20kW 30kW V2V Charging Station CCS2 CHAdeMO Portable Fast Charger

15kW/20kW/30kW/40kW V2V Movable Charger for Roadside Assistance. V2V Charger Portable EV Charging Station V2V Discharger Portable Roadside Assistance V2V EV Charger.

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Movable Chargin Station 20kw 30kW Rescue Vehicle V2V EV Charger

Regarding V2V Charging Stations

V2V (vehicle-to-vehicle) charging technology enables one electric vehicle (EV) to charge another by transferring energy from a discharging vehicle to a charging one using a charging gun. The system can operate on alternating current (AC) or direct current (DC). V2V emergency DC fast charging is a bidirectional charging method designed to alleviate range anxiety and provide power in emergency situations, such as vehicle breakdowns or inability to access charging stations.

What is V2V charger Station?

V2V is essentially a vehicle-to-vehicle charging technology that allows a charging gun to power another electric vehicle's battery. V2V charging technology is divided into DC V2V and AC V2V. AC vehicles can charge each other. Typically, the charging power is limited by the onboard charger and is relatively low. In practice, it resembles V2L (vehicle-to-load) somewhat. DC V2V technology also has some commercial applications, such as high-power V2V technology. This high-power V2V technology remains suitable for range-extended electric vehicles.

Working Principles of 20kW, 30kW, and 40kW V2V Charging Stations

V2V charging stations can easily connect two electric vehicles, allowing one car to share battery power with another. This ensures power supply in remote areas or emergency situations.

Advantages of V2V chargers:

Alleviating grid infrastructure pressure: By enabling electric vehicles to draw power from other vehicles, the demand for additional costly and time-consuming grid charging infrastructure can be reduced.

Integration with Renewable Energy: V2V technology can utilize electric vehicles as buffers to help manage the intermittency of renewable energy sources such as solar and wind power. When excess energy is generated, it can be stored in the batteries of electric vehicles and released to other vehicles when needed.

Peak Demand Management: Electric vehicles can charge during off-peak hours (when electricity prices are lower) and then release energy to other EVs during peak demand periods, thereby alleviating grid pressure.

Cost savings for consumers: Consumers can sell the excess energy stored in electric vehicle batteries to other electric vehicles, thereby reducing costs and even generating income.

The integration of V2V (vehicle-to-vehicle) functionality may encourage more people to purchase electric vehicles, as they know they can contribute to grid stability and even earn income through their vehicle's energy storage capabilities.

V2V Charging Stations Features

AC vs. DC: AC V2V charging is typically slow and limited by the onboard charger; high-power DC V2V charging, on the other hand, is much faster, comparable to charging speeds at traditional charging stations.

V2V Charger Communication: For fast DC charging, vehicles must communicate via a serial communication interface using standard charging protocols such as CHAdeMO, GB/T, or CCS.

V2V Power Transfer: The electric vehicle EV providing charging shares its battery power with the receiving EV. This is achieved through internal converters ( DC-DC converters)

Wireless V2V: Some research is also exploring wireless V2V charging, which can be used for both plug-in and non-plug-in vehicles, creating more charging chance.

What's the advantages about V2V Charger Station?

Ranger Relief: Provides a way for electric vehicles to charge each other, crucial when traditional charging stations are unavailable.

V2V Emergency Charging: Portable V2V chargers can provide enough power for a stranded vehicle to reach a charging station. Efficient Energy Utilization: From a broader perspective, V2V charging can be used for energy sharing and helps reduce peak demand on the power grid.

Eliminating Range Anxiety: Provides a way for electric vehicles to charge each other, crucial when traditional charging stations are unavailable.

Efficient Energy Utilization: From a broader perspective, V2V charging can be used for energy sharing and helps reduce peak grid demand.

V2V Charging Application Scenarios

1. Roadside Assistance: This opens up new business opportunities for roadside assistance companies and represents a growth market. When a new energy vehicle's battery is low, the vehicle-to-vehicle charger stored in the trunk can be easily and conveniently used to charge the other vehicle.

2. Suitable for Emergency Situations on Highways and at Temporary Event Sites: It can be used as a mobile fast charging station, requiring no installation and taking up minimal space. It can be directly connected to a three-phase power supply or connected to an operating system for charging when necessary. During peak travel periods such as holidays, provided highway companies have sufficient transformer lines, using these mobile charging stations can significantly alleviate the previous four-hour charging queues and reduce management, operation, and maintenance costs.

3. For outdoor travel, if you are short on time for business trips or travel, or if you only have one new energy vehicle equipped with DC charging, then equipping a mobile DC charging station will allow you to travel with peace of mind!