No grid? Build your own energy station anywhere.
A high-voltage line costs millions of dollars and takes several years for approval, making it impractical in many offshore areas.
The cost of diesel power generation is much higher than that of grid electricity，which cannot be replicated on a large scale.
Without a large power grid as a backing. A drifting cloud reduces solar power generation by several hundred kilowatts.
Low upfront cost, but operating costs are extreme. Fuel, transport, and maintenance devour margins, and scaled stations break the cost model entirely.
Transmission lines, transformers, and charging equipment. Extreme upfront cost, 1-3 years to build, and infeasible in most remote regions.
Large-scale solar arrays as the only daily energy source, sized to cover daily charging demand with margin. Diesel only for prolonged cloudy periods.
High-capacity storage for energy buffering and power support. Capacity is set by the longest no-sun window; power by simultaneous maximum charger demand.
The microgrid controller balances solar, storage, and load in real time. Power is cut instantly on solar drops; SOC-tiered protection prevents over-discharge collapse.
Pre-assembled and tested at the factory. On site: connect solar lines, output to chargers, ground, and power up. PCS supports V/f off-grid mode.
Maintains frequency and voltage of the whole microgrid independently, with no big grid as reference. Island stability, coordinated dispatch, SOC-tiered protection.
Real-time monitoring of generation, SOC, and charging. Remote sites make monitoring and alert push especially critical.
Fast charging meets the daily power replenishment needs of electric vehicles and solves the power anxiety.
The benchmark case of a purely off-grid large-scale solar-storage charging station. A 1000kW/1928kWh container plus 960kWp solar, running independently with no grid.
Tell us about your grid capacity, charging goals, or scenario. We will recommend the optimal solar / storage / charging configuration — tailored, no obligation.