Utility Energy Storage System Liquid-Cooled GS5015

GS5015
Battery Rated Capacity [kWh]: 5015.96
Charging C-rate: ≤0.5CP
Discharging C-rate: ≤0.5CP
Maximum Charging/Discharging Power [kW]: 2500
Dimensions [mm] (L*W*H): 6058*2438*2896
Weight [T]: Approx.42.5

The GS5015 Containerized Liquid-Cooled Utility ESS primarily consists of 51 24Ah liquid-cooled battery PACKs, a control box, a main control panel, a liquid cooling unit, a liquid cooling pipeline system, a BMS (Battery Management System), an auxiliary power distribution system, a fire suppression system, and so on. The total energy storage capacity is 5015.96 kWh, utilizing 214Ah Li-ion iron Phosphate (LFP) battery cells. A single PACK is configured as 1P25S. Each battery cluster consists of 30 battery PACKs, forming a 3P30S structure. Each battery cluster's power distribution is equipped with one control box. The DC side supports multiple parallel branch circuits converging into a centralized DC cabinet with a main control. The temperature control system utilizes a liquid cooling unit for battery temperature control and a liquid cooling pipeline system for heat exchange. The thermal management system is equipped with fresh air intake and exhaust + water fire suppression solution. The overall container utilizes a non-walk-in external maintenance design.

The GS5015 containerized Liquid-Cooled Utility Energy Storage System primarily consists of 314Ah liquid-cooled battery PACKs, a control box, a main control panel, a liquid cooling unit, a liquid cooling pipeline system, a BMS (Battery Management System), a fire protection system, auxiliary power distribution, and more.

Application Scenarios

  • The containerized design is suitable for various application scenarios including renewable energy consumption, peak shaving and valley filling, fields meeting various application scenario needs such as renewable energy consumption, peak shaving and valley filling, fields meeting various application scenario needs such as renewable energy consumption, peak shaving and valley filling, fields meeting various application scenario needs such as renewable energy consumption, peak shaving and valley filling, grid peak shifting and frequency regulation, and micro-grid parking.

Key Features

  • Safe:Integrates advanced BMS products for real-time monitoring and management, ensuring effective battery protection strategies.Utilizes Li-ion iron Phosphate (LFP) cells with high safety and reliability.The liquid cooling system ensures a balanced temperature environment for the battery, reducing the probability of thermal runaway.Integrated fire safety systems provide pre-warning detection, protection, isolation, venting, and suppression. The whole system implements EMS three-cell linkage function and fire protection management, ensuring safety throughout the life cycle.External monitoring system is equipped for the container, providing multi-layer protection.IP55 protection for battery compartment, IP54 protection for control room.
  • Simple:Integrated non-walk-in container design for easy installation and maintenance.Integrated DC side supports multiple parallel branch circuits converging into a centralized DC cabinet with a main control, simplifying installation and reducing wiring complexity.Equipped with a main control panel for easy and centralized operation and maintenance.
  • Smart:Efficient liquid cooling temperature control strategy fully utilizes frequency liquid cooling units, minimizing the cooling design load.Intelligent and balanced temperature environment for the battery, reducing the cell temperature difference and extending the life cycle.Supports smooth upgrades for later outdoor use and maintenance.

ed production supports cost-effective and efficient deployment on-site, effectively reducing construction workload; on-site installation and commissioning efficiency improved by 50%, lowering project costs.

Technical Parameters

Model: GS5015

CategoryNameParameterRemarks
Battery ParametersBattery Rated Capacity (KWh)5015.96
Cell TypeLFP
Cell Rated Voltage3.2V
Voltage Range (VDC)1164.8 - 1497.6
Rated Current (A)3220
Discharging Rate0.5C/1C
Maximum Continuous Charging/Power (kW)18752 units of 1250kW PCS
Maximum Continuous Discharging/Power (kW)2500
Operating Temperature Range (°C)0 - 45
Recommended Temperature Range (°C)15 - 35
Thermal ManagementCooling MethodLiquid CoolingNo Propylene Glycol
Air Change MethodAir Inlet & Air Outlet
Anti-Corrosion GradeC4
System ParametersFire Suppression System GradeClass C
Protection LevelIP55 for Battery compartment; IP54 for Control Room
Operating Temperature Range (°C)-20 - +35 (≤6 month), -20 - +45 (≤1 month)Derating when >40℃
Storage Temperature Range (°C)-20 - +35 (≤6 month), -20 - +45 (≤1 month)Derating when >40℃, SOC: 40% - 50%
Operating Humidity Range0 - 95%No condensation
System CompositionMaximum 2 Enclosures + 2 damages per day
System Communication ProtocolModbus TCP/IP
Working ConditionOn-Grid / Off-Grid / Back-Up
System Power Conversion InterfaceSingle - Point
External System Communication ProtocolModbus TCP/IP, IEC61850, Modbus RTUDerating when >2000m
Dimension (L*W*H)20ft/40ft
Equipment (total) (L*W*H)6058*2438*2896
Weight24000 kg
CertificationIEC 62619, IEC62040, IEC61000, IEC62477, IEC60664, UN38.3, UL1973, VDE4110, VDE4120, UN38.3, UN3480


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