prod uct catal ogue · power solutions photovoltaic inverters gamesa electric gamesa e-2.25 mva...

TECHNOLOGICAL & GLOBALPOWER SOLUTIONS

PHOTOVOLTAIC I N V E R T E R S

Gamesa Electric Gamesa E-2.25 MVASB-I / SB-O-USGamesa ElectricGamesa E-1.4 MVAGamesa Electric Gamesa E-1.3 MVAGamesa Electric Solar Power StationsGamesa Electric G a m e s a E - P C S

produ c tcatalogue

2 3

index

INTRODUCTION.

PHOTOVOLTAIC INVERTERS:

Gamesa E-2.25 MVA-SB-IGamesa E-2.25 MVA-SB-O-USGamesa E-1.4 MVAGamesa E-1.3 MVAGamesa E-PCS

INTEGRATED SOLUTIONS:

Plug & play Multi-Megawatt PV solutionsSKID solutions. Solutions for the US

POWER PLANT CONTROLLER.

WEB SERVER.

WARRANTY &SERVICE MODULES.

p. 4

p. 7

p. 12p. 14p. 16p. 18p. 20

p. 25

p. 27

p. 31

p. 33

p. 35

p. 37

4 5

Gamesa Electric is a worldwide leader in the design and manufacturing of electrical equipment, with extensive experience in photovoltaics, hydroelectric energy, nuclear power, electric traction, marine propulsion, wind power and energy storage applications, among others. The company provides solutions globally to solve the most demanding market requirements for its customers. In the PV industry Gamesa Electric started back in 1993 with the first central inverter based in IGBTs, now the company has installed more than 2,000 units of central PV inverters worldwide. The latest offering of the company is the “Gamesa E-2.50 MVA SB-I” series, a 2.5 MVA inverter @50ºC based on 1500 Vdc topology.

Over 35 years of specialized in-house design experience in power electronics and a competitive product portfolio have proven Gamesa Electric to be a pioneer in this market worldwide. This experience is in addition to the more than 85 years of expertise in manufacturing electric motors and generators.

As part of the larger Siemens Gamesa Renewable Energy, Gamesa Electric harnesses the technological, operational and financial advantages within the Corporation, including its network of maintenance services over five continents. This structure allows respond to the needs of its customers in the various sectors with flexibility and with optimal solutions.

Product catalogue > Photovoltaic inverters > Introduction

About Gamesa Electric

The company operates in the following sectors:

Photovoltaics.

Wind power.

Hydroelectric energy.

Energy storage.

Marine propulsion.

Alternators for diesel gensets.

FACTs: Statcom.

Electric vehicle charging stations.

Variable Frequency Drives (VFDs) and converters.

Permanent magnet generators and motors.

Railway traction.

Nuclear power.

Industrial motors.

…and many more customized solutions.

Gamesa Electric belongs to Siemens Gamesa Renewable Energy,

a global leader in the wind power industry

75 GW installed

Operating in 90+ countries

Gamesa Electric, our value chain

DesignIntelligent design based on the know-how of Siemens Gamesa Renewable Energy, market leader in renewable energy.

ManufacturingLean manufacturing process implementation across the company global footprint.

QualityThe highest standards of quality, all photovoltaic products are 100% tested before delivering to the customer, including full-load testing.

LogisticsAn extensive logistic network and experience allows Gamesa Electric to deliver its products anywhere in the world.

Start-up and commissioning supportTechnical specialist are available worldwide to support its clients’ project achieve on-time commercial operation.

Power ElectronicsRobust, reliable solutions designed from expertise garnered by thousands of installed units, across hundreds of customers, in a wide range of sites locations and environments.

Grid connectionSolutions engineering to optimize available grid connection as well as support for weak grid connections with enhanced performance

capabilities in dynamic voltage and reactive power control, energy storage, harmonics cancellation and all other grid support functions.

O&MExtensive catalog of services from training to turnkey packages ensure Gamesa Electric customer’s assets operate reliably for their intended life.

Aftersales supportSupport doesn’t stop after the initial sale; the company supplies continual product upgrades, service bulletins and manuals so its products and customers stay current within the market.

6 7

Product catalogue > Photovoltaic inverters

Photovoltaic Inverters

Gamesa Electric has the necessary know-how, experience and resources to offer cutting-edge inverter technology for large-scale grid-connected solar plants. The 2,000+ photovoltaic inverters installed around the world are a fitting testament to their outstanding performance. Such optimum performance is only possible through absolute control of both the technology and the product.

The company began operating in the photovoltaic sector in 1993, when the first 450 kW central photovoltaic inverter was designed and manufactured. The same year, the company rose to the technological forefront through the launch of Europe’s first photovoltaic inverter using 100 kW-capacity IGBT technology, which still remains in operation today.

Since its initial launch Gamesa Electric has continued to expand its footprint to have PV products operating various markets in more than 15 different countries. In 2011, Gamesa Electric celebrated its first PV power plant in India, establishing a strong, early position in a market with huge development potential (in 2016, the company has delivered more than 200 MVA in this country). At the same time Gamesa Electric expanded its operations in Eastern Europe, Latin America, Middle East and Africa.

Gamesa Electric, reliability where it counts

Within the photovoltaic sector, Gamesa Electric specializes in best-in-class central inverters targeted to service large Commercial and Utility Scale Projects with its Gamesa E-2.25 MVA and Gamesa E-1.4 MVA inverters.

Cutting-edge technology combined with substantial operational experience provides its customers with some of the most reliable and advanced inverters designed and manufactured today. This experience is best seen today in the company latest development: Gamesa E-2.25 MVA 1500 Vdc PV inverters (indoor and outdoor, IEC and UL) which join the already balanced portfolio of the Gamesa E-1.4 MVA and Gamesa E-1.3 MVA water-cooled central inverters. These new models are set to become a global benchmark within the field of large-scale plants thanks to their high reliability, innovative technical features, and competitive pricing. Building on more than 20 years of experience in the sector, Gamesa Electric’s central inverters utilize proven designs and state-of-the-art technology needed to meet or exceed even the most stringent grid-connection codes under the most demanding environmental conditions. Gamesa Electric experience ensures the highest levels of quality, reliability and performance regardless of the photovoltaic plant grid connection (both weak or stiff grids).

While a successful power plant starts with product selection knowledgeable, cost-effective, quality service and maintenance keeps it profitable production. The aftersales service solutions provided by Gamesa Electric contain some of the most extensive operation, maintenance and warranties available in the market. Fast, efficient and global aftersales service, including tailor-made local support with superior coverage is available 24/7, 365 days a year. Coupled with a broad spectrum of training programs for those who choose to self-perform, Gamesa Electric helps customer’s maintain the highest levels of availability, maximizing their return on investment.

over 2,000central photovoltaic inverters installed in EUROPE, AFRICA, LATIN AMERICA AND ASIA.

8 9

Gamesa Electric has a comprehensive, CoE (Cost of Energy) optimized, process for designing, manufacturing, operating and maintaining its central solar PV inverters.

The development and application of cutting-edge technologies are balanced against a solutions cost optimized to maximum robustness, reliability and performance of all models. Research, development and innovation intertwined to form an essential DNA of all the processes and products offered by the company. This is continued throughout a product’s value chain as the company strives to achieve higher satisfaction for its customers.

The company product solutions are serviced by an extensive worldwide aftersales service network of employees and partners who understand the advanced control systems and product architecture, minimizing downtime.

8

10 1110

Key Advantages

Utility Scale designed and proved. Reliability and robustness derived from Siemens Gamesa Renewable Energy extensive experience as one of the leading manufacturers in the global wind power sector.

Extended operating range in terms of voltage, frequency, temperature, humidity and altitude, thus ensuring operation in even the most hostile of environments.

Broad range of DC input voltage compatible with the majority of the modules on the market.

Better power quality. Current distortion and THD (Total Harmonic Distortion) management have been optimized with patented algorithms for selective harmonic cancellation.

Reactive power capacity and voltage control capabilities allow a photovoltaic plant mimic a conventional power generation plant. Extremely useful when dealing with strict country grid codes demanding different mode operations at PCC (point of interconnection/control).

Island and AC fault safeguarding to run the equipment in safe conditions.

Grid code compliance is standard. All units are designed to comply with the most stringent grid connection codes, in the most demanding of environmental conditions.

3rd party verified performance. Maximum performance and efficiency maintained throughout the entire product range and conditions, not just under nominal conditions.

Remote diagnosis and monitoring: Webserver: remote monitoring. Ethernet communication: permitting remote

monitoring and intervention.

produ c tcatalogue

12 13

P-Q TABLE

SPECIFICALLY DESIGNED FOR GRID INTEGRATION

Reactive power injection capability across all inductive and capacitive range. The Gamesa E-2.25 MVA-SB-I inverter can work in a 100% Statcom mode.

Night reactive power injection capability without need of additional kits.

Possibility of non-characteristic harmonics cancellation over distort and unbalanced grids thanks to its specific functionality “selective cancelation of harmonics” embedded in its firmware. Oscilloscope function integrated.

Optimal solution for integration in both weak and highly perturbed grids.

As a summary, the inverter complies with the most demanding grid codes all around the world

Additionally, thanks to Gamesa Electric Power Plant Controller any active and reactive power demand can be managed by the complete PV plant at the PCC: control of ramp up/down power injection, control of fix output active power, active power limitation, voltage and power factor control, reactive power control in function of external commands,...

GLOBAL RELIABILITY

Cutting-edge power electronics technology applied to photovoltaic products for high performance, robustness and global reliability, leveraging on the company wind converter’s technology.

Gamesa Electric’s products can be fully integrated within operational capabilities of its international O&M group. With a Siemens Gamesa Renewable Energy service network present over five continents, Gamesa Electric offers aftersales solutions adapted to the needs of its customers in the various sectors, ensuring maximum reliability under the most demanding conditions.

Product catalogue > Photovoltaic inverters > Gamesa E-2.25 MVA-SB-I

STANDARD CONFIGURATION

DC input voltage range up to 1500 Vdc. One of the best efficiencies in the market; maximum

efficiency 99.1% and euro-efficiency 98.8% The advanced hybrid air-water cooling technology

enhances an operational temperature range up to 50ºC without de-rating and up to 60ºC before shut-down.

High altitude operations for PV installations up to 2,000 m without any power de-rating.

High power density with a compact inverter, in terms of size and weight, allowing for cost effective integration of 4.5 MVA (5 MVA at 25ºC) via complete plug & play solutions.

Low kg/W ratio allows reduced logistic costs and unloading expense.

Five thermally isolated compartments, each of them incorporating a specific cooling system, guarantee a very low internal working temperature and enhance power electronics reliability.

Closed liquid cooling circuit for power electronics isolates sensitive components from both dusty and corrosive environments.

Sealed control cards allow the inverter to work in very high humidity and dust environments.

Easy to manufacture, easy to maintain: its modular design allows complete access to components, reducing chances for manufacturing errors and facilitating easier O&M.

Unique control card (CCU), which is common with those installed in Gamesa’s wind generators. With over 5,000 units already installed in wind applications, operating with high MTBF (Mean Time Between Failures), Gamesa Electric’s control system is highly robust and reliable .

Built-in web server for remote monitoring and control.

P-Q TABLE

Temperature

50ºC

40ºC

25ºC

Power Factor

PF=1.00PF=0.95PF=0.90

PF=1.00

PF=1.00

P. Active Power

2,250kW2,140 kW2,025 kW

2,350 kW

2,500 kW

Q. Reactive Power

0 KVAr700 KVAr980 KVAr

0 KVAr

0 KVAr

Note: Other operation points - consult Gamesa Electric.

Gamesa E-2.25 MVA-SB-I

TECHNICAL SPECIFICATIONS

DC input values

Recommended PV-PowerMax. DC Current @ 50ºCMax. DC Current @ 40ºCMax. DC Current @ 25ºCMax. DC short-circuit CurrentDC voltage rangeDC voltage range MPPTNo. of DC portsEnergy production from

AC output values

Nº of phasesNominal AC power @ 50ºCMaximum AC power @ 40ºCMaximum AC power @ 25ºCNominal AC voltage

Voltage allowance rangeFrequency rangePower factorTHD of AC currentMax. AC current

Performance

Max. EfficiencyEuro-efficiencyStand-by power consumption

Other features

LVRT/HVRTPermissible ambient temperatureRelative humidityMax. Altitude without deratingDimensions (width x height x depth) WeightProtectionCooling

Main standards

IEC 61000-6-2 / IEC 62109-1 / IEC 62116 / EN 55011 IEC 62109-2 / IEC 61683For more information, please contact Gamesa Electric.

3,000 kWp2,800 A2,880 A2,920 A3,600 A900 - 1,500 V900 - 1,300 VUp to 240.5% Pn approx.

32,250 kVA2,350 kVA2,500 kVAUp to 34.5 kVrms with external transformer-10% / +10%47.5…53/57…63 HzAny<3% @ Pn2,190 Arms

99.1%98.8%< 200 W

Yes-20ºC/+50ºC (+60ºC) (1)

95% (without condensation)2,000 m2,800 x 2,230 x 975 mm2,150 kgIP 20Liquid + Forced air

(1) With derating from +50 to +60ºC.

Interfaces

Standard communication protocol: MODBUS TCP/IP.Physical Ports: Ethernet RJ-45, F. O. CAN Bus, F. O. Interbus.

Protections

Reverse Polarity.DC and AC transient overvoltage.DC and AC shortcircuit.Over-temperature.

Optional solution and kits

DC ground connection kit.Very low temperature (< -20ºC) environment kit.Touch display. Current monitoring at DC inputs.

14 15

Product catalogue > Photovoltaic inverters > Gamesa E-2.25 MVA-SB-O-US

P-Q TABLE

SPECIFICALLY DESIGNED FOR GRID INTEGRATION

Reactive power injection capability across all inductive and capacitive range. The Gamesa E-2.25 MVA-SB-O-US inverter can work in a 100% Statcom mode.

Night reactive power injection capability without need of additional kits.

Possibility of non-characteristic harmonics cancellation over distort and unbalanced grids thanks to its specific functionality “Selective cancelation of harmonics” embedded in its firmware. Oscilloscope function integrated.

Optimal solution for integration in both weak and highly perturbed grids.

As a summary, the inverter complies with the most demanding grid codes all around the world

Additionally, thanks to Gamesa Electric Power Plant Controller any active and reactive power demand can be managed by the complete PV plant at the PCC: control of ramp up/down power injection, control of fix output active power, active power limitation, voltage and power factor control, reactive power control in function of external commands,...

GLOBAL RELIABILITY




DC input voltage range up to 1500 Vdc. UL/CSA certification. Outdoor inverter. Optimized cooling system for power bridges drops load

losses and drastically reduces consumptions. Unique control card (CCU) which is common with those

installed in Gamesa’s wind generators. With over 5,000 units already installed in wind applications, operating with high MTBF (Mean Time Between Failures), Gamesa Electric’s control system is highly robust and reliable.

Forced air cooling driven by variable speed fans minimizes electrical consumption.

Front and rear access to all areas of the inverter

simplifies operation and maintenance tasks. High power density with a compact inverter, in

terms of size and weight, allowing for cost effective integration of up to 4.5 MVA (5 MVA at 25ºC) via complete plug & play skid solutions.

Designed as an outdoor inverter with standard features such as polyurethane reinforced isolated protection and sealed control cards allow the inverter to work in very high humidity and dust environments.

Built-in web server for remote monitoring and control.

Gamesa E-2.25 MVA-SB-O-US

P-Q TABLE

Temperature

50ºC

40ºC

25ºC

Power Factor

PF=1.00PF=0.95PF=0.90

PF=1.00

PF=1.00

P. Active Power

2,250kW2,140 kW2,025 kW

2,350 kW

2,500 kW

Q. Reactive Power


0 KVAr

0 KVAr



DC input values

Recommended rated powerMax. DC Current (122ºF / 50ºC)Direct Current voltage rangeDC MPPT voltage rangeNo. of DC portsStart of production

AC output values

Nº of phasesNominal AC power (122ºF / 50ºC)Maximum AC power (104ºF / 40ºC)Maximum AC power (77ºF / 25ºC)Nominal AC voltageVoltage allowance rangeFrequency rangePower factorTHD of AC currentNominal AC current per phaseMax. AC current per phase

Performance

Max. performanceEuropean performanceStand-by power consumption

Other features

LVRT/HVRTPermissible ambient temperatureRelative humidityMax. AltitudeSize (width x height x depth) WeightProtection degreeCooling

Main standards

UL 1741: 2010 / UL 62109-1 / IEEE1547 / IEC 61000-6-2IEC 62109-1 / IEC 62116 / C22.2 No.107.1-01:2001 / NEC 2014EN 55011 / IEC 62109-2 / IEC 61683For more information, please contact Gamesa Electric.

2,500-2,700 kWp2,500 A935 - 1,500 V935 - 1,250 VUp to 240,5% Pn approx.

32,250 kVA2,350 kVA2,500 kVA660 Vrms-10% / +10%47.5…53/57…63 HzAny<3% @ Pn1,970 A2,190 A

98.5%98.2%< 200 W

Yes-20ºC/+50ºC (+60ºC) (1)

95% (without condensation)2,000 m3,250 x 2,200 x 1,000 mm2,500 kgNEMA 3RForced air

(1) With derating from +122 to +140ºF (50 to 60ºC).

Interfaces

Standard communication protocol: MODBUS TCP/IP.Physical Ports: Ethernet RJ-45, F. O. CAN Bus, F. O. Interbus.

Protections

Reverse Polarity.DC and AC transient overvoltage.DC and AC shortcircuit.Over-temperature.


DC ground connection kit.Very low temperature (< -20ºC) environment kit.Touch display.Current monitoring at DC inputs.

16 17

Gamesa E-1.4 MVA

Product catalogue > Photovoltaic inverters > Gamesa E-1.4 MVA

Grid code compliance oriented. Voltage and power stabilizer: advanced controls for both active and reactive power: fast ramp-up (active & reactive), power factor stabilization, voltage stabilization, optional full reactive current injection at night (Statcom mode), active power regulation.

Possibility of supplying Power Plant Controllers (PPC), to manage simultaneously various PV inverters and ensure grid code connection requirements at the PV plant Point of Common Coupling (PCC).

Hybrid liquid and air cooling technology enhances operational temperature range: up to 50ºC (122ºF) without de-rating and up to 65ºC (149ºF) before shut-down.

Specific cooling system divided in five different compartments in order to suction with no dusting concerns and work at lower temperature rise in the cabinet (reliable electronics).

Easy to transport and to install: compact solutions housed in ISO containers (20ft or 40ft).

Exceptional performance in the harshest, most demanding environments.

Easy to manufacture, easy to maintain: modular design eases access to components and facilitates maintenance.


DC input values

Recommended rated powerMax. Direct Current @ 50ºCDirect Current voltage rangeDC MPPT voltage rangeNo. of DC inputsMax. cable section per inputStart of production

AC output values

Nº of phasesApparent powerAC Active Power @ PF 1 & 50ºCNominal AC voltageVoltage allowance rangeOutput frequencyPower FactorTHD of AC currentMax. AC current per phase @ 50ºCMax. AC current per phase @ 25ºCSection max. cable per phase

Performance

Max. performanceEuropean performanceCalifornian efficiencyPower consumption on Stand-by

Other features

MPPTLVRTPermissible ambient temperatureRelative humidityMax. AltitudeSize (width x height x depth) WeightHeat Exchanger sizeProtection degreeCooling

Main standards

EN 61000-6-2, EN 61000-6-4, EN 50178, CE Marking.For more information, please contact Gamesa Electric.

1,400-1,800 kWp2,100 A590 - 1,000 V590 - 910 V122 x 300 mm2

0.5% Pn approx.

31,400 kVA1,370 kW400 Vrms-15 % / +10%50Hz/60HzSee P-Q table<3% @ Pn2020 Arms2165 Arms6 x 300 mm2

98.6%98.4%98.4%< 200 W

2Yes -20ºC / +50ºC (65ºC) (1)

95% (without condensation)3,000 m without derating2,450 x 1,840 x 1,035 mm1,800 kg1,000 x 1,200 x 1,000 mmIP–20, indoorWater & Forced air

(1) With derating (graph at your disposal).

P-Q TABLE

SPECIFICALLY DESIGNED FOR GRID INTEGRACION

Outstanding reactive power capabilities – see P-Q Table. Complies with the strictest grid connections codes

including voltage dips of different countries (Germany, Jordan, UK/Scotland, Spain, Philippines, Chili, Puerto Rico,…) – voltage dips up to 100% for 1 second and nominal reactive current injection during voltage dips.

Designed for integration over weak grids and with high perturbations. Possibility of non-characteristic harmonics cancellation over distort and unbalanced grids thanks to its specific functionality “selective

cancelation of harmonics” embedded in its firmware.

Oscilloscope function integrated.

ADDITIONAL FEATURES

Two independent Max Power Point Trackers (MPPT) which optimize the energy harvesting and increase overall efficiency.

Touch screen of the inverter in several languages. Built-in web server for remote monitoring and control.

GLOBAL RELIABILITY

Cutting-edge power electronics technology applied to photovoltaic products for high performance, robustness and global reliability, leveraging on our wind converter’s technology.


Interfaces

Touch display.Communication protocol.MODBUS-TCP IP.TCP-IP Connection.Ethernet (CAN/PROFIBUS, etc).

Protections

Reverse polarity.DC and AC transient overvoltage.DC and AC shortcircuit.Overtemperature.

Anti-Islanding protection.Correct phase sequence.AC overload.Without transformer.


Configurable DC cabinet – up to 12 DC fuses (positive pole).Dehumidifying Kit for humidity environments.DC ground connection kit.


P-Q TABLE

Temperature

50ºC

40ºC

25ºC

Power Factor

PF=1PF=0.95PF=0.9

PF=1

PF=1

P. Active Power

1,370 kW1,330 kW1,250 kW

1,400 kW

1,500 kW

Q. Reactive Power


0 KVAr

0 KVAr


18 19

Maximum reliability and robustness, underpinned by Gamesa’s experience in the demanding wind power sector.

Highly competitive CoE, based on technological innovation and continual improvement.

Designed for simple maintenance.

Designed to comply with the most stringent grid connection codes in even the most demanding of environmental conditions.

High power density. Compact solutions housed in ISO containers (20ft or 40ft).


DC input values

Recommended rated powerMax. Direct CurrentDirect Current voltage rangeDC MPPT voltage rangeNo. of DC inputsMax. cable section per inputStart of production

AC output values

Apparent powerNo. of phasesRated AC powerMaximum AC powerRated AC voltageAC voltage rangeOutput frequency rangePower factorAC harmonic distortion (THD)Rated AC per phaseMax. AC per phaseMax. AC cable section per phase

Performance

Max. performanceEuropean performanceCalifornian-efficiencyPower consumption on Stand-by

Other features

MPPTLVRTTemperature rangeRelative humidityMax. AltitudeSize (length x height x depth)Heat Exchanger sizeWeightProtection degreeCooling

Main standards

EN 61000-6-2, EN 61000-6-4, EN 50178, CE Marking, CGC.For more information, please contact Gamesa Electric.

1,300 kWp1,800 A570 - 1,000 V570 - 910 V122 x 300 mm2

0.5% Pn approx.

1,300 kVA31,000 kW1,100 kW (1)

360 Vrms-15% / +10%47.5...53/57...63 Hz0.76 IND - 0.76 CAP<3%@Pn1,600 Arms @ PF=12,100 Arms @ -15%V PF=0.94 x 300 mm2

98.6%98.4%98.4%< 200 W

2Yes-20°C/+50°C (+65°C) (2)

95% (without condensation)3,000 m without derating2,450 x 1,840 x 1,035 mm1,000 x 1,200 x 1,000 mm1,700 kgIP 20, interiorWater and Forced Air (3)

(1) Under rated conditions. (2) With reduced power. (3) Pipes and heat exchanger included with supply.

Gamesa E-1.3 MVA

VALIDATED EXPERIENCE & CUTTING-EDGE TECHNOLOGY

The Gamesa E-1.3 MVA liquid-cooled central inverter has inherited the technological concepts developed in the Gamesa E-630 kW, E-500 kW and E-100 kW central inverters throughout more than 20 years of experience. It presents the necessary improvements and technology to conform to the most demanding international grid-connection codes and facilitate the integration of photovoltaic plants in weak grids.

With unit capacity of 1.1 MW, this new model reduces the cost/kW, offering modular solutions housed in ISO containers (20ft or 40ft).

GLOBAL RELIABILITY




Product catalogue > Photovoltaic inverters > Gamesa E-1.3 MVA

20 21

Product catalogue > Gamesa E-PCS

Gamesa E-PCS

* For further information on our EMSs, please contact Gamesa Electric.

Medium Voltage Grid

Wind/PV Plant

Gamesa Converter

Gamesa E-Inverter

Power Plant Controller (EMS)

Local Consumptions

Optional

Reactor bank

Capacitor bank

Optional

Optional

Optional

Energy flow

Energy flow

Grid Operator, SCADA and Client connections

PCC (point of common coupling)

Control and monitoring

Reactive flow

Energy flow

Gamesa E-PCS

Diesel Generator

Gamesa E-Statcom

- +Battery

Bank

Reactive flow

Reactive flow

Reactive flow

Reactive flow

Energy flow

Energy flow

Reactive flow

Reactive flow

Advanced markets have challenging problems which need advanced solutions. Gamesa Electric’s Power Conversion System (“battery charger” or “bi-directional inverter”) for ESSs (Energy Storage Systems), is the product designed with these challenges in mind. This optimized PCS solution can be used with a wide direct voltage input range and an even wider range of battery technologies (Li-Ion, Lead-acid, Zinc-Air, Ni-Cd, flow, supercapacitors).

Modular and flexible, this solution takes advantage of Gamesa Electric’s knowledge of power electronic equipment and controls for a variety of applications (wind, solar, power quality, marine propulsion, industrial drive applications) in order to provide any storage system with the best possible performance in any of the following:

Constant output power control (to dampen active power oscillations).

Control of active power ramps. Frequency regulation. Peak shaving. Time shifting. Active power reserve. Additional functions for reactive control - regulation of

reactive power, power factor, or voltage.

The Gamesa E-PCS control facilities communication between integrated management system of the battery (BMS - Battery Management System) and the power plant’s master regulation system (EMS - Energy Management System), through the most popular open communication protocols. Augmented with dynamic regulation loops, Gamesa E-PCS ensures rapid response to the commands that are received and ensures the desired outcome is achieved.

COMPLEX CONTROLS

For advanced energy storage projects which incorporate multiple power sources Gamesa Electric also has the capability and experience in the development of customized plant control systems (EMS*), in order to efficiently coordinate the energy storage system with:

Different generators of active and/or reactive power (photovoltaic solar inverters, wind turbines, diesel generator sets, statcoms, capacitor banks, inductor banks, etc.).

SCADA for complete power plant monitoring. Grid integration & controls which ensure the plant

complies with the most demanding international grid codes, in terms of power quality of the energy generated and stability of the supply.

(1) Tamb < 25ºC.(2) Derated power.

Please, consult your specific project requirements with Gamesa Electric to obtain the maximum power capabilities of the PCS.


Gamesa E-PCS 1.85 MW



DC Input

Nominal Battery PowerMax. DC CurrentBattery Voltage range Nº of Battery portsMax. Wire Cross Section per portFuses and manual switch

AC Output

Nº of phasesNominal AC PowerMax. AC PowerNominal AC voltageVoltage allowance rangeOutput frequencyPower FactorTHD of AC currentNominal AC current per phaseMax. AC current per phase

Efficiency

Max. EfficiencyStand-by power consumption

Other Features

LVRTPermissible ambient temperatureRelative humidityMax. AltitudeDimensions (width x height x depth)Water cooler dimensionsWeightProtectionCooling

Interfaces

Touch displayCommunication protocol MODBUS-TCP IPWebserver

2,000 kW2,300 A (1)

840 - 1,100 V122 x 300 mm2

Yes

31,850 kWA2,050 kWA (1)

550 Vrms-10% / +10%47.5…53/57…63 HzAny<3% @ Pn1,970 Arms2,300 Arms (1)

> 98%< 200 W

Yes -20ºC/+50ºC (+65ºC (2))95% (without condensation)3,000 m2,450 x 1,840 x 975 mm1,000 x 1,200 x 600 mm1,800 KgIP 20, indoorWater & Forced air

Included

Yes Yes Yes

1,700 kW2,300 A (1)

710 - 1,100 V122 x 300 mm2

Yes

31,550 kWA1,700 kWA (1)


> 98%< 200 W


Included

Yes Yes Yes

1,300 kW2,300 A (1)

525 - 1,100 V122 x 300 mm2

Yes

31,150 kWA1,250 kWA (1)


> 98%< 200 W


Included

Yes Yes Yes

Gamesa Electric integrates its Gamesa E-PCS into pre-fabricated “plug and play” solutions (Standard ISO containers) that are customizable to the needs of each client (number of Gamesa E-PCS converters, step-up transformers, MV protection switchgear, etc.), minimizing logistic costs and on-site installation activities.

22 23

Gamesa Electric provides plug & play solutions encompassing its inverters, LV/MV transformers (both dry and oil filled), switchgears and accessories. These power stations are adapted to each country to ensure compliance to specific local regulations and/or customer specifications.

Installations are made easy with a true “plug & play” finished product. As built, a customer needs only to connect the DC input cables to the inverter DC panel and the AC output cables to the switchgear and finally commission to be online.

Best of all, the company plug & play solutions include the same comprehensive Operations & Maintenance support all backed by Gamesa Electric’s warranty.

22

24 2524

integratedsoluti o n s

26 27

For those customer’s looking for a complete power station Gamesa Electric provides its photovoltaic (PV) inverters fully integrated into plug & play solutions. These power stations come with inverters, LV/MV transformers (both dry and oil-filled), switchgears and accessories, ensuring for system compatibility, simplified installation and highest standards of quality.

Product catalogue > Integrated solutions > Plug & play Multi-Megawatt PV solutions

Gamesa Electric plug & play solutions are the ultimate option for large photovoltaic arrays.

Designed for customers who wish to have a guaranteed comprehensive solution, these photovoltaic power stations are fully integrated in ready-to-use buildings or skid solutions.

A complete MV solution which includes the photovoltaic inverters, transformer, switchgear and monitoring hardware.

Furthermore, Gamesa Electric can provide customers with customized configurations upon request: metallic or concrete prefabricated building, metallic skid, oil-filled or dry transformers, MV switchgear, pad-mounted transformer, indoor or outdoor hardware and software for remote monitoring of the photovoltaic array, etc. An extensive portfolio of flexible solutions adapted to customers’ needs on five continents and in full compliance with specific local regulations.

With the new 1500 Vdc PV inverters the nominal power of Gamesa Electric’s PV power stations has increased significantly vs. the 1000 Vdc product, as demanded by the market.

Plug & play Multi-Megawatt PV solutions

28 29

Plug & play Containerized solutionsThe Gamesa Electric PV power stations specified as plug & play containerized solutions can range from 1 MW up to 5 MW capacities utilizing either 1000 & 1500 Vdc liquid cooled inverters.

Fully adaptable to the regulations of each country and configurable to meet specific local regulations these PV power stations ensure the highest degree of reliability and performance at all times. As a true plug & play solution only connections of DC cabling from the DC field and the AC cabling to the MV switchgear is needed on-site. All other connections come pre-terminated & connected from the factory reducing risk and time of on-site installation.

The company offers solutions in standard 20 and 40-ft ISO containers for maritime transport, thus reducing logistics costs and simplifying customs procedures.

Gamesa Electric metallic solutions are customized to include different levels of thermal insulation to best suit the local environmental conditions at each particular

photovoltaic site. As an added option, the container is well fit to withstand high sand and dust environments, seismic loads or strong wind speed.

Delta temperature in between inside and outside container is really minimized due to all dissipated heat is pushed forward outside container.

SINGLE LINE DIAGRAM

Product catalogue > Integrated solutions > Plug & play containerized solutionsProduct catalogue > Integrated solutions > Plug & play Multi-Megawatt PV solutions

THE ULTIMATE “PORTABLE” METALLIC SOLUTION

Photovoltaic inverters. High performance state-of-art technology reliable and well tested. Superior MPPT tracking system ensures the plant’s production is optimal on a day to day basis. Robustness, reliability and high performance with every grid code are the three defining aspects of Gamesa Electric’s photovoltaic inverters.

MV transformer. Dry/oil technology with reduced maintenance requirements and optimized for the best performance throughout the lifetime of the plant. Option for open or closed enclosure for transformer.

MV switchgears included for an automatic and safe grid connection and protection. This practically maintenance-free system comes in compact and flexible design that allows for a versatile switchgear configuration.

Monitoring and control hardware integration. Industrial standard Ethernet ports are provided which allow connection both locally and remotely via Modbus with the inverter. Gamesa E-PV Station is able to provide PV plant controller as an option upon client requirement.

Outdoor installation. No other construction required than the installation of the container. The cabin is

composed by an ISO container for marine use (marine steel).

Fast connection. Easy access for DC and AC power cable entry. All the internal power wiring already routed, connected and checked.

Thermal insulation of the container (enables operation in harsh temperature and humidity environments). The interior of the cabin includes a thermal insulation in order to reduce the effects of the temperature.

Fast commissioning. Solar plants with installed peak power of several megawatts require intensive project management and time investment. Gamesa E-PV Station enables rapid deployment by reducing time and enabling ease of installation for megawatt scale grid-connected solar systems. The PV Stations are fully tested to reduce commissioning time. The solution can be easily transported and deployed at site.

Customized. The container features can be customized to any environmental and climatological condition as temperature, seismic, sand, salt...

Containerized solutions:

from 1 MW to 5 MW compact power stations

30 31

To meet the unique needs for the US market, Gamesa Electric is pleased to offer a tailored solution which optimizes power station cost and performance.

While typical power station utilizes a containerized indoor inverters, step-up transformer and medium-voltage switchgear, the US power station is designed and built for outdoor operations.

Remaining true to the company plug & play philosophy, the power station is supplied on single base (skid) containing outdoor rated inverters, switchgear and pad-mounted transformers. Designed and manufactured transportable without disassembly, each power station is fully tested prior to shipment to ensure the highest quality and to minimize on-site installation work.

The US power station can be supplied with either one or two outdoor inverters per skid without exceeding standard DOT width requirements and the station is configurable with customer pad-mounted transformer preferences.

The Gamesa Electric PV power stations specified as plug & play SKID solutions can range from 2.25 MW up to 5 MW capacities utilizing either one or two 1500 Vdc outdoor inverters.

Product catalogue > Integrated solutions > Plug & play containerized solutions > SKID solutions. Solutions for the US

SKID solutionsSolutions for the US

32 33

Power Plant Controller (PPC) Gamesa Electric PV inverters have a very flexible and dynamic hardware/software circuitry that allows operation far beyond of the limits imposed by international standards. Although the inverters are normally configured to meet standard applications (i.e. official grid codes, maximum production of active power, …) it is possible upon client or grid operator requests to modify these standard setups to overcome problems related with low quality grids or to provide grid stability capabilities.

The set of control equipment required to carry-out the above listed characteristics is called Gamesa Electric Power Plant Controller.

In order to improve the grid quality, grid operators are increasingly demanding to new PV plants higher and higher technical requirements: On-demand active and reactive power generation capability

in order to match grid power generation and consumptions. Capability of power factor regulation at PCC. The inverters

shall regulate reactive current in order to match the power factor required by the operator at PCC.

Capability of voltage regulation at PCC. The inverters shall regulate reactive current in order to normally obtain a PCC voltage of 1 p.u.

Reactive current injection during voltage dips or immediately after the voltage dip.

Reactive power injection/absorption at nights. Control of active power – frequency regulation, ramp-up

control… Occasionally control of additional equipment as capacitor/

inductor bank or Statcom units could be required to fulfill the above referred requirements. A new trend is the requirement of energy storage capability, actually required by some grid operators. Battery chargers and battery banks should also be controlled in this scenario.

Gamesa Electric’s Power Plant Controller paired with Gamesa E-PV inverters, Gamesa E-Statcom and Gamesa E-PCSs (bi-directional inverters for energy storage systems) can perform all these requirements.

Product catalogue > Photovoltaic inverters > Power Plant Controller (PPC)

Power Plant Controller (PPC)

PCC (point of common coupling) 110 kV grid transmission lines

Gamesa E-Inverter

Gamesa E-Inverter

Gamesa E-Inverter

Gamesa E-Inverter

Photovoltaic Power Plant

LV MV MV LV

LV MV MV LV

Inverter Central and Monitoring Bus

20 kV grid transmission lines

Voltage measure

Current line measure

SCADA and Client connection

Voltage measure Control loop for: - Reactive power - Power factor - Voltage

Reactor bank

Optional Optional Optional Optional

Capacitor bank

Gamesa E-Statcom Gamesa E-PCS

Reactive Elements Control Bus

- +Battery

Bank

LV LV

MV MV

34 35

Each Gamesa E-PV inverter or Gamesa E-PCS has a Webserver platform accessible by introducing the Internet Protocol address (IP address) of the equipment in a web browser. If no internet connection is available with the inverter, the Webserver is accessible through a laptop connected to the inverter with an Ethernet cable.

The Webserver allows both remote control and remote monitoring.

The remote control actions that can be managed through the Webserver are:

Start/stop the inverter. Define the power factor. Define a maximum limit to the active power.

The remote monitoring shows the most important variables of the inverter in real time (electrical parameters, thermal parameters, warnings and alarms) and shows also plots and graphs of the active power, reactive power and energy generated.

All this information can be sent to customer SCADA for analysis and data record through open communication protocols.

The Webserver is a very useful tool for those plants were there is no plant SCADA installed, or during the commissioning of the PV plants when the plant SCADA is not yet installed, or in those cases when the plant SCADA is out of order.

Product catalogue > Photovoltaic inverters > Monitoring system

Webserver (PV inverter or PCS monitoring system)

36 3736

Warranties& Services

38 39

BASIC WARRANTY: INVERTER FACTORY WARRANTY

5 year warranty in accordance with our factory standard conditions.

SPARE PARTS MODULE

This warranty option is suitable when the client has technicians in its company with sufficient know-how and want to be trained to repair the inverter and only needs availability of spare parts on-site.

This module ensures that the client has the spare parts required to repair the inverter, throughout the life of its PV plant.

Gamesa Electric will also give a First & Second Level training course at the PV inverters manufacturing plant, to enable the client to repair the inverter faster and more efficiently.

Clients will also benefit from access to future improvements of the spare parts of the inverter.

This module includes:

List of recommended spare parts on-site to be acquired by customer.

Recommended spare parts management throughout the contract.

First & Second Level training at the client’s factory. Access to the Gamesa Electric’s website monitoring the

PV inverters of the plant. Access to improvements in spare parts of the inverters. Spare parts warranty extension contract up to the

expected life of the PV plant (25 years).

Product catalogue > Guarantees and Services Modules

Warranty and service modules

Gamesa Electric’s warranty and service modules provide a wide array of service options when it comes time to choose the right program to support your project.

These programs offer flexible choices and allow customer’ to select those services specific to the needs of their photovoltaic plant without contracting unnecessary options.

39

40 41

LTSA MODULE - LONG TERM SERVICE AGREEMENT

This service module is suitable when the client has technicians in its company with sufficient know-how and want to be trained to repair the inverter.

When a fault occurs Gamesa Electric will help to diagnosis the problem. The company will also provide a First & Second Level training course at the PV inverters manufacturing plant, to enable the client to repair the inverter faster and more efficiently. Moreover, the client will have full Level 3 support from Gamesa Electric engineers.

Any future improvements of the spare parts for the inverter are also included.

This module includes:

List of recommended spare parts on-site to be owned by customer.

Spare parts management on-site throughout the contract.

First & Second Level training at our factory. Third Level support on site in case of need provided by

Gamesa Electric Engineers. Access to the Gamesa Electric’s website monitoring the

PV inverters of the plant. Monitoring of the inverter by Gamesa Electric technical

staff to help diagnose the problem. Access to improvements in spare parts of the inverters. Warranty extension contract up to the expected life of

your PV plant (25 years).

MODULE WARRANTY EXTENSION (FULL WARRANTY)

With this service module, the client can have the factory full warranty conditions on site, throughout the life of its PV plant. Gamesa Electric will be responsible for repairing the PV inverter on site, with the necessary spare parts.

Gamesa Electric’s Customer Service organization begins with Siemens Gamesa’s Service Group. With more than 22 years of experience in wind turbine O&M and performance optimization, and a 49 GW global fleet under service contract worldwide, Siemens Gamesa’s global and regional services groups bring together the right skills, experience, people and technology to protect its clients’ investment and optimize the energy production potential of their solar plants.

This module includes: Full factory warranty conditions, on site. Stock in Gamesa Electric factory of sufficient spare parts

throughout the contract. Corrective maintenance on site. Report on the corrective maintenance. First Level training on site. Access to the Gamesa Electric’s website monitoring the

PV Inverters of the plant. Monitoring of the inverter by Gamesa Electric technical staff to help diagnosis the problem.

Provide spare parts according to the particular fault covered by the guarantee.

Access to improvements in the spare parts and sub-systems of the inverters.

Warranty extension contract up to the expected life of the PV plant (25 years).

PF MODULE (PREVENTATIVE MAINTENANCE)

This module helps prevent possible faults and on prolongs the life and quality of life of the inverter:

Thorough inspection and maintenance of inverters on site in terms of cleaning, checking the state and tightening of mechanical devices, temperature checks, control card check and adjustments if necessary.

Replacement of consumables when necessary (fans, filters, etc).

Extensive report with the results and proposals for possible improvements.

A99 MODULE: AVAILABILITY 99%

This module is suitable when the client wants to ensure an availability warranty of the inverters in the PV plant without having to worry about their maintenance. The client wants to be able to forget about maintenance while remaining assured that the PV inverters are producing with a 99% PV plant availability warranty, as long as the expected life of the PV plant.

99% plant availability warranty without having to worry about PV inverters maintenance.

Financial compensation to reach PV plant availability commitment (in terms of PV Inverters).

Access to Gamesa Electric’s website monitoring the PV inverters of the plant.

Note: If you are not installing Gamesa Electric’s monitoring system, another form of access to the inverter will be required if you wish to contract the warranty extensions and service modules. Check the conditions of this warranty extensions and service modules with Gamesa Electric.

Product catalogue > Guarantees and Services Modules

42 43

Gamesa ElectricTHE BEST TECHNOLOGICAL PARTNER FOR YOUR PV PROJECTS

Ramírez de Arellano, 3728043 Madrid - SpainTel. +34 944 037 352

[email protected] www.gamesaelectric.com

In order to minimize the environmental impact, this document has been printed on paper made from 50% pure cellulose fiber (ECF), 40% selected pre-consumer recycled fiber, and 10% post-consumer deinked recycled fiber inks based exclusively on vegetable oils with a minimum volatile organic compound (VOC) content. Varnish based predominantly on natural and renewable raw materials.

The present document, its content, its annexes and/or amendments has been drawn up by Siemens Gamesa Renewable Energy for information purposes only and could be modified without prior notice. All the content of the Document is protected by intellectual and industrial property rights owned by Siemens Gamesa Renewable Energy. The addressee shall not reproduce any of the information, neither totally nor partially.

Printing date: August 2017

AUSTRALIALevel 39 , 385 Bourke Street Melbourne VIC 3000

BRAZILEldorado Business TowerAv. das Nações Unidas, 8.501 l 5º andar Pinheiros, São Paulo - SP Tel: +55 11 3096 4444

CHILEPresidente Riesco 5335 – Piso 9Las Condes - Santiago Tel: +56 (2) 2714 3872

CHINA23/F, Tower 1, Beijing Prosper Center No. 5Guanghua Road,Chaoyang District,Beijing 100020Tel: +86 10 5789 0899Fax: +86 10 5761 1996

EGYPT3, Rd 218 Degla11431 Maadi, CairoTel: +20 225 211 048Fax: +20 225 211 282

FRANCE97 Allée Borodine - Cedre 369800 Saint PriestTel: +33 (0) 4 72 79 49 39

GERMANYRöntgenstraße 2822335 Hamburg FuhlsbüttelTel: +49 40 537 998 440

GREECE9 Adrianiou str,11525 Neo Psychiko, AthensTel: +30 21067 53300Fax: +30 21067 53305

HONG KONGAsia Pacific OceaniaCentral Plaza, 35th Floor18, Harbour RoadHong Kong SARTel: +852 2593 1140

INDIAThe Futura IT Park, B-Block, 8th Floor334, Rajiv Gandhi SalaiSholinganallur, Chennai - 600 119Tel: +91 44 3924 [email protected]

ITALYVia Ostiense 131/LCorpo C1 – 9° piano00154 RomeTel: +39 06 5750531Fax: +39 06 5754735

JAPANTOC Minatomirai Bldg. 10F,1-1-7 Sakuragi-cho, Naka-ku,Yokohama-shi, Kanagawa 231-0062Tel: +81 80 3465 6861

MEXICOTorre MayorPaseo de la Reforma 505, piso 37Col. Cuauhtémoc06500, Ciudad de MéxicoTel: +52 55 50179700

PHILIPPINES22th Floor, The Enterprise Center Tower I1226 Ayala Avenue Makati City PhilippinesTel: +63 917 820 4414

POLANDUl. Galaktyczna 30A80-299 GdanskTel: +48 58 766 62 62Fax: +48 58 766 62 [email protected]

ROMANIA169A Calea Floreasca Street,Building A, 4th Floor,Office no 2069, Sector 1014459 BucarestTel: +40 318 21 24Fax: +40 318 60 21 00

SRI LANKA#51/1, Colombo Road,Kurana, KatunayakeTel: +94 31 2235890

SWEDEN, FINLAND, NORWAYBibilotekstorget 8171 45 Solna (Sweden)Tel: +46 (0) 8 510 668 10

THAILANDSathom Square98 North Sathom Road37/F Sathom Square Silom, BangkokBangkok 10500

TURKEYAstoria, Buyukdere Cad. No. 127Kule A, Kat 10Esentepe, Istambul 34394Tel: +90 212 340 76 00

UNITED KINGDOM, IRELANDGround Floor Duart HouseFinch WayStrathclyde Business ParkBellshill ML4 3PR (UK)[email protected]

UNITED STATES1150 Northbrook DriveTrevose, PA 19053Tel: +1 215 710 3100Fax: +1 267 790 0453

prod uct catal ogue · power solutions photovoltaic inverters gamesa electric gamesa e-2.25 mva...

Documents