Project Reference
These project cases demonstrate the real-world deployment of our energy storage solutions across diverse application scenarios. With installed capacities ranging from kWh-level systems to multi-MWh projects, our solutions have been successfully implemented in utility-scale, commercial & industrial, microgrid, and diesel-hybrid environments.
Each project highlights a tailored system design focused on operational reliability, energy cost optimization, and long-term system performance, addressing site-specific power demands and grid conditions.
Project Description
This grid-scale energy storage project features a total installed capacity of 20 MW / 40 MWh.
A centralized inverter and step-up substation architecture is applied to connect the system to the 35 kV medium-voltage grid.
The project supports photovoltaic power integration and provides frequency regulation services to enhance grid stability.
Project Description
This project features a 1 MW / 2 MWh hybrid microgrid system designed for off-grid island applications. Photovoltaic generation and battery energy storage serve as the primary power sources, supplying stable and clean electricity to local loads.
When solar generation and battery capacity are insufficient, a diesel generator is automatically dispatched to supplement the power supply, ensuring continuous and reliable operation. The hybrid configuration significantly reduces diesel fuel consumption while maintaining high system reliability under isolated grid conditions.
The system is tailored for remote island environments, providing a resilient and efficient energy solution where conventional grid access is limited or unavailable.
Project Description
This project involves a 500 kW / 1 MWh commercial and industrial (C&I) energy storage system designed for peak shaving, valley filling, and demand response applications. The system is equipped with high-performance inverters and advanced battery energy storage technology to ensure efficient and reliable operation.
The energy storage system has been operating stably for several years, delivering consistent performance and supporting optimized energy cost management under real-world grid conditions.
Project Description
This project features a walk-in containerized energy storage system equipped with air-cooled battery racks and integrated with high-performance solar-storage inverters. The system is designed to support efficient photovoltaic energy utilization while ensuring reliable backup power for off-grid applications.
By combining flexible system architecture with proven thermal management and power conversion technologies, the solution delivers stable operation, high system reliability, and optimized energy performance under diverse operating conditions.
Project Description
This project demonstrates a solar–storage–charging (PV + ESS + EV) integrated solution designed to support high-power EV charging infrastructure without requiring major grid upgrades. By combining photovoltaic generation with battery energy storage, the system effectively reduces peak grid demand while maximizing the utilization of renewable energy.
The solution enables flexible power management for fast-charging stations, improves grid capacity utilization, and delivers significant economic benefits through reduced grid connection costs and optimized energy usage.
Project Description
This project features a 500 kWh commercial and industrial backup energy storage system equipped with a Static Transfer Switch (STS) to ensure seamless power transition. In the event of grid disturbances or outages, the system switches from grid supply to battery power within 20 milliseconds, providing uninterrupted power to critical loads.
The fast transfer capability significantly enhances power quality and supply reliability, effectively protecting sensitive industrial and commercial equipment from voltage dips, interruptions, and grid instability.