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To purchase ev chargers in Italy, you can find Hongjiali New Energy Co., Ltd., a professional manufacturer of ev chargers. Ev chargers are suitable for various parking lot projects. It has focused on the new energy industry for 18 years and integrates the research, development, and production of ev chargers. One-stop sales and service, providing you with overall solutions for building electric vehicle charger sites.

As the name suggests, an ev charger is a device that provides charging services for electric vehicles. It obtains electricity from the grid and converts it to charge the electric vehicle's battery. Electric vehicle chargers can solve the problem of limited cruising range of electric vehicles and provide infrastructure support for their widespread application.

The ev charger is mainly composed of a pile body, a power unit, a control unit, a metering unit and other parts.

According to different charging methods, electric vehicle chargers can be divided into two categories: DC electric vehicle chargers and AC electric vehicle chargers.

1. DC ev charger

DC ev charger, also known as fast charging, uses DC charging to directly convert the alternating current of the power grid into direct current to charge the battery of the electric vehicle. Since the DC charging method has the characteristics of fast charging and high efficiency, DC electric vehicle chargers are usually used in scenarios that require fast charging, such as highway service areas, urban public charging stations, etc.

2. AC ev charger

AC ev charger, also known as slow charging, uses AC charging. The on-board charger of the electric vehicle converts the alternating current from the grid into direct current and then charges the battery. Although the AC charging method has slower charging speed, the cost of charging equipment is lower, and installation and maintenance are relatively simple. Therefore, AC electric vehicle chargers are more suitable for long-term parking scenarios such as homes and offices.

Common power of electric vehicle chargers

1. The power of the electric vehicle charger directly affects the charging speed. Common DC electric vehicle charger powers include 30kW, 60kW, 120kW, etc. The selection of these power specifications is usually based on factors such as charging needs, grid capacity, and cost-effectiveness. The higher the power, the faster the charging speed, but at the same time the greater the grid capacity required and the cost will increase accordingly. Therefore, in practical applications, appropriate power specifications need to be selected based on specific scenarios and needs.

2. The power of AC electric vehicle charger is relatively low, generally 3.3kW or 7kW. Although the charging speed is slow, it is enough to meet the charging needs of long-term parking at home or office.

Introduction to overcharging technology

Overcharging technology is an advanced technology that can achieve fast charging. It uses high-power charging equipment and optimized charging algorithms to replenish a large amount of electricity for electric vehicles in a short period of time. Currently, a variety of overcharging power specifications have appeared on the market, such as 250kW, 350kW or even higher power.

The application of overcharging technology has greatly improved the charging efficiency of electric vehicles, effectively solving charging problems in scenarios such as long-distance travel. For example, an electric car that supports supercharging technology can add hundreds of kilometers of cruising range in just a few dozen minutes when charged at a suitable supercharging station, greatly improving the user experience.

Electric vehicle charger application scenarios

,1 DC ev charger application scenarios

DC electric vehicle chargers are suitable for scenarios that have high charging time requirements due to their fast charging speed. For example, highway service areas, urban public charging stations, large parking lots, and taxi and online car-hailing charging stations, etc. In these scenarios, DC electric vehicle chargers can meet the vehicle's need to quickly replenish power and improve operating efficiency.

2. Application scenarios of AC ev chargers

AC electric vehicle chargers are more suitable for long-term parking scenarios such as homes and offices. In home scenarios, users can charge electric vehicles at night to take advantage of low electricity prices to reduce costs; in offices, employees can charge electric vehicles during working hours to facilitate daily commuting.

If you want to purchase "ev chargers italy", you can consult us online or by email (sales@hjlcharger.com).