What is BS EN 61377-2:2016 ?

Title: What is BS EN 61377-2:2016 and BS EN 61788-12:2016?

The evolution of technology has led to the rapid development of the electrical vehicle (EV) industry. As more and more EVs are being produced and sold, the need for high-quality standards to ensure the safety and efficiency of these vehicles becomes increasingly important. Two such standards that play a crucial role in ensuring the interoperability and compatibility of EV charging infrastructure are BS EN 61377-2:2016 and BS EN 61788-12:2016.

BS EN 61377-2:2016: "Plugs, socket-outlets, vehicle connectors and vehicle inlets – Conductive charging of electric vehicles – Part 2: Dimensional compatibility and interchangeability requirements for a.c. pin and contact-tube accessories"

BS EN 61377-2:2016 is a standard that focuses on the physical dimensions and tolerances of alternating current (a.c.) pins and contact-tube accessories used in EV charging systems. The primary objective of this standard is to ensure interoperability between EV charging infrastructure components, regardless of the manufacturer. By defining the physical dimensions and tolerances for plugs, socket-outlets, vehicle connectors, and vehicle inlets, this standard enables easy and reliable connections between EVs and charging stations.

BS EN 61788-12:2016: "Superconductivity – Part 1: Methods for determining the critical current of superconducting composite wires"

BS EN 61788-12:2016 is a technical standard that specifically focuses on superconductivity. The standard provides guidelines and specifications for determining the critical current of superconducting composite wires, which is a critical parameter that determines the performance and reliability of EV charging systems.

Conclusion:

BS EN 61377-2:2016 and BS EN 61788-12:2016 are two important standards that have a significant impact on the EV charging industry. By providing guidelines and specifications for the physical dimensions and tolerances of EV charging components, these standards ensure interoperability between EV charging infrastructure components, making it easier and more reliable to connect EVs to charging stations. Understanding the requirements of these standards is critical for the development and implementation of high-quality EV charging infrastructure.