● Highway Service Areas: Provides speedy recharge for the long-distance traveller with less or no downtime so as to continue the journey uninterruptedly.

● Urban Public Charging Stations: Located conveniently at the hub of the city/ business district, enabling EV owners to have faster, more accessible charging.

● Retail Parking Lots: Allows easy charging while customers are already at work in supermarkets/malls to make the best use of time.

●Home Energy Savings: Charge during off-peak hours and return energy to the grid at peak times to reduce costs and earn incentives.

●Grid Support for Communities: V2G helps stabilize local grids by allowing residential EVs to feed excess energy back during high-demand periods.

●Renewable Energy Integration: Store surplus energy from solar or wind in your EV and return it to the grid during peak demand, boosting renewable energy use.

● Photovoltaic Self-Use: Prioritizes solar energy for loads, storing excess power in batteries and providing backup when solar generation is insufficient.

● Microgrid Integration: Balances solar energy supply, battery storage, and diesel backup for uninterruptable power in small-scale grids or industrial buildings.

● Emergency Power Supply: Supports off-grid operations and emergency black-start functions for critical system protection at power failures.

● Reactive Power Compensation: PF0.99 grade is achieved with over 95% efficiency, offering dynamic voltage stabilization and power factor improvement.

● Instantaneous Response: Total response time is less than 50 microseconds, ensuring consistent voltage control.

● Flexible Applications: Diverse applications, from industrial processes to power distribution networks.

●Reactive power and harmonic compensation: ASVG not only compensates reactive power, but also supports low-order and small-capacity harmonic compensation to achieve reactive power compensation and harmonic control.

●Three-phase balance regulation function: ASVG has three-phase unbalance regulation function, which can generate reactive current and low harmonic wave to meet the requirements by controlling the inverter, so as to achieve the purpose of reactive power compensation and harmonic control.