IEEE 1679-2010

IEEE 1679-2010 is a recommended practice for characterizing and evaluating emerging energy storage technologies in stationary applications. It focuses on how to assess performance, behavior, and suitability for fixed-site power and energy systems, helping engineers compare technologies using a consistent technical basis. In power, energy and industry applications, that kind of guidance matters when storage options are still developing and project decisions depend on credible test results, repeatable evaluation, and careful engineering judgment.

What is IEEE 1679-2010?

This standard provides a structured approach for the characterization and evaluation of energy storage technologies intended for stationary use. IEEE 1679-2010 is aimed at emerging systems, so its value lies in helping users examine key technical attributes without assuming a single storage chemistry or device type. It may be used to support evaluation methods, performance comparisons, and design reviews where storage behavior must be understood under practical operating conditions. The document is especially relevant when consistency in testing and interpretation is important.

Where is IEEE 1679-2010 used?

IEEE 1679-2010 is commonly used in stationary power installations where energy storage is being considered for load support, smoothing, backup, or operational flexibility. It is relevant to utility-facing equipment, industrial power systems, and engineering workflows that assess how a storage technology performs in a fixed application. The standard can help teams evaluate prototype systems, compare candidate technologies, and prepare technical documentation for project selection or procurement. IEEE 1679-2010 is most useful when the application depends on measured behavior rather than general product claims.

Why is IEEE 1679-2010 important?

The practical value of IEEE 1679-2010 is in bringing consistency to evaluation of new storage technologies before they are widely deployed. It can support better design control, more meaningful test results, and clearer communication between manufacturers, engineers, and buyers. For stationary applications, that helps reduce technical risk and improves confidence in performance claims, especially when comparing different technologies. Using IEEE 1679-2010 can also make compliance reviews and procurement assessments more objective and easier to document.

• Emerging stationary energy storage
• Characterization and evaluation methods
• Performance comparison support
• Engineering and procurement review
• Technical testing consistency