CaiRi Energy has taken a firm step forward with the start of mass production of its its Xinghan containerized energy storage Xinghan containerized energy storage system. With a capacity of 6.25 MWh and 587 Ah LFP cells, this solution seeks to position itself as an efficient, safe and highly adaptable option for China’s new power systems.
Advanced integration in a compact container
The system comes in a standard 20-foot container and integrates an intelligent management architecture with multi-layered safety levels. It includes optimized thermal control, triple fusing, five-level protection settings and predictive fault monitoring. This combination makes it a viable solution for thermal power plants, renewable power plants, renewables and stand-alone energy storage units.
Operational efficiency and flexible deployment of the Xinghan system
With a DC RTE efficiency of over 95% and a grid-connected system efficiency of over 88%, the Xinghan container meets the requirements of energy operators. Thanks to its superior output and thermal design, it reduces auxiliary consumption by up to 40% and reduces the heat island.
This system is designed to withstand to withstand temperatures ranging from -30 °C to 55 °C operating up to 5000 meters altitude and adaptable to environments with high requirements for acoustic insulation or dust protection. These features make it suitable for a wide variety of large-scale energy projects. large-scale energy projects .
Digital platform for intelligent operation
The solution is complemented by a digital trading platform that uses AI, big data and digital twins to monitor asset performance in real time. This technology enables revenue simulation, automated dispatch in energy markets and accurate ROI optimization.
With automated manufacturing lines and a mature supply chain, Cairi Energy has begun delivery of Xinghan systems in China. The first projects are expected to be activated from the fourth quarter of 2025, cementing its role in the digitization of energy storage in the country.
Source and photo: SERMATEC
