Located In Asia
This project features a customized, all-in-one liquid-cooled battery energy storage system designed for one of our key customers. Based on the customer’s actual electricity consumption profile, local energy conditions, and specific energy storage requirements, the system is purpose-built to support a wide range of commercial and industrial energy storage applications.
The containerized battery energy storage system is specifically engineered for peak and off-peak electricity price management, backup power supply, peak shaving and valley filling, load optimization, and renewable energy integration. By storing electricity during low-tariff periods and supplying power during peak-demand periods, the system helps commercial and industrial users reduce electricity costs, improve energy efficiency, and enhance power supply reliability.
Highly Integrated Liquid-Cooled BESS Design
The system adopts a highly integrated, all-in-one design that combines battery energy storage, liquid cooling, electrical control, safety protection, and intelligent monitoring within a single containerized unit.
Compared with conventional energy storage equipment, this integrated liquid-cooled BESS addresses common challenges such as low system integration, uneven heat dissipation, limited operational stability, and complex on-site installation. The advanced liquid cooling system enables precise temperature control across the battery modules, helping maintain a consistent operating temperature, improve battery performance, and support a longer service life.
The intelligent monitoring and control system continuously tracks key operating parameters, enabling efficient energy management and reliable system operation. This integrated design provides comprehensive support for the long-term safety, stability, and efficiency of the entire battery energy storage system.
For commercial and industrial users, the solution provides a reliable way to:
- Reduce electricity expenses through peak-to-valley tariff optimization
- Improve load management and overall energy efficiency
- Provide backup power during grid interruptions
- Increase the utilization of solar and other renewable energy sources
- Enhance power quality and operational continuity
- Improve the reliability and flexibility of the local power supply
Full-Scope Manufacturing, Integration and Commissioning
Our project scope covers the complete production, assembly, integration, testing, and commissioning process for the liquid-cooled energy storage container.
The work includes customized container structure manufacturing, as well as detailed internal construction for thermal insulation, environmental protection, fire and safety protection, and noise reduction. The internal electrical system is carefully planned to ensure efficient equipment layout, secure cable routing, reliable electrical connections, and comprehensive electrical safety protection.
Core battery modules, the liquid cooling system, electrical control equipment, and intelligent monitoring components are fully integrated within the container. Each subsystem is configured and matched according to the project’s technical and operating requirements.
The complete delivery scope includes:
- Customized energy storage container structure manufacturing
- Internal thermal insulation and environmental protection treatment
- Noise reduction and equipment protection design
- Electrical system planning and equipment layout
- Cable routing, wiring, grounding, and electrical safety protection
- Battery module installation and system integration
- Liquid cooling system assembly and commissioning
- System parameter configuration and performance optimization
- Integrated equipment testing and subsystem coordination
- Overall system performance verification and safety inspection
Before delivery, the complete energy storage system undergoes comprehensive functional testing, coordinated operation testing, and performance validation. This ensures that the equipment is factory-tested, site-ready, and capable of meeting the required installation and operational standards upon arrival.
Through standardized manufacturing, precise system integration, and rigorous quality control, the project ensures reliable delivery quality, optimized system performance, and stable long-term operation for commercial and industrial energy storage applications.
Project Value
This customized liquid-cooled battery energy storage solution provides the customer with a safe, efficient, and scalable energy management platform. It supports electricity cost reduction, load optimization, backup power protection, and renewable energy utilization while minimizing the complexity of on-site installation and commissioning.
With its highly integrated containerized design, intelligent monitoring capabilities, and efficient liquid cooling technology, the system offers a dependable energy storage solution for factories, industrial facilities, commercial buildings, renewable energy projects, microgrids, and other high-demand power applications.
