What is BS EN 62660-6:2013?

BS EN 62660-6:2013 is a technical standard that specifies the requirements for electric vehicles (EV) and plug-in hybrid electric vehicles (PHEV) regarding their performance, safety, and environmental impact. It provides guidelines for manufacturers to ensure the reliable operation and compatibility of these vehicles with charging infrastructure.

The Scope and Objectives of BS EN 62660-6:2013

The main objective of BS EN 62660-6:2013 is to establish a set of standards for EV and PHEV in terms of interoperability, electromagnetic compatibility, and electrical safety. This standard covers various aspects such as the vehicle-to-grid interface, communication protocols, charging modes, and monitoring systems.

Key Features and Requirements

One of the key features of BS EN 62660-6:2013 is the requirement for an electrical vehicle supply equipment (EVSE) to be compatible with the charging systems of different car manufacturers. It sets technical specifications for connectors, plugs, and cables used in EV and PHEV charging infrastructure to ensure safe and efficient charging.

Another important requirement is related to the vehicle-to-grid interface, which allows bidirectional power flow between the EV or PHEV and the grid. This feature enables energy transfer from the vehicle's battery back to the grid, contributing to energy management and stability of the electrical grid.

The Benefits of BS EN 62660-6:2013

By adhering to the standards of BS EN 62660-6:2013, manufacturers can ensure the compatibility and safety of their EV and PHEV models with different charging infrastructure. This contributes to a seamless charging experience for consumers and promotes the widespread adoption of electric vehicles.

Standardization also facilitates interoperability, allowing EV and PHEV owners to charge their vehicles at various charging stations without compatibility issues. Additionally, the bidirectional power flow capability enhances the potential of vehicle-to-grid integration, enabling smarter energy management and the utilization of renewable energy sources.