Featuring 768V system voltage, 30–50s grid/off-grid switching, RS485/CAN/TCP-IP communication, and dual AC cooling with fire protection — ideal for off-grid and industrial energy storage.
768V 77kWh LiFePO₄ ESS with rack-mount design, 6000+ cycles, scalable for C&I solar.
409.6V modular ESS (40.96kWh), plug-and-play design for flexible industrial integration.
409.6V modular ESS with wide 200–1000V input, ideal for flexible industrial energy setups.
204.8V compact rack-mounted ESS, lightweight and perfect for small-scale commercial setups.
50kWh integrated ESS with 30kW PCS, high-voltage PV input support, smart monitoring and fire safety.
145kWh liquid-cooled ESS supporting 600-876V DC, 100kW high-efficiency PCS, smart monitoring, aerosol fire suppression, ideal for high-altitude industrial use.
High-capacity LiFePO4 battery with IP54 protection, smart management, modular design, and dual fire safety for reliable performance.
1MWh-10MWh container ESS with 5000kW PCS, IP65 protection, triple-level smart management, seamless off-grid support, and dual fire suppression.
Enable shared solar-storage systems across multiple businesses to reduce peak load and optimize energy usage.
Provide stable backup power to mitigate outage risks and ensure uninterrupted data operations.
Integrate rooftop solar and storage to cut electricity costs and support carbon neutrality goals.
Store solar power during the day to power refrigeration and lighting reliably during peak hours.
Deploy energy storage for critical facilities to enhance power reliability and emergency readiness.
A fully integrated I&C energy storage solution—versatile, efficient, smart, scalable, and secure.
Suitable for peak shaving, backup, off-grid, frequency regulation, and VPP applications.
Modular design supports flexible series/parallel expansion to fit projects of all scales.
High charge/discharge efficiency with >97% round-trip efficiency and power factor >0.99.
Equipped with liquid/air cooling and aerosol fire suppression for safe, stable operation.
Certified to UN38.3, VDE, EN50549 with IP65 protection for harsh environments.
Supports AC/DC coupling and hybrid applications with solar, wind, and microgrids.
Uses LFP cells with 6000–8000 cycle life, ideal for long-term investment.
Explore delivered projects with key setups and real applications.
The system is designed with a modular architecture, allowing both series and parallel configurations. Capacity can be scaled flexibly from hundreds of kWh up to 100MWh. Expansion is supported by reserving physical space and communication interfaces such as RS485 and CAN.
Typical delivery from contract signing to grid-connected commissioning takes 8–16 weeks, depending on system size and site conditions. Preparations include civil foundation, cable trenching, embedded fire safety design, and grid access parameter confirmation.
The system supports DC-coupled, AC-coupled, and microgrid configurations. It can be integrated with solar PV or wind turbines, enabling setups such as PV + storage, wind + storage, or hybrid microgrid systems.
Yes. The system features off-grid operation and black-start functionality, allowing it to autonomously switch to battery backup in case of a grid outage, ensuring uninterrupted power for critical loads.
Equipped with active thermal management (air or liquid cooling), gas-based fire suppression, and audible/visual alarm systems. It uses high-safety LFP battery cells, and complies with global certifications including UL 9540 and IEC 62619.
Equipped with active thermal management (air or liquid cooling), gas-based fire suppression, and audible/visual alarm systems. It uses high-safety LFP battery cells, and complies with global certifications including UL 9540 and IEC 62619.
Standard warranty covers battery modules for 5 years with a cycle life of ≥ 6000 cycles. Full system support includes up to 10 years of warranty and both remote & on-site maintenance services.
Battery cabinets or containerized systems meet international shipping and safety standards such as UN 38.3 and IP65. They are packaged with shock-proof, fire-proof materials and delivered by certified logistics partners.
Common use cases include: peak shaving, backup power, microgrid/off-grid systems, and grid frequency support. Suitable for factories, office buildings, data centers, hospitals, shopping malls, and more.
Yes. The system supports grid-side regulation, demand response, and can be integrated with Virtual Power Plants (VPPs) via EMS for energy trading and ancillary services.
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