Utility-Scale Liquid-Cooled Battery Storage Container Overview
The 2170kWh liquid-cooled battery storage container is engineered for large commercial and grid-scale energy storage applications. It is designed as a fully integrated turnkey BESS solution that simplifies project deployment and reduces engineering complexity.
Inside a standard 20-foot container, this system combines lithium iron phosphate battery modules, power conversion system (PCS), energy management system (EMS), battery management system (BMS), hybrid cooling system, fire protection, and AC distribution components. Every unit is factory assembled and tested before shipping. Once delivered, it can be installed and commissioned quickly with minimal on-site work.
Compared with standalone battery cabinets, this integrated energy storage container eliminates the need for additional PCS or control systems. Compared with traditional air-cooled systems, its hybrid cooling architecture improves efficiency, thermal stability, and battery lifespan. The result is a reliable solution built for demanding large-scale energy storage projects.
Key Features of the 2170kWh Containerized Energy Storage System
Fully Integrated Turnkey Battery Storage Solution
All core components are pre-installed and fully integrated inside a single 20ft container. PCS, BMS, EMS, cooling system, fire protection, and power distribution are factory tested together. Installation is simple. Connect the container to the grid, and the system is ready to operate. This approach can reduce deployment time by more than 50%.
Hybrid Liquid-Cooled Battery Thermal Management
Battery clusters use precision liquid cooling to maintain stable cell temperatures with less than 3°C variation. Power electronics such as PCS units use independent air cooling. This dual cooling approach improves system efficiency, protects battery health, and ensures consistent performance under heavy loads.
String-Level Intelligent Battery Monitoring and Control
Each battery cluster operates with independent monitoring and control. This architecture allows fault isolation, flexible energy dispatch, and improved system availability. It also enhances operational safety and simplifies maintenance.
High Energy Density Containerized BESS Design
Using advanced 314Ah lithium iron phosphate cells, this system delivers 2170kWh of storage within a standard 20ft container footprint. The design maximizes energy capacity while minimizing land use and infrastructure cost compared to traditional air-cooled energy storage systems.
Fast Deployment and Simplified Transportation
The containerized design supports road, rail, and ocean shipping. Each unit is factory pre-tested and pre-configured. On-site commissioning typically takes only 1–3 days, allowing project owners to accelerate energy storage deployment schedules.
Flexible Grid-Connected Energy Storage Applications
The system supports high-voltage grid connection and works seamlessly with renewable energy generation, commercial load management, and utility grid support services. It is suitable for both new installations and system expansion projects.
Large-Scale Energy Storage Application Scenarios
Renewable Energy Integration Storage
Balances solar and wind power output. Stores excess generation. Improves renewable energy utilization and reduces curtailment.
Commercial and Industrial Peak Shaving Storage
Stores electricity during off-peak hours and discharges during high-demand periods. Helps businesses lower energy costs and reduce demand charges.
Utility Grid Frequency Regulation and Load Balancing
Provides fast-response grid stabilization services. Supports frequency control, voltage regulation, and peak load management.
Independent Energy Storage Power Stations
Supports standalone storage projects that generate revenue through energy trading, capacity markets, and grid ancillary services.
Microgrid and Backup Power Systems
Ensures reliable power supply for industrial parks, remote facilities, and critical infrastructure during grid outages.
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ht926476@gmail.com2026-02-13 04:57:522026-02-13 04:59:25EPS Transfer Cabinet (125/375/750-C) | Reliable Backup Power Switch
