Description
GoodWe GW261.2-BAT-LCD-G10 is the five-pack, 261.2 kWh rated-energy cabinet in the BAT-C range. Its 2440 kg maximum mass makes access a first design decision.
GoodWe GW261.2-BAT-LCD-G10
The 261.2 kWh configuration offers a higher storage step in the same stated enclosure dimensions, with up to 2440 kg to accommodate on site.
GoodWe BAT-C
A heavier cabinet, early in the plan
The five-pack LCD model is listed at 1050 × 2025 × 1565 mm and a maximum 2440 kg. Its access route and final position need to suit the full cabinet.
GoodWe BAT-C
The LCD system operating range
The Battery Compatibility Overview marks this exact model under ETR 80–125 kW; with it connected, the PV strings' open-circuit voltage must exceed 813 V. The battery table gives 746.2–1000 V operation and up to 180/180 A input/output current for electrical design.
Technical data
Model-specific cabinet figures
About these specifications
261.2 kWh · 5 packs · 832.0 V nominal
Cabinet configuration
- Rated energy
- 261.2 kWh
- Number of packs
- 5
- Nominal voltage
- 832.0 V
- System operating voltage range
- 746.2 ~ 1000 V
- Max. input / output current
- 180 / 180 A
Installation
- Cooling
- Liquid cooling
- Dimensions W × H × D
- 1050 × 2025 × 1565 mm
- Maximum cabinet mass
- ≤2440 kg
- Ingress protection
- IP55
- Communication
- CAN
Project fit
Where this model fits.
Scenarios that show which projects the GoodWe GW261.2-BAT-LCD-G10 belongs in, and the limits behind our engineers' recommendation.
The five-pack LCD cabinet on site
A C&I project wants the higher 261.2 kWh cabinet, but the plant area has to accept its weight and the selected inverter interface.
The five-pack LCD cabinet is listed at a maximum 2440 kg within 1050 × 2025 × 1565 mm. Its 746.2–1000 V operating range and maximum 180/180 A input/output current can be reviewed against the ETR 80–125 kW system path marked in the Battery Compatibility Overview, where the PV strings' open-circuit voltage must exceed 813 V.
- Enclosure 1050 × 2025 × 1565 mm and up to 2440 kg, on the access route and at the final location.
- System operating range 746.2–1000 V and maximum input/output current 180/180 A, for the inverter design.
- The Battery Compatibility Overview marks this exact LCD model for ETR 80–125 kW.
- On an ETR inverter, the PV strings' open-circuit voltage must exceed 813 V with this cabinet.
Documents
Product questions
What does the ETR pairing require?
When the ETR125 boost converter is paired with a battery system, the PV side voltage must be higher than 650 V; otherwise, it will trigger voltage difference current limiting.
Compatibility records
GoodWe GW80K-ETR-G10 (80 kW three-phase hybrid inverter)Item number DLK-GOODWE-GW80KETRG10GoodWe GW99.99K-ETR-G10 (99.99 kW three-phase hybrid inverter)Item number DLK-GOODWE-GW9999KETRG10GoodWe GW100K-ETR-G10 (100 kW three-phase hybrid inverter)Item number DLK-GOODWE-GW100KETRG10GoodWe GW110K-ETR-G10 (110 kW three-phase hybrid inverter)Item number DLK-GOODWE-GW110KETRG10GoodWe GW124.99K-ETR-G10 (124.99 kW three-phase hybrid inverter)Item number DLK-GOODWE-GW12499KETRG10GoodWe GW125K-ETR-G10 (125 kW three-phase hybrid inverter)Item number DLK-GOODWE-ETR125GoodWe's Battery Compatibility Overview (p. 6) lists GW261.2-BAT-LCD-G10 in its ETR 80–125 kW column, and the GoodWe ETR 80–125 kW datasheet (EMEA, p. 2) names GW125K-ETR-G10 in that series. The GoodWe ETR 50–125 kW user manual (pp. 24–27) lists both models in its single-unit and parallel system tables; parallel systems require SEC3000C main program V7.8.19 or later. The datasheet (p. 3, footnote 4) requires a PV-string open-circuit input voltage above 813 V when this battery is connected.
GoodWe's Battery Compatibility Overview (p. 6) lists GW261.2-BAT-LCD-G10 in its ETR 80–125 kW column, which covers the GW80K/99.99K/100K/110K/124.99K-ETR-G10 models. The ETR 80–125 kW datasheet (EMEA, p. 2) prints that series; the user manual's single-unit and parallel tables list the battery for the series.