Industrial Facility Case
An industrial facility installed our solar panels and energy storage system, achieving over 90% self-consumption of generated electricity. The project reduced electricity costs and enabled autonomous energy management, ensuring stable power for production. Excess daytime electricity is stored in batteries and used at night, providing continuous power supply.
Commercial Building Case
A commercial building integrated rooftop solar panels with a smart management platform, using solar power during the day and storage batteries at night. Real-time monitoring and peak/off-peak electricity management significantly improved energy efficiency and reduced operational costs.
Large-Scale Solar Farm Case
Large solar farms deploy panels in centralized layouts, supplying renewable energy to surrounding communities. The farms optimize output power through monitoring systems, balancing load demands, and supporting low-carbon, green development. Combined with energy storage, they provide reliable power during cloudy days and at night.
Application Value Analysis
These cases demonstrate that integrating solar systems with energy storage, monitoring, and smart management platforms can greatly improve energy efficiency, reduce electricity costs, and achieve both economic and environmental benefits across industrial, commercial, and community projects.
Conclusion
Solar systems are widely applicable across households, commercial buildings, industrial facilities, and large-scale solar farms, providing stable and reliable renewable energy. Through careful planning, professional design, and proper maintenance, users can achieve long-term energy savings, emission reduction, and economic returns.
