BS EN 62979:2017 - Energy and Heat Transfer Engineering Standard

BS EN 62979:2017 is a critical standard within the field of energy and heat transfer engineering. This document provides a comprehensive framework for measuring and evaluating electromagnetic phenomena within heat and energy transfer systems. Published on December 14, 2017, and conforming to IEC 62979:2017, this standard is essential for professionals seeking to enhance the reliability and efficiency of their engineering practices.

The standard details the methodology for assessing various electromagnetic compatibility (EMC) aspects in energy systems, thereby ensuring safe and effective design, integration, and operation of energy equipment. It is identified under the identifying reference EN 61000-4-14:1999/A2:2009, indicating its alignment with established EMC evaluation criteria.

Key benefits of BS EN 62979:2017 include:

• Improved Compliance: Ensure that your products and systems meet the necessary electromagnetic compatibility standards, protecting your organization from potential compliance failures.
• Enhanced Reliability: Following this standard contributes to the reliability of energy and heat transfer systems, minimizing downtime and maintenance costs.
• Technical Clarity: The document outlines precise testing methodologies that facilitate consistent understanding and application across various sectors of energy engineering.

BS EN 62979:2017 is indispensable for engineers, designers, and manufacturers involved in the development of energy systems, providing the tools needed for ensuring quality performance aligned with international standards. The adoption of this standard not only fosters excellence in product development but also builds confidence among stakeholders in the reliability of energy solutions.

Available in both PDF and hardcopy formats, the standard is priced at £158.00, making it a valuable investment for organizations committed to upholding high-quality engineering practices. Acquire your copy today to ensure your compliance with this vital aspect of energy and heat transfer engineering.