Tesla NACS to CCS1 & J1772 AC/DC EV Charging Adapter | For Tesla EVSE Infrastructure & Charging Stations

YDCHARGE NACS to CCS1 / J1772 AC and DC Adapter

A professional grade interoperability solution enabling CCS1 and J1772 vehicles to access Tesla NACS infrastructure.

The YDCHARGE NACS to CCS1 and J1772 adapter is a professional charging interface developed for vehicles with North American standard CCS1 DC and J1772 AC inlets requiring access to Tesla NACS infrastructure. Engineered to support both compatible AC and DC charging scenarios it provides a unified solution for cross standard power transfer. Built for AC and DC interoperability this platform supports DC charging from 500 to 1000V with project based versions up to 250A while selected versions also support J1772 AC charging up to 80A 110 to 250V AC. Featuring silver plated copper alloy conductors plus UL94 V0 PC housing and integrated thermal protection it serves as a practical charging solution for fleet operations and imported vehicle support.

AC plus DC Interoperability

Allows CCS1 and J1772 based vehicles to utilize Tesla NACS charging infrastructure for both compatible AC and DC charging scenarios through one unified adapter platform.

High Power Capability

Supports project based DC versions up to 250A 1000V DC with final power performance depending on charger voltage and specific system configuration.

Active Thermal Safety

Safety monitoring logic ensures that charging stops automatically when the adapter reaches the defined thermal cutoff threshold during high current operation.

OEM ODM Flexible

Supports custom branding plus current class selection and project based supply to meet the requirements of EVSE accessory manufacturers and global charging networks.

YDCHARGE NACS to CCS1 / J1772 AC and DC Charging Adapter

A professional interoperability solution enabling Non Tesla North American EVs to access NACS infrastructure.

The YDCHARGE NACS to CCS1 and J1772 adapter is a professional charging interface developed for North American EVs using J1772 for AC and CCS1 for DC fast charging. It provides a reliable bridge between SAE J3400 NACS infrastructure and standard non Tesla North American charging architectures within a unified interface platform.

This product is defined as an interface adapter and serves as a high performance tool for global EV interoperability. It enables seamless power transfer for imported vehicles and fleet operations in NACS dominant markets without requiring hardware modifications to the charging station or vehicle inlet.

Interoperability Scenarios

Specifically developed for Non Tesla North American EVs and fleet operations in NACS environments:

  • CCS1 and J1772 vehicles operating in Tesla charging heavy regions
  • Imported Non Tesla EVs requiring local NACS station support
  • Fleet and leasing operations in cross network deployments
  • Professional automotive engineering validation and testing
  • Public charging compatibility programs and OEM accessory supply

AC and DC 2 in 1 Access

The adapter platform supports dual charging paths for comprehensive infrastructure access:

  • NACS DC fast charging to CCS1 vehicle DC compatibility
  • NACS AC charging access for J1772 vehicle AC systems
  • Supports DC applications from 500 to 1000V DC
  • Available in project based high power versions up to 250A

Built In Thermal Protection

Ensuring safe high current power transfer during cross-standard sessions:

  • Automatic charging stop at defined thermal cutoff thresholds
  • Active monitoring ensures safety during cross standard sessions
  • Enhanced reliability for public and commercial fleet use
  • Professional thermal management for 250kW class fast charging

Durable Industrial Design

Built with industrial materials for intensive B2B charging use:

  • Silver plated copper alloy conductors for high conductivity
  • Flame retardant UL94 V0 PC housing for safety
  • Silicone rubber sealing structure for IP54 protection
  • Service life positioned for intensive B2B charging use

Platform Technical Integrity

Designed for engineering teams and distributors seeking a reliable NACS interoperability solution:

Supports AC and DC 2 in 1 functionality
AC charging support up to 80A 110 to 250V
Selected versions feature high power DC SKU
Designed for SAE J3400 and J1772 Combo 1
Industrial IP54 rated environmental protection
Suitable for 500 to 1000V DC applications

Branding and Customization

  • Custom logo placement and private label branding
  • Housing color and visual identity personalization
  • Localized packaging and project based documentation
  • Support for EV distributor and infrastructure partners

Project Level Integration

  • Current class selection based on project requirements
  • AC and DC path configuration selection by version
  • Comprehensive OEM and ODM charging accessory development
  • Engineering validation and fleet supply programs

Practical NACS Interoperability Platforms

The YDCHARGE NACS to CCS1 and J1772 adapter provides a practical bridge for modern non Tesla North American vehicles in Tesla NACS networks.

Tell us your target current class, AC compatibility requirements, branding scope, and expected volume, and we will recommend the right NACS adapter solution for your project.

NACS to CCS1 / J1772 AC and DC Adapter Technical Specifications

 
General and Application
Product Name YDCHARGE NACS to CCS1 / J1772 AC and DC Charging Adapter
Product Type Charging interface adapter
Target Application CCS1 / J1772 vehicles charging from NACS infrastructure
Input Interface NACS North American Charging Standard SAE J3400
Output Interfaces CCS1 for DC fast charging and J1772 for AC charging
Electrical Performance
Charging Modes AC and DC charging support depending on project version
DC Voltage Range 500 to 1000V DC
DC Current Capability Project based high power versions up to 250A
AC Capability Selected versions support J1772 AC up to 110 to 250V 80A
Hardware and Materials
Housing Material Professional grade PC with UL94 V0 flame retardancy
Conductor Material Silver plated copper alloy for superior conductivity
Sealing Material Silicone rubber for environmental and thermal stability
Protection Rating IP54 rated adapter design for North American infrastructure
Environment and Safety
Thermal Protection Integrated sensor with charging stop at defined over temperature threshold
Storage Temp 30 C below zero to 85 C above zero
Certification Project based support available depending on market and SKU configuration
Product Positioning Commercial grade interoperability adapter for OEM ODM and fleet charging
Integration Note
This product is an adapter and is distinct from a charging cable. It is intended to enable CCS1 / J1772 vehicles to charge from Tesla NACS charging infrastructure in professional charging environments.

NACS to CCS1 / J1772 AC and DC Adapter FAQs

B2B OEM ODM Frequently Asked Questions

 

A. Product Positioning and Application

Q1. What is this NACS to CCS1 / J1772 adapter used for?
It allows vehicles with CCS1 DC and J1772 AC charging interfaces to charge from Tesla NACS charging infrastructure. NACS supports both AC and DC power while many non Tesla North American EVs rely on J1772 for AC and CCS1 for DC.
Q2. Is this product a cable or an adapter?
This product is defined as an interface adapter. It serves as a specialized bridge rather than a full charging cable assembly.
Q3. What is the input and output of this adapter?
The adapter utilizes NACS as the infrastructure side input and provides CCS1 output for DC charging plus J1772 output for AC charging depending on the mode and version.
Q4. Is this adapter intended for Tesla vehicles?
The primary purpose of this platform is to enable non Tesla vehicles with CCS1 and J1772 charging systems to utilize Tesla NACS infrastructure networks.
Q5. Is it suitable for public charging station use?
Yes. It is specifically suitable for providing non Tesla EV owners with public NACS charging access where regional infrastructure allows.

B. Standards and Technical Accuracy

Q6. Does NACS support both AC and DC charging?
Yes. NACS standardized as SAE J3400 supports both AC and DC power transfer through a single compact connector architecture.
Q7. What do CCS1 and J1772 represent on non Tesla vehicles?
For many non Tesla North American EVs the J1772 interface is used for AC charging and the CCS1 Combo 1 interface is used for high power DC fast charging.
Q8. Why should the product be presented as AC and DC?
Since the adapter supports both J1772 AC and CCS1 DC infrastructure compatibility a DC only description would technically understate the full capability of the platform.
Q9. Should the page describe it only as a 250A product?
No. It is more accurate to present the platform as a project based adapter family available in multiple current classes to meet diverse engineering needs.
Q10. Is this product intended mainly for DC charging?
The primary commercial application is DC fast charging though selected versions also provide full AC compatibility for versatile charging access.

C. Safety and Thermal Protection

Q11. Does the adapter include temperature protection?
Yes. The platform features integrated thermal protection logic to monitor safety during high power power transfer sessions.
Q12. What happens if the adapter overheats?
Charging is designed to stop automatically once the internal sensor reaches the defined thermal cutoff threshold to prevent hardware stress.
Q13. Why is temperature protection important?
Thermal management is a primary safety concern for high current adapters ensuring the integrity of the electrical contacts under continuous load.
Q14. Is the housing flame retardant?
Yes. The product housing is engineered with professional grade PC material that follows UL94 V0 flame retardancy standards.
Q15. Is the adapter suitable for repeated commercial use?
Yes. It is positioned for repeated handling and charging cycles within both public and professional commercial infrastructure.

D. Mechanical and Environmental Performance

Q16. What protection level does the adapter offer?
The platform is designed with an IP54 rated protection level for reliability in typical charging environments.
Q17. Is it suitable for outdoor charging environments?
Yes. It is intended for real world charging scenarios subject to proper handling and standard compliant infrastructure use.
Q18. What materials are used in the conductor system?
The adapter utilizes silver plated copper alloy conductors to ensure high conductive efficiency and low contact resistance.
Q19. What storage temperature range is supported?
Technical product specifications indicate a storage range from 30 C below zero to 85 C above zero.
Q20. Why is a sealing structure important?
It helps improve environmental resistance and overall product durability during frequent daily charging operations.

E. OEM ODM and Project Support

Q21. Do you support OEM and ODM projects for this adapter?
Yes. The platform is ideal for OEM ODM and professional fleet charging accessory programs requiring customized solutions.
Q22. Can the logo be customized?
Yes. Custom logo placement and branding options are available for project based B2B programs.
Q23. Can the housing color be customized?
Yes. Project based housing color customization can be supported according to specific program requirements.
Q24. Is this suitable for large volume fleet projects?
Yes. It is well suited for high volume B2B supply and global infrastructure interoperability programs.
Q25. What information do you need for a quotation?
We usually require your target current class vehicle application AC compatibility needs branding scope and volume.

F. Commercial Positioning

Q26. What kind of customers is this adapter best suited for?
It is best suited for fleet operators charging distributors infrastructure integrators engineering teams and OEM ODM partners.
Q27. Is this useful for non Tesla EVs charging on Tesla NACS?
Yes. Enabling non Tesla North American vehicles to use Tesla NACS charging infrastructure is the primary commercial use case.
Q28. Can it be used in cross network EV deployment projects?
Yes. It is essential when vehicles and charging infrastructure belong to different standard ecosystems within the same regional market.
Q29. Why is this product commercially valuable?
It solves the interoperability challenge between NACS infrastructure and CCS1 J1772 vehicle systems without stationary hardware changes.
Q30. What is the cleanest way to present this product?
As a NACS to CCS1 and J1772 AC DC adapter platform for interoperability with thermal protection and OEM ODM support.

Tell us your target current class, vehicle application, whether AC compatibility is required, branding requirement, and expected volume, and we will recommend the right NACS to CCS1 & J1772 adapter solution for your project.