What is BS EN 61800-7-204:2016 ?

Title: What is BS EN 61800-7-204:2016 and How Does it Benefit EV Charging Infrastructure?

The rapid growth in the adoption of electric vehicles (EVs) has created a need for reliable and efficient EV charging infrastructure. To address this challenge, the international standard BS EN 61851-3:2018 has been developed to ensure interoperability, safety, and reliability of EV charging equipment. This standard covers both conductive charging systems (Mode 3) and wireless power transfer (WPT) systems.

In this article, we will explore the technical aspects of BS EN 61851-3:2018 and how it benefits EV charging infrastructure.

What is BS EN 61800-7-204:2016?

BS EN 61800-7-204:2016 is a technical standard that provides guidelines and requirements for adjustable speed electrical power drive systems (PDS) used in industrial applications. It specifies the necessary features, capabilities, and performance criteria for these systems, ensuring their safe and efficient operation.

The scope of BS EN 61800-7-204:2016 includes:

* The design, construction, and testing of electrical power drive systems for industrial applications

* The performance criteria and testing methods for electrical power drive systems

* The safety requirements for electrical power drive systems

* The communication protocols between the control system and the electrical power drive system

* The documentation and labeling of electrical power drive systems

Understanding the technical details of BS EN 61800-7-204:2016 is crucial for manufacturers, installers, and users of EV charging systems.

Key Technical Requirements of BS EN 61851-3:2018

BS EN 61851-3:2018 is an international standard that specifies the requirements and testing methods for AC electric vehicle charging equipment. It covers both conductive charging systems (Mode 3) and wireless power transfer (WPT) systems.

The key technical requirements of BS EN 61851-3:2018 include:

* The electrical safety requirements for AC charging equipment, including protection against electrical hazards, overcurrents, and overvoltages

* The performance requirements for AC charging equipment, including the efficiency, stability, and reliability of the charging process

* The environmental requirements for AC charging equipment, including the impact on the environment and the ability to withstand different environmental conditions

* The communication requirements for AC charging equipment, including the compatibility with different communication protocols and the ability to establish and maintain communication with the charging station controller

* The safety requirements for wireless power transfer systems, including the safety of the users and the equipment, and the ability to detect and respond to potential hazards

Conclusion:

BS EN 61851-3:2018 is an essential standard for the development and implementation of reliable and efficient EV charging infrastructure. By ensuring compliance with this standard, manufacturers, installers, and users of EV charging systems can create a consistent and safe charging experience for EV users across different systems and locations. Understanding the technical details of BS EN 61851-3:2018 is crucial for the success of any EV charging infrastructure project.