01
Wide output current support
Supports 16A, 32A, 40A, and 50A output ranges, allowing the platform to adapt to different charging power requirements from standard residential units to higher-capacity commercial systems.
PRODUCTION OVERVIEW
Inside EVSE Control
PCBA manufacturing
This production overview highlights the complete workflow behind EVSE control PCBA manufacturing, from SMT assembly and component placement to functional testing and quality inspection. Each step is designed to ensure stable performance, consistent quality, and readiness for real-world charging applications.
Behind the product
Where reliable control
Where reliable control
takes shape
Built as the core of modern EV charging systems, this control PCBA focuses on reliability, adaptability, and long-term stability across diverse applications. With a modular architecture and robust control logic, it enables manufacturers to develop scalable charging solutions that meet global standards and evolving market demands.
Key features
Built for safe, flexible and scalable EV charging control
Developed as the intelligent core of AC EV charging systems, this main control PCBA combines reliable power management, flexible system compatibility, and practical protection logic to support stable performance across residential, commercial, and public charging applications.
02
Single-phase & three-phase compatibility
Designed for both single-phase and three-phase AC input architectures, giving OEM and ODM projects greater flexibility for regional grid standards and product line expansion.
03
Integrated protection systems
Includes over-current, over-voltage, leakage current, surge, and over-temperature protection logic to help ensure charging safety, operational stability, and dependable long-term use.
04
Real-time metering & communication
Supports accurate power monitoring together with communication capabilities such as CAN, Ethernet, WiFi, or 4G for connectivity, data exchange, and smart charging integration.
05
Certification-ready design
Engineered to meet demanding international requirements, with a design foundation aligned for TUV-oriented European projects and UL-oriented North American market development.
06
Modular and upgrade-friendly architecture
The scalable structure supports customization, firmware updates, and feature expansion, helping manufacturers tailor charging solutions to evolving user expectations and market needs.
Applications
Designed for multiple AC EV charging scenarios
With reliable control capability, adaptable architecture, and certification-oriented design logic, this main control PCBA can be applied across a wide range of charging equipment platforms.
Wallbox chargers
Suitable for residential and light commercial wall-mounted charging products that require stable control, safe power delivery, and compact system integration.
Public charging stations
Supports public AC charging systems that demand dependable operation, protective control functions, and communication readiness for connected charging environments.
Fleet charging solutions
A practical fit for fleet-oriented charging projects where long-term stability, scalable deployment, and consistent operational performance are essential.
As the central control platform of a modern EV charger, this PCBA helps manufacturers accelerate product development while building safer, smarter, and more adaptable charging solutions for the global market.
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