Solution Details
Solution for mandatory 3C testing of charging piles
On February 21, 2025, the National Certification and Accreditation Administration issued a significant announcement titled "Announcement on the Designation of Implementation Bodies for Mandatory Product Certification of Electric Vehicle Power Supply Equipment," clearly designating 25 organizations as authoritative testing bodies for 3C certification of charging piles. At this critical juncture, Xinglong Technology, leveraging its outstanding comprehensive strength in technology, specifications, integration, and rich project experience, is honored to have meticulously developed and contributed a complete set of charging pile testing solutions for some of the 3C testing laboratories among these 25 organizations.
This solution includes Xinglong Technology's independently developed charging pile connector over-temperature simulator, an innovative device capable of accurately simulating extreme conditions to provide strong assurance for charging pile safety testing. Additionally, it is equipped with a complete charging pile (supercharging) performance testing laboratory that can comprehensively and precisely evaluate the performance of various charging piles. Furthermore, it offers a full set of multi-dimensional testing solutions covering high and low temperature, protection, mechanical, and safety standards to fully meet testing needs in different scenarios.
The entire system demonstrates extremely high testing accuracy and automation levels. The project solution supports flexible and free configuration and can be quickly customized according to different testing requirements. Notably, the system features a one-click report generation function, allowing testers to easily complete all operational processes by following clear software prompts. Whether for units urgently needing to quickly build charging pile testing capabilities or customers pursuing the construction of high-standard testing laboratories, this solution is an ideal choice.
At the same time, for the crucial 3C factory testing phase of charging pile enterprises, Xinglong Technology provides a highly integrated, highly automated, and multifunctional testing platform. The testing content and details of this platform strictly align with the standards of the units designated by the National Certification and Accreditation Administration, effectively strengthening the quality control defenses of charging pile enterprises and providing strong support for their R&D testing. This helps enterprises stand out in fierce market competition and ensures product quality meets high-standard requirements.
Features:
Comprehensive functions: includes 3C certification testing, NB/T33008.1/.2 type testing, metrology testing, interoperability, protocol consistency, safety testing, etc.
Multiple interfaces: supports supercharging pile testing, equipped with "2015+" interface (GB/T20234.3-2023) and "Chaoji" interface (GB/T20234.4-2023).
Strong expandability: optional programmable power supply, safety equipment, multiple guns, European, American, and Japanese standards, directly integrated into the system for collaborative testing.
High precision: 1500V/800A full range 0.05 level (±0.05%) high-precision measurement.
Full waveform recording: records original waveform data, BMS messages, and simulated signals tracked on the same coordinate, intuitively reproducing charging pile characteristics and efficiently tracking issues.
Fully automated: after presetting the project, the software automatically executes and generates results and reports.
Highly flexible: provides a freely controllable panel for research and testing according to individual needs.
Multiple cases: products cover over 60% of provincial-level laboratories, strictly controlling product quality. Testing solutions share the same source as third-party laboratories, improving pass rates.
Model |
Product Name |
Product Image |
Main Functions |
Grade |
Relevant Standards |
Selection Notes |
XL-A911 |
AC/DC Charging Pile Laboratory Testing Platform |
|
For AC and DC charging piles, 3C certification testing , R&D assistance, metrology testing, interoperability testing, protocol consistency, energy label comprehensive testing, State Grid Document No. 45 testing projects, type testing, expandable to European, American, and Japanese standards, expandable group charging testing. |
0.05 level |
GB 39752-2024 Safety Requirements for Electric Vehicle Power Supply Equipment GB 44263-2024 Safety Requirements for Electric Vehicle Conductive Charging Systems JJG 1148-2022 "Verification Regulations for Electric Vehicle AC Charging Piles" JJG 1149-2022 "Verification Regulations for Electric Vehicle Off-board Chargers" GB/T 34657.1-2017 "Electric Vehicle Conductive Charging Interoperability Test Specification Part 1: Power Supply Equipment" GB/T 34658-2017 "Electric Vehicle Off-board Conductive Charger and Battery Management System Communication Protocol Consistency Test" NB/T 33008.1-2018 "Electric Vehicle Charging Equipment Inspection and Test Specification Part 1: Off-board Chargers" NB/T 33008.2-2018 "Electric Vehicle Charging Equipment Inspection and Test Specification Part 2: AC Charging Piles" Marketing Intelligence [2018] No. 45 Notice from the State Grid Marketing Department on Issuing the Work Plan to Further Strengthen Quality Evaluation of Electric Vehicle Charging Equipment |
High-performance, comprehensive advanced testing platform |
XL-A672 |
DC Charging Pile Connector Over-temperature Simulator |
|
Over-temperature testing of connectors for 3C certification and energy label requirements |
/ |
GB 39752-2024 Safety Requirements for Electric Vehicle Power Supply Equipment GB 44263-2024 Safety Requirements for Electric Vehicle Conductive Charging Systems |
Automated, high standard, high specification, with built-in BMS |
XL-A392A(D) |
AC (DC) Short Circuit Testing Device |
|
Short circuit testing for 3C certification and energy label requirements |
/ |
GB 39752-2024 Safety Requirements for Electric Vehicle Power Supply Equipment GB 44263-2024 Safety Requirements for Electric Vehicle Conductive Charging Systems |
Automated, self-protecting |
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