Commercial All-in-One Ess Cabinet LiFePO4 Battery Energy Storage System 241kwh 125kw with Liquid Cooling 8000 Cycle Life

Customization: Available
Application: Data Center Backup Power
Installation: Cabinet Floor-Mounted

Product Description

Basic Information

Energy Capacity 100kWh-500kWh
Power Configuration 100kW-250kW
Cycle Life 8000 Cycles (80%DOD)
Cooling Method Full Liquid Cooling (Temp Diff ≤3℃)
Battery Type LiFePO4
Grid Connection Hybrid Grid
Communication Port Can
Weight ≤2600kg
Apply Solar Energy & UPS
Transport Package Crate
Specification 1100*2400*1350mm
Origin China
HS Code 8504409999
Production Capacity 2000set / Year

Product Description

Integrated fully liquid-cooled energy storage system
Integrated Fully Liquid-Cooled Energy Storage System

The integrated liquid-cooled energy storage system adopts the All-In-One design concept, integrating the power supply and distribution system, power conversion system, battery system, EMS system, temperature control system, fire protection system, etc. It occupies a small area and can be combined with multiple cabinets to achieve greater capacity expansion. The battery system adopts three-dimensional surround liquid cooling for heat dissipation, which has a heat dissipation effect far superior to the traditional bottom liquid cooling and ensures the cycle life of the battery cells to the greatest extent. The power conversion section adopts the third-generation SiC devices, with an energy conversion efficiency 1% to 2% higher than that of conventional systems, bringing higher economic benefits to the operators and shortening the investment payback period. This system can be widely applied in scenarios such as industrial and commercial parks, charging and discharging stations, and distributed photovoltaic power stations.

Smart & Efficient
PCS maximum efficiency ≥ 99%, system comprehensive efficiency ≥ 91%. Three-dimensional surround balanced heat dissipation, cross-sectional temperature difference less than 2 ℃, supports 1C charging and discharging. Intelligent optimal energy scheduling strategy to improve system revenue.
Safe & Reliable
AI cell fault pre-diagnosis reduces the risk of thermal runaway. Packet-level, cluster-level, PCS three-level overcurrent protection. Four-level fire safety design, timely fire control and management.
Intelligent Operations
Remote desktop operation and maintenance, cloud intelligent operation and maintenance. Digital intelligent management of the entire lifecycle of data.
Flexible Configuration
Integrated system design and transportation, reducing on-site debugging workload. Multi-machine seamless shoulder-to-shoulder back-to-back parallel connection.

Specification

Parameter Details
Battery Side
Model Code ICB120K241D
Cell Type Lithium iron phosphate (LFP) / 314Ah
Battery Configuration 1P240S
Rated Capacity 241kWh
Voltage Range 672V ~ 876V
Charge and Discharge Rate 0.5P
Depth of Discharge 95% DOD
Cooling Method Liquid cooling
PACK Configuration 48kWh * 5
Communication & AC Side
THD (Rated Power) <3%
Cooling Method Air-cooled
Rated Grid Voltage 380V / 400V
Rated Grid Frequency 50/60Hz
Maximum Power 125kW
System Parameters
Certification Standard GB/T34120, GB/T36276, GB/T34131
Weight ≤2600kg
Overall Dimensions (W x H x D) 1100 × 2400 × 1350mm
Other Optional Accessories Grid-connected cabinets, grid-connected and off-grid switching cabinets
Comprehensive Cycle Efficiency ≥90%
Parallel Machine Function Up to 9 units
Communication Interface Ethernet / WIFI / 4G
Operating Altitude (No Derating) 3000m
Operating Temperature Range -30℃ ~ +50℃
Noise ≤70dB (low-noise version ≤60dB)
Protection Grade IP55
Fire-Fighting Methods Active warning / PACK-level immersion / water spray / aerosol

Applications

The small-scale industrial and commercial energy storage system is a fully integrated, pre-configured solution suitable for scenarios such as homes, villas, supermarkets, farms, and outdoor construction.

Off-grid microgrid systems are suitable for areas with unstable electricity, villas, farms, islands, oil extraction and other areas without access to the grid. Main functions include self-use optimization, emergency backup power, oil engine management, wind turbine management, etc. This product is highly efficient and reliable for small and medium-sized enterprises.

If customers need to increase capacity, a single cabinet capacity can be customized or expanded in parallel with multiple machines.

Capabilities & Value

As a comprehensive green energy solution provider and global trading company, our goal is to accelerate the energy transition worldwide. The clean energy portfolio covers hydrogen energy, solar PV, wind power, power generation solutions, and various energy storage systems.

Core Coverage
  • Hydrogen Energy: Complete hydrogen value chain – from production (electrolyzers) to storage, transportation, and fuel cell applications.
  • Renewable Generation: Solar PV modules & mounting systems, wind turbines for on-grid/off-grid projects.
  • Energy Storage: C&I ESS cabinets, residential storage (ESS/EPS/HPS), portable power stations, and battery cells/packs.
  • Power Solutions: Hybrid power systems, microgrids, backup power, and integrated generation packages.
Why Work With Us?
  • One-Stop Sourcing: Consolidate multiple green energy products into a single shipment.
  • Flexible Trading Terms: Low MOQ, mixed containers, sample orders accepted.
  • Technical Support: In-house engineering team provides system design and compatibility verification.
  • Global Certification: CE, UL1973, IEC62619, UN38.3, and country-specific grid compliance.
  • Quality Assurance: 5-10 years warranty with responsive after-sales support.

Frequently Asked Questions

Q1: What is the capacity and efficiency of this liquid-cooled energy storage system?
The system has a rated battery capacity of 241kWh, a maximum power of 125kW, a PCS maximum efficiency of ≥99%, and a comprehensive system round-trip efficiency of ≥91%.
Q2: How does the liquid cooling system keep the temperature balanced?
The battery system uses three-dimensional surround liquid cooling for heat dissipation, which maintains a cross-sectional temperature difference of less than 2°C (maximum 3°C difference), ensuring optimal performance and extending the cycle life of the battery cells.
Q3: What type of battery cell is used, and what is its expected cycle life?
It uses Lithium Iron Phosphate (LiFePO4) 314Ah cells. The system supports up to 8000 cycles at 80% Depth of Discharge (DOD) or 95% DOD for specific configurations.
Q4: What safety and fire-fighting measures are integrated into the cabinet?
The cabinet features AI cell fault pre-diagnosis to detect thermal runaway risks early. It has three-level overcurrent protection (packet, cluster, and PCS level) and a four-level fire safety design supporting active warning, pack-level immersion, water spray, and aerosols.
Q5: Can multiple ESS cabinets be connected together to scale capacity?
Yes, the system is designed for modular scalability and supports seamless parallel connection of up to 9 units to meet larger industrial or commercial capacity requirements.
Q6: What certifications do your green energy products comply with?
Our products conform to global safety and grid standards, including GB/T34120, GB/T36276, GB/T34131, as well as international standards such as CE, UL1973, IEC62619, and UN38.3.

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