What is BS EN 62836-2-1:2018 ?

Title: A Comprehensive Guide to BS EN 62196-2:2018 and BS EN 62973-1:2013

The advancement of electric vehicles (EVs) has created a growing demand for reliable and efficient EV charging infrastructure. As the industry continues to evolve, it is essential to ensure that EV charging components, including plugs, socket-outlets, vehicle connectors, and vehicle inlets, are compatible and interchangeable. This article will focus on the importance of two key European standards that address these issues: BS EN 62196-2:2018 and BS EN 62973-1:2013.

Overview of BS EN 62196-2:2017:

BS EN 62196-2:2017 is a part of a series of European standards that address various aspects of EV charging, including dimensional compatibility and interchangeability requirements for alternating current (a.c.) pin 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.

The standard defines the physical dimensions and tolerances for plugs, socket-outlets, vehicle connectors, and vehicle inlets, enabling easy and reliable connections between EVs and charging stations. By ensuring that charging components are compatible, manufacturers can reduce the risk of compatibility issues, which is critical for the widespread adoption of EVs.

Key Benefits of Compatibility:

Better EV Compatibility: Compatibility between charging components and EVs ensures that EV owners can charge their vehicles more easily and efficiently.

Reduced Costs: By reducing the number of components that need to be produced and tested, manufacturers can lower the overall cost of EV charging infrastructure.

Improved Safety: Compatibility standards help ensure that EVs and charging stations are safe to use, reducing the risk of electric shock, fire hazards, and other potential dangers.

Conclusion:

BS EN 62196-2:2017 and BS EN 62973-1:2013 are essential standards for ensuring the dimensional compatibility and interchangeability of EV charging components. By defining the physical dimensions and tolerances for EV charging infrastructure components, these standards can help reduce the risk of compatibility issues, improve EV charging efficiency and safety, and ultimately encourage the widespread adoption of EVs. As the EV charging industry continues to evolve, it is critical to ensure that EV components are compatible and interchangeable to maximize the benefits of EV adoption.