The iEMM100 Integrated Wind-PV-Storage Power Supply Unit is an energy router developed by Genvict for transportation-energy integration applications characterized by low power loads, geographically dispersed deployment, and high utility power access costs. It provides coordinated access and management of renewable power from wind and PV together with utility grid power, and delivers multiple AC and DC output specifications to meet diverse load-side energy requirements. The unit also supports dynamic energy storage, intelligent early warning, and comprehensive safety protection. Through “zero-carbon power supply + local consumption,” it addresses difficult power access, long-distance transmission, and high costs, enabling energy autonomy, energy conservation, and carbon reduction across transportation scenarios.
Supports four wind turbine inputs and one PV input, with rated total output power of up to 3.7kW, providing sufficient zero-carbon power for load-side equipment.
Energy Routing:
An integrated Energy Management System (EMS) dispatches energy in the priority sequence of wind turbines > PV > energy storage > utility grid, improving the energy self-sufficiency rate.
Intelligent Early Warning:
A built-in forecasting algorithm estimates sustainable power-supply duration and provides intelligent early warnings for off-grid operating scenarios, ensuring power supply reliability.
Core Value
Energy Autonomy
:
Connects, converts, and supplies renewable electricity from wind and PV to loads, optimizing the energy supply mix and enabling energy autonomy.
Cost and Carbon Reduction
:
Zero-carbon power supply and local consumption avoid long-distance power transmission and electricity charges, reducing construction and operating costs.
Reliable Power Supply
:
Real-time monitoring of source-side generation capacity, intelligent early warning, and emergency power assurance mechanisms improve supply reliability.