SCU provides a battery hybrid power system for a U.S. off-grid community project, ensuring stable, efficient, and sustainable power for residential developments.
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Discover how SCU’s 300kWh energy storage system enables a European IT enterprise to maximize solar PV consumption, cut electricity costs through peak shaving, and accelerate its green energy transition.
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Discover how SCU’s 215kWh energy storage system in Belgium contributes to optimizing electricity costs with Time-of-Use tariffs and helps households cut electricity bills.
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SCU deployed six 100kW/215kWh battery storage systems with a PowerSync distribution cabinet in Belgium, enabling the expansion of industrial factory power and ensuring uninterrupted power supply.
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SCU provided a 1MWh/500kW containerized energy storage system to a European agricultural company with a solar farm. By implementing the energy storage system, the customer can flexibly dispatch electricity, achieving peak shaving, optimizing revenue, and significantly improving the economic benefits of agricultural energy management.
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SCU provided two 100kW/215kWh commercial and industrial energy storage systems and an isolation transformer to a rural area in Nigeria. The systems were deeply integrated with the existing local photovoltaic power generation system to create an efficient and reliable integrated solar energy storage solution.
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SCU provides a 1MWh green energy storage system for a European thermal power plant, helping it to make up for the slow response of the ORC system. It can also participate in frequency regulation, peak shaving, and sell electricity to the grid, improving overall operating efficiency and economy. The integration of energy storage + ORC system is becoming an important solution for the intelligent and green upgrade of thermal power plants.
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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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