Catalogue_2022_Service&Products_V0.1

Solutions for
Energy Generation
and Grid Management

Ready for the Energy Challenges
GPTech

GPTech

Ready for the Energy Challenges

Ready for the Energy Challenges
GPTech

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Corporate Social Responsability

RELIANCE PROFIT CAPACITY

GPTech GPTech GPTech

GPTech,

GPTech

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Sustainable future depends on ethical commitments

GPTech
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UTILITY-SCALE SOLUTIONS

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SmartPV
GPTech SmartPV
SmartPV

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PV installations
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GPTech SmartPV+
SmartPV+

PV installations Restrictive grid
codes
Islanding
conditions Control
requirements
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EnergyReserve

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EnergyReserve

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+ ESS integration System operators
- requirement

Islanding €
conditions
+ Producers
• - Aggregator
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• + Power Plant
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generators needs

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GPTech HybridSystem

HybridSystem
HybridSystem

+ PV+ESS System operators
- requirement
integration

Islanding €
conditions
+ Producers
- Aggregator

Control + Power Plant
requirements -

generators needs

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PVI www

PCS www

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AMPS www

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EMSystems www

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STATCOM www

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€ SCADA www

+!

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MAIN
FEATURES

MODULAR
DESIGN

HEAD POWER
MODULE MODULES

18 DIMENSIONS

OPTIONALS

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Single Master&Slave MPPT Multi-MPPT

DC input DC input #1 DC Input #2 DC Input #3
AC side
AC side

Prepared to pick and place Front & Rear Access door with High quality busbar for
in the final destination with a direct ac- cess in AC and DC
Plug&Play transformer
minimum pre-installation sides to >90% of critical
elements. Optimize the routine connection. Simple, fast and
maintenance of the equipment,
with less tooling requirements.
making it easier and faster

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TOP-BOTTOM

Dust >1000 Salty-Air IP54 / IP65
protected m.a.s.l. Ready
Sealing elements and
Filters and protections Able to work with the Internal electronics and standard IP54 enclosure
to avoid dust entrance best conditions in components are coated Protection for rain and
to resist corrosive salty
combined with top- remote high-altitude humidity.
bottom cooling system mountain region conditions

• PPC
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Local control

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Application # DC/AC PM DC/AC Tech WD3 - V AC VOLTAGE
IS/PCS/SVC
[a] [DCAC] [YYY]

o
o
o

o
o

1650 mm.
1050 mm.

2460 mm.
2000 mm.

2973 m.

1650 mm.
1050 mm.

2460 mm.
2000 mm.

4273 m.

1650 mm.
1050 mm.

2460 mm.
2000 mm.

5573 m.

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Notes (6) Self-consumption is not considered in the efficiency measurement
(7) At rated AC power @PF=1 @ 35ºC (95 ºF)
(1) At 100% Uac_nom, full power and cos ϕ = 1 (8) An extended operating temperature range is possible under request
(2) DC load break switch per power module (9) IP65 under request
(3) Dual DC load break switch per power module
(4) Different DC fuse sizes are available. Optionals for BPCS
(5) Other voltage configurations are possible under request

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Notes (6) Self-consumption is not considered in the efficiency measurement
(7) At rated AC power @PF=1 @ 35ºC (95 ºF)
(1) At 100% Uac_nom, full power and cos ϕ = 1 (8) An extended operating temperature range is possible under request
(2) DC load break switch per power module (9) IP65 under request
(3) Dual DC load break switch per power module
(4) Different DC fuse sizes are available. Optionals for BPCS 25
(5) Other voltage configurations are possible under request

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Single master&slave MPPT MMuultlit-iMMPPPTT

AC side D DCDiCnpInuptu1t DDCCinInppuutt 2#2 DDCCinInppuutt 3
AC#s1ide
AC DCC input #3

Input

Single MPPT for centralised inverter function, AC Multi-MPPT optimises the
joining and optimizing conversion with Output connection of several PV fields

Master&Slave Configuration with independent DC inputs.

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POWER POWER HEAD MV MV
MODULE MODULE MODULE TRANSFORMER SG

2 1

POWER POWER POWER POWER HEAD MV MV
MODULE MODULE MODULE MODULE MODULE TRANSFORMER SG

4 3 2 1

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AMPS UTILITY AMPS MV Switch UTILITY
ACCESS ACCESS

UTILITY UTILITY
SCADA PLANT SCADA
/ EMS / EMS

MV Switch AMPS
Controller
AMPS
Controller

AC Sensors AC Sensors
DC Measurements DC Measurements

Monitoring AC Monitoring
Von DC
Von DC DC DC Up to

DC DC DC 3xDC/DCi

AC AC

V1n DC AC/DCn AC DC AC/DCn
DC V1n
DC DC DC Up to
DC DC DC 3xDC/DCi

V2n V2n

+ - DC inputs + - DC inputs
examples examples
PVs
ESSs
Electrolyzers

PVs
ESSs
Electrolyzers

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33

2460 mm. 1650 mm.
2000 mm. 1050 mm.

2973 m.

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# PS PM DC/AC tech # DC/DC % DC/DC DC/DC topology AC
PM
PM B/BB
[b]
[c] [DCAC] [a]
. WD3 VMP - VOLTAGE GROUNDING

[YYY] [N,P,F]

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o
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Notes (6) Self-consumption is not considered in the efficiency measurement
(7) At rated AC power @PF=1 @ 35ºC (95 ºF)
(1) At 100% Uac_nom, full power and cos ϕ = 1 (8) An extended operating temperature range is possible under request
(2) DC load break switch per power module (9) IP65 under request
(3) Dual DC load break switch per power module
(4) Different DC fuse sizes are available. Optionals for BPCS
(5) Other voltage configurations are possible under request

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Notes
(1) Operation DC input voltage has to be lower than operation DC output voltage for a correct behavior.

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Notes (6) Self-consumption is not considered in the efficiency measurement
(7) At rated AC power @PF=1 @ 35ºC (95 ºF)
(1) At 100% Uac_nom, full power and cos ϕ = 1 (8) An extended operating temperature range is possible under request
(2) DC load break switch per power module (9) IP65 under request
(3) Dual DC load break switch per power module
(4) Different DC fuse sizes are available. Optionals for BPCS 38
(5) Other voltage configurations are possible under request

Notes
(1) Operation DC input voltage has to be lower than operation DC output voltage for a correct behavior.

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Power Plant – Characteristics supported by the PPC
Communications

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Controls at the Point of Interconnection

Service/Maintenance System

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Power Supply
Power analyzers

Wired Input/Output signals
Ambient Conditions (standard)
Mechanical Characteristics

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Iout@35ºC, 1250Vdc Technical details [A]
Iinput@35ºC, 1250Vdc 1600 [A]
1600

Vdc max 1500 [Vdc]
Efficiency @35ºC, 1250Vdc, 1600A
Breaking Capacity @35ºC, 1250Vdc >99.5 [%]
Opening time
Input Inductance 8400 [A]
Losses
Application <10 [us]
Programmable tripping properties
Constant load current monitoring <100 [uH]
Altitude
Certifications <3000 [W]

Renewable Energy, Battery Storage

Projects over 4000m
IEC 61439; UL 508:

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▪ Shrot circuit
Shrot circuit
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→ +4 GW
installed &
+ 426 MW Installed +1500 MWh ESS
+ 426 MW under Warranty integrated
*Commited : + 600 MW *+2000 MWh
commited for
SMART PROGRAM, USA – 80 MW/ 105 MWh 2021/2022
KEKAHA, HAWAII – 21 MW/ 87 MWh
NEW ORLEANS – 1,5 MW / 0,5 MWh
LAWAI, HAWAII – 28 MW / 116 MWh
ORIANA, PR – 22 MW / 4,2 MWh
SALINAS, PR – 5,5 MW / 1,26 MWh
LA PAZ, MX – 10 MW / 5,6 MWh
WAIKOLOA, HAWAII – 30 MW / 150 MWh
MAUI, HAWAII – 60 MW /300 MWh
OAHU, HAWAII – 12,5 MW / 62,5 MWh
*Commited : + 350 MW/ 1500 MWh

+ 746 MW Installed
+ 305 MW under Warranty

ANDES 2B – 116 MW / 580 MWh
COPIHUE – 2,5 MW / 2,5 MWh
BALZAY MICROGRID, ECU – 0,25MW / 0,25MWh
CIUDADE INTELIGENTE BUZIOS,BR -0,1MW / 0,2 MWh
PETROBRAS –1 MW / 0,5 MWh
*Commited : + 130 MW/ 650 MWh

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→ +4 GW
installed &
+1795 MW Installed +1500 MWh ESS
+110MW under Warranty integrated
*+2000 MWh
SPAIN – 2 MW / 0,11 MWh commited for
BAILESTI, RU – 1 MW / 1 MWh 2021/2022
PORTUGAL – 0,11 MW/ 0,16 MWh
*Commited : + 1,26 MW/ 6,31 MWh

+343 MW Installed +241 MW Installed
+240 MW under Warranty +205 MW under Warranty

KOREA - LA PAZ - 0,75MW / 0,75MWh
AUSTRALIA - KATHERINE SOLAR FARM
6MW / 3,5 MWh

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CASE Ratings Power
LOCATION
PV ESS converter EMSystem STATCOM SCADA
SMART Program
Massachusetts USA Samsung:

75 MW 75 MW / GPTech GPTech NO GPTech
105 MWh AMPS PPC

KATHERINE SOLAR FARM GPTech PCS
AUSTRALIA +

6 MW Narada: PV inverter GPTech NO NO
6 MW / SMA PPC
3,5 MWh

KEKAHA
HAWAII USA

Samsung: GPTech GPTech NO GPTech
21 MW 21 MW / AMPS PPC

87 MWh

AURA GPTech PCS
LA PAZ-MEXICO +

25 MW LG: PV inverter GPTech NO NO
10 MW / HUAWEI PPC
5.605 kWh

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