Electric Vehicle Supply Equipment (EVSE)
Electric Vehicle Supply Equipment (EVSE) is an indispensable component in the electric vehicle charging process. With the widespread adoption of electric vehicles and growing market demand, safety and performance requirements for EVSE have also increased. To safeguard consumer rights and maintain market order, the Chinese government has implemented compulsory product certification management for EVSE. According to the *State Administration for Market Regulation Announcement on Implementing Compulsory Product Certification for Electric Vehicle Supply Equipment* (No. 50, 2024), starting from March 1, 2025, designated certification bodies will begin accepting applications for CCC certification of EVSE. This means that from that date onward, all manufacturers, distributors, and importers of EVSE must submit applications to certification bodies to ensure their products comply with national safety standards.
Electric Bicycle
CCC certification, the full name of "China Compulsory Certification System", is a product conformity assessment system implemented by the Chinese government to protect consumers' personal safety and national security and strengthen product quality management. Quality mark, but the most basic safety certification. For products in the headphone certification product catalog, if they have not passed CCC certification, they will not be manufactured, sold, imported or used in other business activities.
Civilian light and small unmanned aerial vehicle system
One. The GB/T 38909-2020 standard specifies the electromagnetic compatibility requirements and test methods for civilian light and small unmanned aerial vehicle systems (including aircraft and ground stations). It is suitable for the design, manufacturing and testing of (takeoff weight between 0.25kg and 150kg). Other types of UAV systems can also be implemented with reference.
Chinese Military Standard
GJB 151B-2013 is China's national military standard, whose full name is "Electromagnetic Emission and Sensitivity Requirements and Measurements for Military Equipment and Subsystems." This standard specifies the requirements and measurement methods for electromagnetic compatibility of military equipment and subsystems. It is an electromagnetic compatibility test standard that military products must comply with to ensure that military equipment can operate normally in various electromagnetic environments without causing unacceptable electromagnetic interference to other equipment. GJB 151B-2013 testing services are usually provided by third-party testing agencies with relevant qualifications. These agencies usually have military confidentiality qualifications, CNAS (China National Accreditation Service for Conformity Assessment) qualifications, CMA (China Metrology Certification) qualifications, and DILAC (Defense Science and Technology Industry Laboratory Accreditation Board) qualifications, etc. These qualifications prove the professionalism and authority of the testing agency and ensure the accuracy and recognition of its test results.
Rechargeable energy storage system
ECE R136 is a safety standard developed by the United Nations Economic Commission for Europe for rechargeable energy storage systems (REESS) for Class L vehicles (including electric bicycles, electric motorcycles, etc.). This standard ensures the safety of battery systems used in electric vehicles under various conditions, including vibration, temperature changes, drops, mechanical shock, fire resistance, external short-circuit protection, overcharge protection, over-discharge protection and over-temperature protection, etc.
Power Battery Pack
The R100 EMARK certification of the power battery pack is an important certification for the power battery system (REESS) in new energy vehicles. It is one of the necessary conditions for entering the European market. The following is some key information about the R100 EMARK certification of the power battery pack: