A smart microgrid integrating photovoltaics, energy storage, and charging was deployed in an industrial park, achieving coordinated optimization of power generation, grid, load, and storage through an EMS system. The project reduces electricity costs for businesses by over 30% annually and successfully ensures off-grid operation of critical loads.

A grid-grade energy storage system was configured for a large sports center, participating in grid frequency regulation services while serving as a critical backup power source. This solution ensured zero power outages during major events and significantly improved the venue's energy efficiency and emergency response capabilities.

A high- and low-temperature resistant lithium iron phosphate energy storage backup power system was provided for communication base stations in remote areas, replacing traditional lead-acid batteries. The system enables remote, unmanned monitoring and maintenance, ensuring uninterrupted operation of base station communication equipment under extreme weather conditions.