Electric vehicles (EVs) use electricity or other renewable energy sources to store energy. It is becoming popular among consumers for its many advantages, including eco-friendliness, quiet operation, cost reduction, low maintenance requirements, etc. As more people choose EVs, their user scale is expected to expand substantially in the coming years.
AC EV charger facilities are an important infrastructure for electric vehicle charging, which is significant for promoting the popularization and development of electric vehicles. With the continuous expansion of the global EV market, the demand for AC EV chargers is also growing. Their fast charging capacity and cost-effectiveness make them suitable for wide application across residential and commercial areas.
The global EV charger market was about $7.2 billion in 2022, and this data is estimated to reach $91.2 billion by 2032.([1])
Understanding the AC EV Chargers
AC EV chargers provide AC power for electric vehicles, playing a role in controlling the power supply while protecting charging safety. They feature varied power ratings and configurations depending on the types of electric vehicles they support and the locations where they will be deployed.
Function and Composition of AC EV Chargers
AC EV chargers are the medium between electric vehicles and the power grid. They obtain AC power from the power grid and convert it into DC power for vehicle battery charging. AC EV chargers primarily consist of the input power connection, power conversion unit, user interface, control unit, and protection module.
The charger draws power from the grid via its input power connection. Within the power conversion unit, essential components, including an AC-to-DC converter, work to transform high-voltage AC into low-voltage DC power. The user interface is equipped with a display and control buttons that allow EV owners to operate the AC EV charger. It provides real-time charging status along with historical usage data.
The control unit manages and monitors the charging process to ensure the correct flow of electricity. Moreover, the protection module provides temperature monitoring and overcurrent protection to ensure charging safety. Premium-grade EV connect charging stations also boast modular design with separate enclosures to facilitate hassle-free maintenance and upgrading.
Working Principle of AC EV Chargers
Firstly, AC EV chargers draw AC electricity from the grid. Next, a converter converts 220V AC power into DC power, which will be directly transmitted to the onboard charger and converted into a current that can directly charge the battery.
Advanced power management modules will precisely regulate this conversion process while continuously monitoring voltage, current, and temperature parameters. The filtered DC power is then delivered safely to the vehicle for char
Advantages of AC EV Chargers
Reliable AC EV charger solutions deliver many advantages that make them a practical and scalable solution for electric vehicle infrastructure. Their flexible installation options and moderate upfront costs have led to widespread deployment across Europe, China, Southeast Asia, and other markets. Key advantages include the following:
1. Convenience and Wide Compatibility
AC EV charger solutions offer unmatched convenience and broad compatibility, enabling electric vehicle owners to charge their cars outdoors effortlessly. Compatible with the majority of electric vehicles on the roads, these chargers boast flexible mounting options, making them suitable for installation in a diverse range of on-street and off-street settings.
2. High Cost-Effectiveness
AC chargers have lower procurement, installation, and maintenance costs thanks to simpler and mature designs. Their operating expenses are also relatively economical. This cost-effectiveness expands the application range of AC chargers, making it a practical choice for various environments.
3. High Energy Efficiency
Advanced chip-level controls and power conversion technology help AC EV chargers achieve high energy efficiencies. It adopts energy-saving technology to minimize energy loss during charging and lower energy costs for users.
4. Safety
The built-in multiple protection mechanisms of AC EV chargers, such as over-temperature, over-voltage, and leakage protection, provide car owners with a safe and stable charging environment. By providing stable and consistent voltage and current, it can reduce potential damage to the vehicle and extend its lifespan.
5. Easy to Maintain and Install
Modular designs of AC EV chargers simplify maintenance and repair work. As plug-and-play devices, these EV connect charging stations can be set up quickly without extensive
EVB Offers Innovative AC EV Charging Solutions
EVB is a leading provider of AC EV charging solutions with a strong track record in power electronics. Founded in 2011, our brand has over ten years of expertise in renewable energy technology and innovative solutions.
We possess extensive R&D, production, and quality control capabilities, and our commitment to supplying high-performance, user-friendly, and durable charging equipment worldwide has made EVB a trusted name in the industry. Our advantages include:
- Proven experience and product reliability
- Broad product range, including portable, wall-mounted, and floor-mounted EV chargers
- Exceptional quality built to global certifications
- Robust after-sales support network
- Continuous innovation to address emerging needs
EVB's Comprehensive Portfolio
At EVB, we offer a comprehensive portfolio of AC charging stations suitable for various charging needs. Our AC EV charger solutions are configured for optimal performance. We have designed these products to the highest industry standards and made sure that they feature the latest charging technologies to deliver safe and reliable operation. We leverage our extensive experience in renewable energy to engineer these AC charging stations for long-lasting dependability. Their key characteristics include the following:
- Outstanding charging experience for EV owners
- Highly versatile with widespread residential applicability. Adaptable to various electrical infrastructures and regions
- Remote monitoring and management via mobile application
- Dynamic load balancing for stable electrical system operations and intelligent electricity distribution
- User-friendly design with various protection and convenient settings
- Compliance with global industry standards
- Ease of maintenance with modular designs
Conclusion
As the electric vehicle market grows, well-engineered AC EV chargers will meet widespread adoption. AC EV chargers provide a cost-effective and scalable solution for residential and commercial applications because of their flexible deployment options, universa,l compatibility, and high energy efficiency.
Among the many top EV charger suppliers, our brand EVB is at the forefront of the industry with advanced yet affordable charging solutions. Our reliable AC EV chargers leverage the latest technologies to deliver optimized, future-proof electric vehicle charging services. Visit our website to explore our innovative offerings!
References
[1] Electric Vehicle Charger Market Size, Share, Competitive Landscape and Trend Analysis Report by Vehicle Type (Battery Electric Vehicle (BEV), Plug-in Hybrid Electric Vehicle (PHEV), Hybrid Electric Vehicle (HEV)), by End User (Residential, Commercial), by Charging Type (On-board Chargers, Off-board Chargers): Global Opportunity Analysis and Industry Forecast, 2023-2032. Available at: https://www.alliedmarketresearch.com/electric-vehicle-charger-evc-market (Accessed: 22 November 2023)
