Basic Signaling And Control Module For AC Chargers

The Basic Signaling and Control Module for AC Chargers is a compact and reliable control solution designed for international AC electric vehicle charging equipment. Engineered to comply with global standards, it provides essential signaling, safety monitoring, and charging control functions between the EV charger and the connected electric vehicle.

Designed for global AC charging applications, this module integrates key functions including Control Pilot signal processing, Proximity Pilot detection, charging status management, safety interlock control, fault monitoring, and charging process coordination.

By providing a ready-to-integrate control architecture, the module helps EV charger manufacturers, charging infrastructure operators, and system integrators reduce development complexity, shorten time-to-market, improve product reliability, and accelerate the deployment of compliant AC charging solutions worldwide.

With a modular hardware design, flexible integration capability, and robust supply chain support, it is suitable for residential wallbox chargers, commercial AC charging stations, fleet charging systems, and customized EV charging equipment.

Standardized AC Charging Signaling Control
The module is designed to support standardized AC charging communication and signaling requirements, enabling reliable interaction between electric vehicles and charging equipment.
It accurately manages the charging communication process, including vehicle connection recognition, charging readiness confirmation, charging authorization, and charging status control. This allows manufacturers to develop AC charging products with improved compatibility, stability, and seamless global compliance.

Integrated Control Pilot and Proximity Pilot Signal Processing
The module integrates essential Control Pilot and Proximity Pilot signal processing functions required for rigorous AC charging applications, backed by extensive laboratory testing and validation.
It enables real-time monitoring of the connection status between the EV, charging cable, and charging equipment.

Reliable Charging Safety Management
Safety is a critical requirement for EV charging systems. The module provides multiple protection and monitoring functions to ensure safe, fail-safe charging operation under diverse environmental conditions.

Compact and Modular Hardware Design
The module adopts a compact printed circuit board based design optimized for integration into various AC charger architectures. Its flexible design enables easy installation and adaptation for diverse charging equipment structures.

Flexible Integration Capability
The module is designed for easy integration into various AC charging platforms. It can work as a basic charging control unit within a complete EV charging ecosystem and cooperate with higher-level controllers, communication systems, and intelligent charging platforms.

Residential AC Charging Systems: The module provides reliable basic charging control functions for home EV chargers and residential wallbox charging solutions. It enables safe vehicle connection detection and charging management for daily private EV charging applications.

Commercial AC Charging Stations: For public and semi-public charging applications, the module supports stable charging operation in locations such as shopping centers, office buildings, hotels, parking facilities, and commercial properties.

Fleet Charging Infrastructure: The module is suitable for fleet operators requiring reliable AC charging solutions for corporate vehicles, logistics fleets, service vehicles, and rental vehicle fleets, providing stable control for efficient electrification.

Original Equipment Manufacturer Development: For EV charger manufacturers, the module provides a pre-developed control solution that reduces engineering workload, testing overhead, and accelerates product commercialization.

Reduced Development Time: Shorten product development cycles significantly by utilizing a ready-to-use control solution that minimizes software and hardware engineering requirements.

Improved Product Reliability: Built with optimized control logic and rugged hardware design to eliminate charging failures caused by unstable signaling communication.

Cost-Effective Product Development: Cut down engineering investment, development resources, testing workload, and product validation time.

Flexible Product Customization: Provide expert customization support based on specific charger architectures, functional requirements, regional market needs, and application scenarios.

Global Supply Chain and Technical Support: Backed by dependable manufacturing capacity, transparent lead times, sample availability for prototyping, and comprehensive integration engineering support.