Air-cooled lithium-ion energy storage system.

Air-cooled lithium-ion energy storage system

System configuration:

- One set of lithium iron phosphate battery system

- One battery management system

- One set of air conditioning/thermal management system, one set of fire protection system, one set of on-site monitoring system

Application scenarios:

- Solar power and wind energy generation systems

- Multi-energy complementary microgrids

- Peak shaving and valley filling in power systems

- Voltage and reactive power support

- Frequency regulation and load tracking

- Deferred upgrade of user distribution systems

Features and advantages of the air-cooled lithium-ion energy storage system:

- High safety: Adopts lithium iron phosphate material system, with high safety, long lifespan, and stability. Equipped with a BMS system to monitor cell voltage, current, temperature, and equipment status in real-time, ensuring the safe operation of the battery. The compartment adopts an isolated high-security design.

- Advanced thermal management technology: Active heat dissipation design for battery modules, step-by-step efficient thermal management design for battery clusters, ensuring efficient and uniform heat dissipation of energy storage batteries.

- High-rate discharge: The modules have excellent rate charge/discharge performance, with a maximum sustainable discharge of 0.5C, meeting different application scenarios.

- Standardized modules: Adopt standardized module design, strong scalability, and can meet the power and energy requirements of different scenarios. Integrated BMS design and standard communication protocols ensure plug-and-play for energy storage modules. Supports integrated transportation and one-stop installation.

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