Photovoltaic storage diesel AC/DC integrated cabinet(100KW/215KWh)

◎ This integrated PV/energy storage/diesel cabinet is designed and manufactured in strict compliance with automotive-grade safety and reliability standards. Its core design provides robust support for complex scenarios involving multiple devices operating in parallel. Whether operating in an online mode requiring coordination with the main power source or in offline scenarios requiring independent power provision, it delivers exceptionally stable output power and outstanding dynamic response capabilities. This ensures seamless adaptation to sudden load fluctuations, allowing users to safely expand the overall capacity of the system while continuously obtaining a stable, high-performance power source.

◎ Through a highly integrated design, this device combines the photovoltaic MPPT controller, energy storage lithium battery system, and diesel engine interface into a unified and efficient energy dispatch center. This integrated architecture greatly simplifies on-site installation procedures and complexities, essentially reducing potential compatibility issues between different components. It intelligently optimizes energy flow paths between photovoltaic systems, energy storage, and backup diesel generators according to operating strategies, improving the overall operational efficiency of the entire energy system.

◎ This system integrates dual-effect protection combining fire suppression and intelligent temperature control. The fire suppression system actively monitors and mitigates potential risks, effectively reducing the probability of safety incidents. This not only significantly extends the service life of critical equipment but, more importantly, ensures the entire system operates stably 24 hours a day.

◎ This module highly integrates the battery, PCS (power conversion system), MPPT controller, and diesel engine interface. It not only streamlines power management processes and enhances the collaborative efficiency of core components but also reduces maintenance complexity. By delivering robust and uninterrupted power output, it redefines the integration standards for power systems.