Power Generation Side: Release hard-to-consume electricity as needed, smoothing generation and avoiding waste.
Grid Side: Enhance stability and reliability through frequency and voltage regulation.
User Side & Zero-Carbon Parks: Address energy intermittency and drive the development of virtual power plants (VPP).
Space Optimization: Standard 20-foot container design with high energy density significantly reduces floor space requirements.
Advanced Thermal Management: Features a high-efficiency variable-frequency liquid cooling and low-temperature heating system.
Lifespan Extension: Intelligent temperature control increases service life by 30%.
Multi-Scenario Support: Supports 0.5C, 0.25C, and 0.3C application rates for diverse grid needs.
Smart Linkage: BMS three-level protection strategy with PCS/EMS intelligent linkage for proactive safety.
Remote Management: Cloud platform for remote monitoring, multi-dimensional reports, and convenient work order management.
It is used for grid stabilization, renewable energy integration, frequency regulation, peak shaving, and energy arbitrage.
Each container provides 5MWh capacity and can be scaled to hundreds of MWh.
Typically LFP batteries are used for high safety and long lifecycle.
The system is designed for 15–20 years of operation.
It usually adopts advanced liquid cooling for optimal thermal management.
It complies with international standards such as IEC and UN38.3.
Yes, it is designed to operate in extreme temperatures and harsh outdoor conditions.
Multi-level fire protection including detection, suppression, and explosion venting is integrated.
Yes, it is widely used with solar and wind farms.
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