Solar EV Charging Station Solution
Renewable Energy Sources
Peak&valley Load Regulation
BMS Intelligent Provisioning
Energy Independence
Virtual Power Plant
30% Cost Reduction
Renewable Energy Sources
Peak&valley Load Regulation
BMS Intelligent Provisioning
Energy Independence
Virtual Power Plant
30% Cost Reduction
KIWIEVC
Components Of Solar EV Charging Station
PV/Wind Power Generation System
Energy Storage System
EV Charging and Discharging System
AC/DC Hybrid Grid Architecture
Energy Management System
Solar EV Charging Station Solution Core Advantages
Deeply integrating variable power supply, energy storage, and fast charging, device investment can be reduced by 30%.
Flexible interaction between AC/DC microgrids results in a 30% reduction in energy costs.
Seamless switching between on-grid and off-grid power sources ensures uninterrupted power supply for critical loads.
By implementing orderly charging and discharging, renewable energy can be effectively utilized to achieve load peak shaving and valley filling.
Distributed energy storage plays a significant role in achieving stable DC systems and ensuring reliable power supply.
Constructing a virtual power plant to achieve energy aggregation scheduling and alleviate grid pressure.
Usage Scenario
Cargo port
Airport
Mine lot
Factory
Cargo port
Garbage station
Construction site
Public station
Solar EV Charging Show
At Your Service
Ⅰ.Project development
Ⅱ.Site selection
Ⅲ.Equipments selection
Ⅳ.Equipment supply
Ⅴ.Engineering guidance
Ⅵ.O&M platform construction
Ⅶ.EV charging ecosystem