IEEE P1679/D3, Feb 2019
IEEE Draft Recommended Practice for the Characterization and Evaluation of Emerging Energy Storage Technologies in Stationary Applications
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About This Item
IEEE P1679/D3, Feb 2019 is a draft recommended practice focused on how emerging energy storage technologies can be characterized and evaluated for stationary applications. It is relevant to power, energy, and industrial systems where performance data, test methods, and comparison criteria help support informed engineering decisions. For organizations assessing new storage options, IEEE P1679/D3, Feb 2019 offers a structured technical basis for evaluating capability, reliability, and suitability in fixed installations.
Overview of IEEE P1679/D3, Feb 2019
This draft recommended practice addresses the technical context of emerging storage technologies used in stationary energy systems, where repeatable characterization is important for design and selection. IEEE P1679/D3, Feb 2019 is intended to support evaluation of device and system behavior across relevant operating conditions, helping users compare technologies on a consistent basis. Its scope is especially useful when storage performance must be understood in relation to application requirements, electrical integration, and long-term operational expectations.
Typical use cases
IEEE P1679/D3, Feb 2019 may be used when qualifying energy storage options for grid support, facility backup, peak management, or other stationary deployments. It is relevant to engineers and procurement teams comparing new storage chemistries or device types, as well as to test groups developing evaluation plans for components, circuits, and system-level integration. The document is also useful in technology assessments where measured performance, operating limits, and application fit need to be documented clearly.
Why it matters
Clear evaluation practices help reduce uncertainty when selecting storage technologies for stationary use. IEEE P1679/D3, Feb 2019 can support more consistent testing, better design control, and more defensible procurement decisions by giving stakeholders a common technical reference. In practice, that may improve comparability between products, highlight operating constraints earlier, and reduce risk during implementation. For teams working with emerging energy storage, a structured recommended practice can be valuable for both engineering review and project planning.
- Characterization of emerging storage technologies
- Evaluation for stationary applications
- Performance comparison and test consistency
- Support for system selection and integration
- Technical reference for engineering review
- Publication Date: 2019
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Power, Energy and Industry Applications; Components, Circuits, Devices and Systems
- Official IEEE: Doi link
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