What is BS EN 61851-23:2018 ?

Title: What is BS EN 61851-23:2018 and How Does it Benefit EV Charging Infrastructure?

The rise of electric vehicles (EVs) has created a growing demand for EV charging infrastructure. As the number of EVs on the road continues to grow, it is essential to ensure that EV charging equipment is safe, reliable, and interoperable. The BS EN 61851-23:2018 standard plays a crucial role in ensuring that EV charging systems meet specific requirements and standards for safety, reliability, and interoperability.

Key Technical Requirements:

BS EN 61851-23:2018 is an international standard that specifies the technical requirements and testing methods for AC electric vehicle charging equipment. The standard covers both conductive charging systems (Mode 3) and wireless power transfer (WPT) systems. It provides guidelines for the design, construction, performance, and security aspects of charging stations.

BSEN16664:2020 is an international standard that aims to enhance the technological innovation process across multiple industries. It provides a comprehensive set of guidelines and regulations to ensure that technological innovations meet specific criteria for safety, sustainability, and efficiency.

Meaning and Purpose:

BSEN16664:2020 is an initiative to promote the adoption of new technologies across multiple industries. It aims to enhance the process of developing new technologies and to encourage their adoption across various sectors. The standard is designed to provide guidelines for the development of EV charging infrastructure, making it easier for installers and users to ensure compliance with the standard.

Key Elements of BSEN16664:2020:

The standard has several key elements that guide the development of EV charging infrastructure. These elements include:

Safety: The standard emphasizes the importance of ensuring the safety of EV charging equipment and users. It recommends the use of appropriate safety measures, such as overcurrent protection, overvoltage protection, and thermal protection.

Interoperability: The standard encourages the use of interoperable charging equipment, which allows for a consistent charging experience across different EV systems.

Performance: The standard specifies the performance requirements for EV charging equipment, including maximum output current, voltage, and power density.

Security: The standard recommends the use of secure communication protocols for data transfer between charging stations and EVs.

Reliability: The standard specifies the testing methods for EV charging equipment, including high-temperature and low-temperature tests, to ensure their reliability.

Maintenance: The standard recommends that EV charging equipment should be regularly maintained to ensure that it remains safe and compliant with the standard.

Conclusion:

BS EN 61851-23:2018 is an essential standard for the development of EV charging infrastructure. It provides guidelines for the design, construction, performance, and security aspects of charging stations. Compliance with the standard ensures a consistent and safe charging experience for EV users across different systems and locations.

BSEN16664:2020 is a comprehensive set of guidelines and regulations that aims to ensure the safety, sustainability, and efficiency of EV charging technology. The standard provides guidelines for the development of EV charging infrastructure and encourages the use of interoperable charging equipment.

By ensuring that EV charging equipment meets the technical requirements of BS EN 61851-23:2018 and the safety standards of BSEN16664:2020, EV charging infrastructure can provide a safe, reliable, and interoperable experience for EV users.