YDCHARGE Single-Phase Mode 2 EV Charger IC-CPD PCBA

YDCHARGE Single-Phase Mode 2 EV Charger IC-CPD PCBA
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YDCHARGE Single-Phase 32A Mode 2 IC-CPD PCBA Platform

A slim, intelligent control board platform engineered for 7 kW Mode 2 portable EV charger development.

Designed for OEM and ODM programs requiring space efficiency, firmware flexibility, and a compliance-ready architecture. This single-phase IC-CPD PCBA is the ideal foundation for next-generation portable EV charger solutions.

Compact Architecture

Ultra-slim 137 x 66 x 25 mm profile engineered for strict space efficiency in portable EVSE enclosure designs.

Advanced Menu Logic

Optional support for dynamic current adjustment, scheduled charging sessions, and customizable tariff settings.

Smart UI & Connectivity

Features firmware flexibility for multilingual UI integration and smart connectivity to enhance the end-user experience.

Global Compatibility

Built with a compliance-ready architecture supporting global connector standards for seamless international market entry.

YDCHARGE Single-Phase 32A Mode 2 IC-CPD PCBA Platform

Engineered for 7 kW Mode 2 Portable EV Charger OEM & ODM Programs

The YDCHARGE single-phase 32A Mode 2 IC-CPD PCBA is a compact, production-oriented control platform. Designed for 7 kW Mode 2 EVSE applications, this slim 137 x 66 x 25 mm control board helps manufacturers build high-performance portable chargers with advanced firmware logic, flexible UI integration, and efficient mechanical packaging.

Compact Footprint

Combines power control, protection architecture, and smart charging functions in a space-efficient layout. It supports thinner, more competitive control box designs, making it suitable for lightweight portable EVSE products and premium OEM chargers.

Intelligent Firmware & UI

Supports configurable functions such as current adjustment, scheduled charging, delay start, tariff setting, energy statistics, and fault handling. The framework supports multilingual UI concepts adaptable for LCD, OLED, or LED-based interfaces.

Global Compliance Ready

Structured to support Type 1, Type 2, NACS, and GB/T programs through project-based adaptation. Aligned with IEC 62752 and IEC 61851 requirements, helping streamline compliance planning across regional variants.

SKD & CKD Flexibility

Supply can be arranged as PCB only, assembled PCBA, PCBA with display, or a complete module set. Firmware preloading, parameter presets, and branded UI logic can be supported to simplify sourcing and assembly.

More Than Just a Control Board

As an OEM and ODM partner, YDCHARGE supports customers with technical coordination, product definition, localized documentation, branding-oriented UI adaptation, and commercialization materials. For brands, assemblers, and solution providers looking to shorten development cycles while maintaining flexibility, this platform offers a scalable foundation for global EVSE programs.

Mode 2 IC-CPD PCBA Technical Specifications

Product Type: IC-CPD control board for portable EV charger.

Application: Single-phase Mode 2 portable EVSE development for OEM/ODM and SKD/CKD programs.

General & Electrical Specifications
Product Name YDCHARGE Single-Phase Mode 2 IC-CPD PCBA
Charging Mode & Phase Mode 2 / Single-phase
Rated Input Voltage 220-240 V AC, project-based regional variants available (50/60 Hz)
Rated Current & Power Up to 32A / Up to 7 kW
Current Adjustment Configurable multi-stage current setting
Mechanical & Hardware Architecture
PCB Dimensions 137 x 66 mm (Board Height: 25 mm max)
Mechanical Profile Slim-profile layout for compact control box integration
Main Control MCU-based charging control architecture
Supply Format PCB only / assembled PCBA / PCBA + display / module-based supply
Firmware & Smart Features
Firmware Functions Current adjustment, scheduled charging, delay start, tariff setting, energy statistics, data reset, summary logic
UI & Language Support LCD / OLED / LED project-based compatibility; Multi-language firmware support
Smart Connectivity Tuya / WiFi / Bluetooth ready (project-based implementation)
Delivery Option Standard firmware or customer-specific firmware preloading
Safety, Protection & Compliance
Protection Functions Over-voltage, under-voltage, over-current, over-temperature, leakage protection logic
RCD Concept Type A + DC 6 mA architecture support, project-based implementation
Special Functions Non-ground mode support, fault code logic, parameter memory
EV Standard Adaptation Type 2, Type 1, NACS, GB/T project-based adaptation
Compliance Development Designed for Mode 2 charger development aligned with IEC 62752 and IEC 61851 application requirements
OEM/ODM Support Firmware customization, UI branding, parameter presets, documentation support

Single-Phase 32A Mode 2 IC-CPD PCBA

B2B OEM/ODM Frequently Asked Questions

A. Product Positioning and Application

Q1. What is this Mode 2 IC-CPD PCBA used for?
This PCBA is designed as the core control and protection board for single-phase Mode 2 portable EV chargers. It is intended for OEM and ODM projects requiring charging control logic, protection functions, display integration, and project-based firmware customization.
Q2. Is this product a complete portable EV charger?
No. This product is primarily a PCBA platform for charger development and assembly. It can be supplied as PCB only, assembled PCBA, PCBA with display, or as part of a module-based supply solution depending on the project scope.
Q3. Who is this PCBA designed for?
It is designed for EV charger brands, OEM and ODM customers, SKD/CKD assemblers, engineering teams, and solution providers looking to build or localize Mode 2 portable EV charger products.
Q4. Is this suitable for new product development?
Yes. It is a development-ready platform that helps customers shorten development time, reduce engineering risk, and accelerate commercialization of portable EV chargers.
Q5. What is the main benefit of using a ready PCBA platform?
A ready platform reduces hardware and firmware development time, improves consistency, simplifies sourcing, and makes it easier to build multiple charger SKUs for different markets on one core architecture.

B. Electrical Specifications and Platform Capability

Q6. What charging mode does this PCBA support?
This platform is designed for Mode 2 portable EV charger applications with integrated IC-CPD control and protection architecture.
Q7. Is this a single-phase or three-phase charger board?
This version is a single-phase PCBA, typically intended for products up to 32A / 7 kW, depending on the final charger configuration.
Q8. What voltage range is supported?
It is typically designed for 220 to 240 V AC single-phase applications, with project-based adaptation for regional market requirements.
Q9. What is the maximum current supported?
The platform is designed for up to 32A, subject to the final relay, cable, connector, enclosure, and certification strategy.
Q10. What charging power can be achieved?
In a typical single-phase 32A application, the platform supports up to 7 kW, depending on local supply voltage and final hardware configuration.
Q11. Does it support adjustable current settings?
Yes. The platform supports multi-stage current adjustment, allowing project-based current setting strategies for different product versions and markets.

C. Smart Functions, Firmware, and UI

Q12. What smart charging functions can this PCBA support?
Depending on the project, the firmware can support current adjustment, delay start, scheduled charging, tariff setting, energy statistics, summary logic, parameter memory, and data reset.
Q13. Can the firmware be customized?
Yes. We support project-based firmware customization, including charging behavior, logic flow, feature activation, user interaction, and market-specific operating requirements.
Q14. Can the display and UI be customized for our brand?
Yes. The platform supports brand-oriented UI customization, including display layout, icons, parameters, menu structure, and wording style.
Q15. What display types can it support?
Depending on the project, it can support LCD, OLED, or LED-based UI solutions, subject to the final hardware architecture and target product design.
Q16. Does it support multi-language firmware?
Yes. Multi-language support is available for region-specific products and localized end-user experiences.
Q17. Can fault codes and warning messages be customized?
Yes. Fault code logic, warning messages, prompt wording, and display structure can be adapted to your after-sales and user experience requirements.
Q18. Does it support WiFi, Bluetooth, or app integration?
Project-based support is available for WiFi, Bluetooth, and smart connectivity expansion, depending on the selected hardware and firmware scope.

D. Safety, Protection, and Compliance

Q19. What protection functions are included?
The platform can support over-voltage, under-voltage, over-current, over-temperature, and leakage-related protection logic, depending on the complete system design.
Q20. Does it support residual current protection?
The architecture can support Type A plus 6 mA DC protection concepts or other project-based solutions, depending on the final hardware implementation and target market.
Q21. Is this PCBA designed for IEC 62752 applications?
Yes. The platform is intended for Mode 2 IC-CPD charger development and can support projects aligned with IEC 62752 and related IEC 61851 application requirements.
Q22. Does the PCBA itself guarantee certification?
No. Certification applies to the complete charger system, including enclosure, connectors, cables, firmware, labeling, and final test scope. The PCBA supports certification development, but does not by itself guarantee final approval.
Q23. Can you support certification planning for different markets?
Yes. We can support project-based compliance development for target markets such as Europe, the UK, North America, and other regions.

E. Global Standards and Regional Adaptation

Q24. Which EV connector standards can this platform support?
This PCBA can be adapted for projects using Type 2, Type 1, Tesla NACS, and GB/T, depending on the charger program and target market.
Q25. Can one PCBA platform support multiple regional SKUs?
Yes. One platform can often support multiple market variants through changes in firmware, connector standard, cable, plug configuration, language, and feature settings.
Q26. Is this suitable for global portable EV charger product planning?
Yes. Platform-based design is especially useful for building global charger families while reducing duplicated engineering work across regions.

F. Mechanical Integration and Delivery Format

Q27. What are the PCB dimensions?
This single-phase version is designed around a compact 137 x 66 mm footprint with a slim 25 mm profile, making it suitable for thin portable charger control box designs.
Q28. Can this PCBA be integrated into our own enclosure?
Yes. The platform is suitable for project-based enclosure integration, including private-label housings and custom industrial design programs.
Q29. What delivery formats are available?
Supply can be arranged as PCB only, assembled PCBA, PCBA with display, or module-based supply, depending on your project requirements and assembly capability.
Q30. Is this PCBA suitable for OEM, ODM, SKD, and CKD projects?
Yes. This platform is specifically suitable for OEM and ODM portable EV charger development, and also works well for SKD and CKD assembly programs that require flexible supply and faster local product rollout.

Ready to integrate the IC-CPD PCBA into your professional EVSE line? Send us your technical requirements and expected volume for a dedicated project proposal.