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10-foot All-in-One Power Station Energy Storage (Mobile Charging and Storage)


The 250 kW PCS cabinet houses a hybrid 250 kW PCS with a DC voltage range of 420 V to 850 V. A 372 kWh battery string is converted to 400 V AC via the hybrid PCS, and the AC power is routed to an isolation transformer that supplies the load. During daytime operation, the battery string is charged by the corresponding 2 × 80 kW solar inverters. When BESS and PV generation are insufficient, the power supply seamlessly switches to the PCS through an ATS and is then smoothly transferred to the DG. Additionally, the built-in 240 kW DC charging stack can be used for electric vehicles and other high‑power loads.

261 kWh liquid-cooled commercial and industrial energy storage system (liquid-cooled)


Jixing Energy seizes the right moment to act, squarely addresses industry pain points, and is committed to developing an ultra‑molecular, fully immersed industrial and commercial energy storage all‑in‑one system that is “safer,” “longer‑lasting,” and “smarter.”

Liquid-Cooled Energy Storage System (Immersion Type) — LS BOX-H


Full lifecycle management; equipped with the SMS safety system for multi-layered security protection; modular design for easy scalability; rapid power response, supporting various operating modes such as virtual power plants, grid‑connected, and off‑grid; intelligent balancing strategy to ensure consistency throughout the battery’s entire lifecycle; cloud–edge–device collaboration and 24/7 performance monitoring to guarantee safe and stable operation; cloud‑based big data and advanced AI algorithms enabling flexible adjustment of system strategies.

Liquid-Cooled Energy Storage System (Immersion Type) — LS BOX-E


Full lifecycle management; equipped with the SMS safety system for multi-layered security protection; modular design for easy scalability; rapid power response, supporting various operating modes such as virtual power plants, grid‑connected, and off‑grid; intelligent balancing strategy to ensure consistency throughout the battery’s entire lifecycle; cloud–edge–device collaboration and 24/7 performance monitoring to guarantee safe and stable operation; cloud‑based big data and advanced AI algorithms enabling flexible adjustment of system strategies.

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