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C&I Solutions

Pi Station 261EX

Liquid-cooled commercial and industrial BESS.

On request

Datasheet

Product description

Experience the next generation of thermal management with our liquid-cooled Commercial & Industrial BESS. This system actively regulates temperature to maximize battery lifespan, power output, and safety. Built with premium Tier-1 LFP cells in a modular, IP55-rated design, it offers easy installation, full global certifications, and stable operation under demanding conditions, ensuring a higher return on your energy investment.

Technical Specifications

Specifications

Specifications
ParameterValue
ModePI STATION 261EX

System Specifications

System Specifications
ParameterValue
Battery ChemistryLFP (LiFePO4)
Nominal Output Power125KW
Battery Capacity261.284kWh
Battery Nominal Voltage832V
Operating DC Voltage Range650V-949V
Recommended. Charging/ Discharging Current157[1]
Fire Fighting System1.Sensor Tube(Aerosol) 2.Water Fire Fighting System 3.Heat/Smoke/Gas sensor
Cell Cycle Life6000[2]
DOD90%
Warranty3 Year Product Warranty, 10 Year Battery Warranty

Communication

Communication
ParameterValue
Communication PortCAN, RS485, Ethernet
Communication ProtocolModbusRTU/TCP

Mechanical

Mechanical
ParameterValue
Dimensions(W x D x H)1000 x 1390 x 2430mm
Weight2500kg
Cooling SystemLiquid Cooling
IP ProtectionIP55

Environmental

Environmental
ParameterValue
Relative Humidity0-95% (No Condensing)
Operating Temperature Range-20~55°C
Recommended Cell Temperature RangeCharge:0~55°C; Discharge:-20~55°C
Altitude2000m (>2000 Derating)

Regulations

Regulations
ParameterValue
CertificationCELL IEC 62619:2022, UL1642, UL1973, UL9540A, UN38.3

PCS

PCS
ParameterValue
DetailsCE-EMC, CE-LVD, South Africa NRS097, 50549-1 European general, 50549-2 European general, 50549-1 Netherlands, 50549-1 C10/11 Belgium, 50549-1 Greece, 50549-1 Sweden, 50549-1 Poland, England-G99, VDE-AR-N 4105:2018, GB/T 34120-2017

System

System
ParameterValue
DetailsUN38.3, IEC62619, IEC63056, IEC62477, CE-EMC [1] Charge and discharge current derating will occur outside 0°C and 45°C [2] Under test conditions(20~35°C, 0.5P/0.5P, EOL70%)