GoodWe GW261.2-BAT-LCD-G10 / 261.20kWh/0.5C/C4-M (Liquid Cooling/Heating)

Manufacturer GoodWe
Item No. BAY261K-06-00P
EAN BAY261K-06-00P
Variations
  • GoodWe GW261.2-BAT-LCD-G10 / 261.20kWh/0.5C/C4-M (Liquid Cooling/Heating)
  • GoodWe GW208.9-BAT-LC-G10 / 208.09kWh/0.5C/C4-M (Liquid Cooling/Heating)
Technical details
Sound level (in operation) <70 dB
Depth 1565 mm
Width 1050 mm
Height 2025 mm
Corrosion protection C4-M
Nominal battery capacity 261,2 kWh
Weight <2440 kg
Degree of protection (IP) IP 55
Cooling method Liquid
Operating Temperature -25..55 °C
Battery cell type LFP
Max. depth of discharge 100 %


Manufacturer information

GoodWe is a prominent Chinese manufacturer of solar inverters and energy storage solutions. Founded in 2010, the company has quickly grown to become a major player in the global solar energy market.

BayWa r.e. Solar Systems SIA is recognized as an Authorized GoodWe Distributor for Latvia, Lithuania & Estonia
CERTIFICATE

Product description

The GoodWe GW261.2-BAT-LCD-G10 is a high-voltage LFP (LiFePO4) C&I battery cabinet with 261.2 kWh rated energy, built from five GW52.2-PACK-LC-G10 packs (52.24 kWh each, 314 Ah cells, 1P52S) at a nominal 832 V (operating 746.2–1000 V) — the full-height configuration matched to the GoodWe GW125K-ETR inverter's 137.5 kW battery port. It delivers 137.5 kW continuous input and output (180 A) at a 0.6C rate and 100% depth of discharge, pairing with GoodWe ET hybrid inverters, ETR battery-ready inverters and STS for backup, peak shaving, load optimisation and microgrid duty. Round-trip efficiency is 93% (100% DOD, 0.5P, 25 °C) and cycle life is ≥10 000. Safety is comprehensive: pre-installed liquid cooling, pack-level temperature and humidity monitoring, aerosol fire suppression at pack and cabinet level, a combustible-gas detector with active smoke exhaust, and a 3-hour fire-resistant cabinet. It operates from −25 °C to +55 °C at up to 4000 m, rated pack IP67 / system IP55, protective class I, C4-M anti-corrosion (C5-M optional). Real-time SOC visualisation and cell-level sensing over CAN, with a door-mounted cooling unit for easy O&M. Capacity scales up to 1044 kWh across multiple cabinets, and new and old packs can be combined for future expansion. Dimensions 1050 × 2025 × 1565 mm, ≤2440 kg, <70 dB.