SCU provides a 150kW CCS2 EV charger to a golf course in France, providing convenient and reliable electric vehicle charging services for its customers and employees.
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SCU has delivered an energy storage and EV charging solution for a taxi Charging Point Operator (CPO) in Nigeria. The system features a containerized energy storage with split-DC fast EV chargers. The system supports continuous operation for 10-12 hours a day, helping customers achieve stable power supply in an unstable power supply environment, significantly improving charging efficiency and reducing operating power costs by about 50%.
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Microgrids are a lower-cost solution for areas where the power grid is difficult to reach. The SCU solar-energy storage-diesel generator microgrid system provides stable, clean and efficient power support for African hospitals.
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The GRES energy storage system overcomes the challenges of extreme climate and can still operate stably in high temperature and high humidity environments, building a reliable integrated photovoltaic and energy storage solution for Nigerian supermarkets, effectively reducing operating costs and improving energy independence.
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SCU provided a high-power charging solution for a bus station in Shijiazhuang, which uses a 480kW EV charging stack, with each power unit equipped with four charger posts. This solution can quickly and efficiently charge multiple buses at the same time, accelerating Shijiazhuang’s transformation to electric public transportation.
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SCU provides a 2MWH energy storage container for solar power station in the Netherlands, helping customers store excess electricity and sell it at high prices, thereby increasing their profits.
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SCU provides two 360kW EV charging stacks to Kazakhstan EV CPO. The EV charger posts adopt CCS2+GB/T standard, helping EV CPO solve the triple challenges of charging efficiency, compatibility and extreme environment.
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SCU provides off-grid solar battery storage systems for supermarkets in Nigeria to solve the problem of unstable power and save electricity costs. The system prioritizes photovoltaic power during the day and stores excess power; at night or when solar is insufficient, the energy storage container discharges to provide continuous and stable power for the supermarket.
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SCU has deployed a solar energy storage system in rural Mali, Africa, to effectively solve the local basic electricity demand, illuminate the community with green energy, and improve the happiness of African residents. Committed to energy equity, SCU continues to bridge the energy gap — one area at a time！
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