Engineering Prowess & Client Value Proven in Practice

This case demonstrates our all-environment adaptive photovoltaic primary equipment enclosure solution developed for large ground-mounted photovoltaic power stations. Addressing extreme environmental challenges in deserts and plateaus, we designed special aluminum alloy material structures, intelligent air duct cooling systems, and modular equipment layouts, extending equipment service life by 40%, improving system efficiency by 3.5%, and significantly reducing installation and maintenance costs. This solution has been applied in multiple large photovoltaic power station projects domestically and internationally, with a cumulative installed capacity exceeding 5GW, including several "Top Runner" demonstration projects.

This case introduces our electrical secondary equipment enclosure integration solution for intelligent substations. Addressing electromagnetic interference protection, precision equipment environmental control, and complex cable management needs, we developed efficient electromagnetic shielding structures, precision temperature control systems, and intelligent cable management solutions, resulting in 200% improved shielding performance, 70% reduced equipment failure rates, and 80% enhanced cable management efficiency. This solution has been successfully applied in multiple ultra-high voltage and intelligent demonstration substations nationwide and included in the State Grid recommended equipment catalog.

This case showcases our all-weather electrical primary equipment enclosure solution developed for a large power grid company. Addressing harsh environment adaptability, special high-voltage equipment requirements, and long service life design needs, we provided IP65 protection designs, modular standard systems, and safe operation designs, achieving 80% improved equipment reliability, 65% increased installation efficiency, and 40% reduced maintenance costs. Over 5,000 sets have been applied in distribution network renovation projects across multiple provinces nationwide, becoming a model for standardized grid equipment.

This case presents our high-voltage direct-connected energy storage enclosure integration solution for an international power equipment manufacturer. Addressing strict safety isolation requirements in 35kV high-voltage environments and complex equipment layout needs, we designed special high-voltage safety structures, three-compartment space layouts, and globally compatible standards, resulting in insulation performance exceeding requirements by 50%, equipment integration density increasing by 35%, and certification cycles shortening by 60%. The solution has been applied to grid-side energy storage projects in multiple countries with a total installed capacity exceeding 500MWh.

This case demonstrates our customized low-voltage energy storage container structure solution for a leading domestic energy storage system integrator. Facing strict safety standards, complex system integration requirements, and urgent delivery cycles, we developed high-safety structural designs and modular structure systems, achieving remarkable results including 40% shorter delivery time, 30% improved structural safety, and 50% higher system integration efficiency. This solution has been successfully applied to multiple energy storage projects nationwide with a total capacity exceeding 150MWh.