| Place of Origin: | China |
|---|---|
| Brand Name: | ANE |
| Minimum Order Quantity: | 1 |
| Price: | 5,000~200,000 USD |
| Delivery Time: | 30 work days |
| Payment Terms: | T/T, L/C |
| Supply Ability: | 100 per month |
| Multi-energy Integration: | Photovoltaic, Wind Power And Other New Energy Are Accessible To The System, Making The Vehicles’ Charging In New Energy Forms. | New Energy Consumption: | Optimized The System Configuration, Decreased The Electricity Using Cost And Increased The Operating Income. |
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| Improving The Power Quality: | Features With Reactive Power Compensation And Harmonic Suppression Functions, Enhanced The Power Quality. | Load Constraint: | Solved The Insufficient Capacity In Grid System, Improving The Charging Experience And Increase The Operation Income. |
| Integration Design: | Customized Integration Charging Solution, Meeting Different Marking Demands, Reduced The Investment Cost. | Peak-load Shifting: | Making Full Use Of The Peak-valley Electricity Price Spread And Energy Storage System, Reduced The Use Cost And Increased The Operation Income. |
| Power Baker Plus: | Photovoltaic And Energy Storage System Increased The Power Capacity Of The System, Enhanced The Charging Efficiency And Reduced The Cost. | ||
| High Light: | microgrid and storage solutions,power storage solutions |
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System introduction
The multi-energy integrated EV charging system is consist of new energy electrical power generating system, energy storage system, electric vehicles charging& discharging system,
Energy management system, Photovoltaic carport and other intelligent auxiliary facilities, adopting the AC-DC bus and standard system solution, modular configuration, making the system reliable and flexible. The system makes full use of the new energy generation, intelligent energy storage and electric vehicles charging & discharging, adjusting the grid system energy flow and realizing the electric vehicle charging. By using the multi-layer interconnection control load constraint technology, effectively solved the insufficient capacity of grid system, enhanced the consumers’ charging experience, increased the operating income and reduced the electricity cost by the peak-valley price spread.
System feature
Photovoltaic, wind power and other new energy are accessible to the system, making the vehicles’ charging in new energy forms.
Optimized the system configuration, decreased the electricity using cost and increased the operating income.
Features with reactive power compensation and harmonic suppression functions, enhanced the power quality.
Solved the insufficient capacity in grid system, improving the charging experience and increase the operation income.
Customized integration charging solution, meeting different marking demands, reduced the investment cost.
Making full use of the peak-valley electricity price spread and energy storage system, reduced the use cost and increased the operation income.
Photovoltaic and energy storage system increased the power capacity of the system, enhanced the charging efficiency and reduced the cost.
Application scenarios
