBRUARY 2018

PVS-100/120-TL The largest 1000Vdc string inverter in the solar industry

Andrea Genovesi, Gianluca Marri, Marco Trova, Arttu Rantala

March 5, 2018 Slide 2

Introduction

Value Proposition

Datasheet, available models & ordering codes

Efficiency, P-Q Capability, Temperature & Voltage Deratings

Improve Safety, Availability and Fault Segregation Capabilities of your PV System

Installation Guidelines

Advanced Communication Capabilities

«Web User Interface» & «ABB Installer» for Solar Inverters

Agenda

ABB – PVS-100/ PVS-120


Introduction

Value Proposition


Efficiency, P-Q Capability, Temperature & Voltage Deratings





Agenda



New cost effective high power platform


– Reduced CAPEX—high power density

– Reduced OPEX—fast installation and easy configuration, thanks to ABB AbilityTM Platform offering

• Smart communication capabilities, Wi-FI- fast configuration with any laptop/tablet/smart phone

• Integrated data logging and direct connection to ABB cloud

– High reliability—via extensive testing and advanced cooling methods

Application?

– For large commercial/ industrial rooftops and for ground mounted PV installations

Why?

Two box construction



• High power density almost 1000W/kg

• Two box structure (Inverter box ~70 kg, wiring box ~55kg)

• Benefits:

• Two person can manage the mounting of boxes

• Cost saving on logistics

• Wiring box/ inverter box can be stocked separately

• Future local variants of wiring box possible

869 mm

1086 mm419 mm

Dimensions

Power module

Wiring Box

Complete portfolio



30kW 100kW 1MW 5MW 20MW+

Complete portfolio benefits:

- With higher power inverters further cost effectiveness and savings in balance of system cost

- Use smaller inverter to fill in the corners of the plant


Introduction

Value Proposition


Efficency, P-Q Capability, Temperature & Voltage Deratings





Agenda


VALUE PROPOSITION – Six in One



• Power dense

• Installer friendly

• Versatile

• All-in-One, combiner-free design

• ABB Ability

• O&M friendly

Six in ONE

“O&M f riendly edit abile”

SIX in ONE




The larger capacity on the market for a 1000Vdc string inverter!

Less inverters are required to complete the optimal power block

Reduced logistic and installation costs

POWER DENSE


SIX in ONE

From 3 Boxes to

a single Box

AC

DENSE



2,4 MW Power Block Lay-out

COMMON DATA

Installed DC Power [kWp] 2976

PV module Type

Poly

72cells

310Wp

Panels in series 20

Total number of strings 480

• N° 20 x PVS-120: 24 strings for each inverter

or

• N° 40 x 60kVA Inverter: 12 strings for each inverter (ref. TRIO-60.0-TM)

DENSE




60kW Inverter solution PVS-120 inverter solution

MV station

60kW Inverter

PVS-120

• N° 40 inverter / 120MPPT• N° 20 AC recombiner box

• N° 20 inverter / 120MPPTAC Box

AC

AC AC

AC AC

AC AC

AC AC

AC AC

AC AC

AC AC

AC AC

AC

AC AC

AC

DENSE




60kW Inverter solution PVS-120 inverter solution

MV station

60kW Inverter

PVS-120

• N° 40 inverter / 120MPPT • N° 20 AC recombiner box

• N° 20 inverter / 120MPPTAC Box

AC

AC AC

AC AC

AC AC

AC AC

AC AC

AC AC

AC AC

AC AC

AC

AC AC

AC

Saving:

• 50% less inverters

• Reducing cost for logistics and installation up to 50%

Saving:

• Avoid cost for AC recombiner box (up to 0,35 €cent/W saving)

• Avoid cost for logistics and installation




The easier to install for a product of its category!.

Same as installing a DC string combiner box. The PV module’s mounting structure can be used to install the inverters

Saving time and cost on logistics and site preparation (no heavy trucks and no concrete foundations required)

Operational costs reduced by quicker installation via Installation wizard, installer app and wireless access with any laptop and mobile device

INSTALLER FRIENDLY


SIX in ONE

INSTALLER FRIENDLY


March 5, 2018 Slide 14March 5, 2018 Slide 14

Mounting Bracket: 3 pieces simple to assemble

PVS 120.avi

PVS 120.avi

PVS 120.avi

PVS 120.avi

PVS 120.avi

PVS 120.avi

PVS 120.avi

PVS 120.avi

INSTALLER FRIENDLY


March 5, 2018 Slide 15March 5, 2018 Slide 15

Two Boxes (Wiring Box and Inverter Box): Easy to install on the bracket

Click

Toggle Clamps on both sides



Fast installation, service friendly

– Fast opening of cover with key

– PV quick connectors for fast installations

– Wi-Fi for WebUI access

– Benefits

• Reduced time for cabling, fuse/ SPD check (AC, Comm wiring)

• Configuration via Wi-Fi without the need to open covers reduces risk of water leak inside the inverter

• Reduced time to repair (i.e. consumables fuses, SPD)

• Repair on site concept—fast and cost effective repair at site or close to the site

Installer and maintenance friendly mechanical design

Key




Multi-mppt (6) wide input voltage range platform

Larger capacity comes without compromising the inherent flexibility and versatility which is typical of smaller string inverters

Design-friendly inverter, can be easily adapted for any application in commercial rooftop and free fieldground mount installations

VERSATILE

Fixed Tilt Mounting

20°

Single-Axis Tracking

60°

East-West Mounting


SIX in ONE

VERSATILE


Free Field Ground Mount Installation

L

H

H

L

1

2

3

4

5

6

1

2

3

4

5

6

L

H

M

L

H

M

INVERTERDC/DC

INVERTERDC/DC3 X LANDSCAPE

2 X PORTRAIT

PVS-100/120

PVS-100/120


VERSATILE


Commercial Rooftop Installation

1

2

3

4

5

6

INVERTERDC/DC

WE

E

W

PVS-100/120

24 strings (12 east, 12 west) / 4 each MPPT

20 modules in series, 350Wp

PDC = 168kWp

DC/AC Ratio = 140%





Saving capex and opex costs!

Integrated string combiner box with DC disconnect and the AC wiring compartment

Wide space for wiring and ability to receive large Aluminum cable cross section

Saving the cost of separate DC combiner box and AC 1st

level combiners plus the associated installation costs!

Two combiner models available:

All-In-One / Combiner-Free Design


SIX in ONE

WB-SX2-PVS-100/120-TLWB-SX-PVS-100/120-TL

BASE solution

Save costs

FULL optional

solution



LV/MVTrafoAC

Typical design with two 60kWp string inverters: What we can do with the NEW PVS-100/120 ?




PVS-100/120-TL-POWERMODULE-400

WB-SX2-PVS-100/120-TL

Up to 4x185mmq / 3x185mmq +PE

Up to 24 strings(2x6mmq)

LV/MVTrafo

Typical design with two 60kWp string inverters: What we can do with the NEW PVS-100/120 ?

Integrated string combiner box with DC disconnect and the AC wiring compartment

Saving the cost of separate DC combiner box and AC 1st

level combiners plus the associated installation costs!




AC

What do we mean with

a real “ALL-IN-ONE” combiner?DC Side connections & protections

AC

AC Side connections & protections

Control & Monitoring





ABB Ability


SIX in ONE

Improved user experience in large scale installations (Installer App for plant commissioning, installation wizard,…)

Self-consistent: advanced logging and control capabilities embedded into the inverter, thus improving reliability.

Reduced time on site: Life time free remote cloud services (FW upgrade, asset management, ….)

Proven technology: for better protecting customer’ s investment (TCP/IP, Modbus Sunspec certified , IEC 61850 information model,…)

Future-proof: meet current and future regulatory norms(like Rule 21- Step 2, EC61850, …)

ABB Ability



Internet

Plant Portfolio

Manager

Plant ViewerPlant Viewer

for Mobile

Aurora Vision

TC

P /

IP

Monitoring

FW Upgrade

RS485

VSN800 Weather Station

Meter @ POI

Eth

ern

et

(Mo

db

us

TC

P S

un

sp

ec

Wi-Fi Wi-Fi

Ethernet(Modbus TCP Sunspec)

Installer App

Ethernet

Accounts/ Assets

management

Router / Gateway

Utility

Closed LoopControl

Operations & Maintenance

Protecting Customer Investment

Off-the-Shelf TCP/IP components

Standard technology: no need to educate people

IP protocol is the only one really suitable for IoT

Modbus TCP Sunspec for zero cost integration with third party devices

Compliant with modern regulatory norms (like Rule 21 – Step 2, IEC61850,….)

Multiple data streams and services can run at the same time - Remote monitoring - Plant control (incl. dynamic feed-in) - Remote FW update - Remote parameter’s setting

ABB Ability



Internet

Plant Portfolio

Manager


for Mobile

Aurora Vision CLOUD

Switch

Installer App for Plant

Commissioning

WLAN enabled device for accessingto integrated Web Server

Switch

Minimizing Customer Costs

Accessories directly connected to the inverter: (VSN800 Weather Station, meter, …)

Multi inverter commissioning via Installer App

Integrated Web Server and Wi-Fi channel: parameter’s setting via any WLAN-enabled device

Free of charge access to ABB cloud remote services including: - Remote access to inverter data - Remote FW update - Remote monitoring / Troubleshooting - User and asset management - Reporting and alarming through mobile app and

web portal

Eth

ern

et

Fib

er

RS485




Easy and Basic Maintenance during system operating life

Advanced cooling concept combined with a 2 box design help in preserving the lifetime and minimizing the O&M costs

− Heavy-duty cooling fans, easily removable during scheduled maintenance cycles

− Power module can be easily replaced without removing the wiring box.

O&M friendly


SIX in ONE

O&M friendly


Routine maintenance only includes inspection, cleaning and checks that can be performed without any advanced technical skills

External inspections

Wiring box inspections (PV connectors, AC tightening cable check)


O&M friendly


Smart access to all wiring box protection devices

SPD type II

SPD type II

Fuses Boards

O&M friendly


O&M friendly



Advanced cooling concept

2 independent and separated forced air circuits

• External circuit for power converter:- Cold air from the sides of the unit- Hot air exhaust from the rear

• Internal air recirculation circuit: - cooling of electromechanical components

(inductors, contactors, capacitors, …)- Internal air temperature equalization

N°2 monitored and replaceable internal fans recirculating air inside wiring box & power converter

N°2 monitored and replaceable IP54 fans on both sides

O&M friendly



Advanced cooling concept

2 independent external air circuits:

• Booster on the left side

• Inverter on the right side

Benefits:

• Increased lifetime as temperature of components is kept under control

• Enables vertical and horizontal mounting

• Fans speed modulation, to reduce self consumption and preserve fan lifespan

• Wiring box temperature controlled (minimize thermal stress on fuse and contactor)

O&M friendly


Power module can be easily replaced without removing the wiring box.



Introduction

Value Proposition







Agenda


Data-sheet



Inverter parameters

• 6 Independent MPP / 24 strings

• One string/MPPT supports 30 A fusing to allow 5th string per MPP channel

• PVS-100 (100kW, 400Vac, 3ph 50/60Hz):

• VMPPT = 480 – 850 Vdc

• PVS-120 (120kW, 480Vac, 3ph 50/60Hz):

• VMPPT = 570 – 850 Vdc

User Interface

• Standard LEDs

• Integrated Web User Interface for managing inverter

• IOS and Android installation app for multiple inverter commissioning

• Standard level access to Aurora Vision remote monitoring service

Communication

• 2 x Ethernet;

• Wi-Fi Channel

• 1 x RS485;

• Modbus RTU/TCP (Sunspec compliant);

• Integrated datalogger and direct connection to Aurora Vision remote portal

Construction, weight, volume

• IP66

• Forced Air cooling

• Two box construction

• Mounting vertically/horizontally

• High Power density ~1000W/kg

IP

Efficiency (PVS-120)

• Max. Efficency: 98,9%

• EU Efficency: 98,6%

• CEC Efficency: 98,6%

In/Out protections

• Type 2 Surge arrester (both DC and AC)

• Insulation monitoring control per IEC 62109-2



Components

1. Power module

2. Wiring box

3. Mounting bracket

It is necessary to order 3 components above.

As optionally

4. AC multicore plate for 1+PE cables(as default single core plate for 4+PE cables)

PVS-100/PVS-120 components

“Unipack” codes with package of above components to reduce custom duties are

available as well

1

4

2

3

1

2

3

4



Available options—All integrated

SX version—Cost cut SX2 version—Full version

1. PVS-120-TL-POWER MODULE or PVS-100-TL-POWER MODULE

2. WB-SX-PVS-100-TL or WB-SX-PVS-120-TL

3. MOUNTING BRACKET; PVS-100/120

1. PVS-120-TL-POWER MODULE or PVS-100-TL-POWER MODULE

2. WB-SX2-PVS-100-TL or WB-SX2-PVS-120-TL

3. MOUNTING BRACKET; PVS-100/120

DC input AC output

Wiring boxDC—quick connectors

Input monitoring

Fuses (15A as standard)

DC disconnect switch

DC SPD Type II

AC disconnectswitch

AC SPD Type II

WB-SX-PVS-100-TL / WB-SX-PVS-120-TL

24 chPer

MPPT (6ch)Positive pole only

–

WB-SX2-PVS-100-TL / WB-SX2-PVS-120-TL

24 chPer individual string (24ch)

Both poles

1

2

3

1

2

3


March 5, 2018 * At least one PVS installation and lifting kit required per plantSlide 37

Available PN

PN Model designation Class

3P809900000A PVS-100-TL-POWER MODULE PVS

3P209900000A PVS-120-TL-POWER MODULE PVS

3P47000WB06A WB-SX2-PVS-100-TL/24 INPUTS PVS

3P47000WB07A WB-SX-PVS-100-TL/24 INPUTS PVS

3P47000WB08A WB-SX2-PVS-120-TL/24 INPUTS PVS

3P47000WB09A WB-SX-PVS-120-TL/24 INPUTS PVS

3P510000000A MOUNTING BRACKET Accessory

3P51000J000A AC OUTPUT PANEL M63 FOR WIRING BOX Accessory

3P899901000A PVS-100-TL;SX2;FULL Unipack

3P899902000A PVS-100-TL;SX;FULL Unipack

3P909901000A PVS-120-TL;SX2;FULL Unipack

3P909902000A PVS-120-TL;SX;FULL Unipack

3P51000A000A PVS INSTALLATION AND LIFTING KIT* Accessory

March 5, 2018

1 Single core plate as default 4xM40 + M252 Multi core plate as accessory M63+ M25Slide 38

Cabling—easy access


– 48 PV quick connectors enables fast and secure connection

– 2 DC switches

DC connection

– Single core1 & multicore2 AC cable panels 185mm2 with M10 lug

– Supports long distances (Direct from field to LV switchboard at MVC)

– Cu or Al both supported

– 4W or 3W, no neutral required to operate inverter, savings in cable costs

AC connection

Comm

– 2 x Ethernet (RJ45) + 1 RS-485

DC

AC

COMM

SX2 wiring box details– DC Side, electrical drawings



DC Switch 1DC Switch 2MPPT 1-2-3 (12 PV Quick connectors)MPPT 4-5-6 (12 PV Quick connectors)

SX2 wiring box details



Fuses Boards

SPD Type 2 (DC Side)

Power Supply Board

Optional Pre-Charge Boardor PID Board

SX2 wiring box details – DC Side, electrical drawings



Positive fuse board Negative fuse board DC SPD type 2

SX2 wiring box details – AC Side, electrical drawings



AC Connections terminals (M10 lug)

AC Switch

AC Contactor

(DSP controller)

AC Box cover

AC SPD type 2Monitoring & Control Board

2 x Ethernet (RJ45)

1 x RS485

Remote OFF

SX2 wiring box details – AC Side, connections



• Supports long distances (Direct from field to LV switchboard at MVC)

• Cu or Al both supported

• 4W or 3W, no neutral required to operate inverter, savings in cable costs

• Multi core (M63 + 1xM25 Cable lugs) or Single core (4xM40 + 1xM25 Cable lugs) AC cable panels: 185mm2 with M10 lug.

PE Connection

Control & Monitoring connectionsclamping range: min. ÷ max. cable diameter(*)

M63 25mm 55mm

M40 15mm 28mm

M25 10mm 17mm

M63 M40

(*) Preliminary data


Introduction

Value Proposition







Agenda


Vin ηMAX

ηEuro

ηCEC

570 98,46 98,22 98,21

720 98,87 98,64 98,58

800 98,67 98,46 98,46

10 20 30 40 50 60 70 80 90 100

P/Pn [%]

Efficiency PVS-120

94

95

96

97

98

99

570Vdc

720Vdc

800Vdc

94

95

94.5

95.5

96.5

96

97

98

97.5

99

98.5

η[%

]

PVS-120: Efficiency vs Input Voltage

DC Input Voltage

η[%

]

98.00

98.20

98.40

98.60

98.80

99.00

550 600 650 700 750 800 850

Eta_Max

Eta_CEC

Eta_Euro



System design optimization:

Max efficiency available in the middle of the input operating voltage range

String length can be optimized, while fully exploiting the best inverter performance under typical operating conditions

Performance optimization:

System PR is kept unchanged or furtherincreased as compared to single stageinverters;

Weighted efficiency >98.2% in the input range 570 - 800 Vdc!

Best Performance in the Typical DC Operating Range



Inverter architecture that maximize system PRTcell @ 5°C

22 panels in series / 60cells / 1000W/m2

Tcell @ 75°C

Higher PR

• Similar performance of single stage inverters in the same DC operating range thanks to the bypass function

• No clipping losses at high temperatures, when Vmpp falls below the minimum operating limit of single stage inverters!

DC Power [kW]

DC Voltage [V]

144

120

96

72

48

24

0 100 200 300 400 500 600 700 800 900 1000

DC Power [kW]

0 100 200

Single stage

Double stage

Single stage inverter:

power loss due to

narrow input range

DC Voltage [V]

800 900 1000300 400 500 700600

144

120

96

72

48

24

Input Voltage [V]

ȠT ≈ ȠINVȠT = ȠDC/DC x ȠINV

Bypass modeDouble stage mode

DC/DC Inverter DC/DC Inverter

710V 725V



Output Power derating vs Input Voltage

Secured Energy Yield

1) MPPT range not depending on AC voltage:

MPPT voltage window not affected by AC Voltage fluctuation.

String design can be optimized to match peak inverter efficiency without affecting energy harvest at low irradiance and/or high temperature

2) Smooth high DC voltage derating

DC power is reduced linearly from 100% at 850Vdc to zero at 1000Vdc

No risk of shut-down or MPP locking at near-zero power under cold conditions

Conditions / Ratings PVS-100 PVS-120

Rated AC Voltage [Vacr] 400 V 480 V

Full Power MPPT range 480 … 850 V 570 … 850 V

Maximum MPPT current 6 x 36 A

Maximum AC current 145 A

Output Power vs Input Voltage

200 400 600 800 1000

480 570 850360

20

40

60

80

100

120

78

P [kW]

Vin [V]

PVS-120

PVS-100

PVS-100/ 120




Output Power derating vs Ambient Temperature

Secured Energy Yield:

Inverter suitable for application in harsh environmental conditions.

Performance unaffected by mounting position, either vertical or horizontal

Conditions / Ratings PVS-100 PVS-120

Rated AC Voltage [Vacr] 400 V 480 V

Full Power MPPT range 480 … 850 V 570 … 850 V

Maximum AC current 145 A


Output Power vs Ambient Temperature

20 30 40 50 6020

40

60

80

100

120

P [kW]

Tamb [°C]

PVS-120

PVS-100


Introduction

Value Proposition







Agenda


Improve Safety, Availability and Fault Segregation Capabilities of your PV system



IEC 62109-2 requirements for Non-isolated inverter connected to Ungrounded Array:

1 - Riso (Isolation resistance):Preventive measure (before grid connection) of the insulation resistance to the earth of the PV generator. • Grid connection is only possible if Riso > 33 KOhm.

2 - GFI (ground fault interface):Real-time monitoring of earth leakage current (AC + DC component) equivalent to an advanced RCD. Two protections are needed:

a. Disconnect within 0,3s if the continuous residual current exceeds maximum 10 mA per kVA of rated continuous output power

b. Disconnect from the mains within the time specified if a sudden increase in the RMS residual current is detected exceeding the values listed in the table.

Continuous residual current max. Value

PVS-100 1A

PVS-120 1,2A

Residual current sudden change

Max. Time to inverter disconnection from the mains

30mA 0,3s

60mA 0,15s

150mA 0,04s


Introduction

Value Proposition







Agenda


Distribution Systems



TN-S: MV/LV transformer with star configuration; N and PE are separate conductors conductor

\

L1

L2

L3

N NPE

L1

L2

L3

PE

MV/LV transformer

Both 3 or 4 Wiring connection are permitted.Inverter automatically recognize the system.



\

L1

L2

L3

PEN

L1

L2

L3

PEN

MV/LV transformer

TN-C: MV/LV transformer with star configuration; N and PE are the same conductor

Distribution Systems

TN-C-S: is also permitted

TT: MV/LV transformer star configuration; PE (building connection point). Not compatible with this size of inverters (use of high sensitive RCD)

IT: MV/LV transformer, no earthingnot permitted AC system! (corner ground is not supported either)

Both 3 or 4 Wiring connection are permitted.Inverter automatically recognize the system.

Horizontal and vertical mounting



• Same bracket can be used in vertical and horizontal positions

• Wiring box is installed at first and then power module

• Power module can be easily replaced without removing the wiring box

Mounting bracket

Minimum & recommended clearances – wall mounting



(*): Increase according to minimum cable’s bending radius

PRELIMINARY



(*): Recommended clearance to prevent flooding and cable damage during grass trimming. This maybe reduced (> 15cm) if grass trimming and flooding do not represent a risk;Increase according to minimum cable’s bending radius, if needed

Minimum & recommended clearances – free field mounting

PRELIMINARY



Minimum & recommended clearances: horizontal and back to back mounting

(*): Clearance may be reduced if an air deflector or decoupling plate is installed

Horizontal mounting Back to Back mounting

PRELIMINARY


March 5, 2018 PRELIMINARYSlide 59

Maximum tilt angles

A minimum of 5° is recommended for water drainage


Introduction

Value Proposition







Agenda


Overview – New Communication Features!



• Wireless and Ethernet field network - Fast, low cost, industry standard IP communications.

• Ethernet daisy chain support - Reduces installation time enabling advanced closed loop control applications.

• Inverter Installer App – Simplifies the inverter installation process and reduces installation time/costs.

• Integrated Web User Interface – with installation wizard and advanced parameter settings and diagnostic

100/120kVA 1000VDC string inverter



Communication Interfaces

Integrated Wi-Fi (IEEE 802.11 b/g/n @ 2.4 GHz)• 2 radio channels integrated• Touch-free inverter commissioning • Wirelessly accessing to the inverter WUI• Station mode setting for transferring data to cloud

2 x Ethernet ports • 10/100 Mbit/s (RJ45 plug )• Configured for daisy chain layout connection

(Linear or ring shape topology)• Suitable also for radial layout connection • Remote monitoring and FW update without the

need of installing any additional device

1 x RS485 port• Master and slave setting• Recommended for direct connection of accessories

(i.e. meteo station, etc…)

Communication interfaces

Ethernet field bus (Daisy Chain, ring shaped or radial layout)



Standard Ethernet cable:• Cross-section: min. 2 x 2 x 0.22 mm2

or min. 2 x 2 x AWG 24• Cable type: 100BaseTx, CAT5 with shielding

S-UTP, F-UTP or higher• UV-resistant if used outdoor• Plug type: RJ45

Three different topologies:1. Daisy chain over Ethernet cable

(max 100m inverter to inverter distance)2. Ring shaped layout for improving service

continuity also in case of inverter failure3. Radial layout

(max 100m inverter to switch distance)

< 1

00

m

Ethernet switch

Internet

Plant Portfolio

Manager


for Mobile

Aurora Vision

1

2

3

Communication over Ethernet


Introduction

Value Proposition







Agenda


Commissioning and inverter setting



− Automatic setting up of the communication after the turning on of all the inverters connected by Ethernet cable (with or without DHCP server)

− Installer App for commissioning the entire plant (up to 50 inverters over the same LAN)

− Single inverter settings via Wi-Fi / AME by any WLAN enabled device

− Network info also available within every single inverter’s Web User Interface

− Accessing to a single inverter’s Web User Interface is also possible from the Ethernet switch(multicast DNS service needed on the switch)

Ethernet switch

Internet

Plant Portfolio

Manager


for Mobile

Aurora VisionCommissioning over Ethernet

‘Installer App’ to reduce plant installation costs


Touch-free Inverter Commissioning

Via Wi-Fi Access Point connection

App compatible with any Android and IOS smartphone and mobile device

Multiple Inverter Installation

Commissioning of the entire plant/cluster (up to 50 inverters over the same LAN)

Optionally scan and track shipped inverters

Smart app manages passcodes to minimize password issues

Fast setup of single or multiple inverters: grid standard, input mode…

that’s it you’re on line!

Simple and Quick Plant Installation Solution


Try it!

abb-installer-for-solar-inverter-storyboard-commissioning-2.mp4



Web User Interface – easy configuration and maintenance operation


WUI – Easy Analysis and Configuration


Commissioning Wizard and FW Upgrade

Simple 4-step guided commissioning process

Local/Remote FW upgrade

Supporting advanced diagnostic

Dashboard – one-page Inverter information

Status summary with all internal key operatingparameters

Detailed analysis for critical operatingparameters (i.e. deratings…)

Event log with reporting and filtering

Supporting advanced inverter setting

DC input and AC protection parameters

Grid Support and Control Functions

ABB three phase string inverter—PVS-100/ PVS-120

More information will follow, stay tunedMarch 5, 2018 Slide 73

Safety & general certificates availability

– CE & RCM mark

– RED Directive

– IEC62116, IEC61727(anti-islanding)

– IEC60068-2-1/2/14/30/78 (Environmental)

– IEC/EN61683 (Efficiency)

As of Feb-18

Grid codes availability

– CEI0-16, CEI0-21 (Italy)

– Turkey HV / Turkey LV

– Jordan_IRR-DCC-MV

– AS4777.2 (Australia)

– VDE-AR-N 4105

– VFR_2014 (France) + UTE C15-712-1

– UK59-3

– Coming soon! BDEW, EN50438, Thailand PEA/MEA, South Korea-60Hz Brazil-60Hz, Dubai

product management, rev. february 2018 pvs … · pvs-100/120-tl the largest 1000vdc string...

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