IEEE P1887/D2, Nov 2016
IEEE Approved Draft Guide for Wayside Energy Storage System Guide for DC Traction Applications
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- Language: English
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- Language: English
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About This Item
IEEE P1887/D2, Nov 2016 is an approved draft guide for wayside energy storage systems used in DC traction applications. It addresses the technical considerations involved in placing energy storage at or near the trackside to support traction power systems, where voltage stability, energy recovery, and load management can be important. For transportation and power engineering teams, IEEE P1887/D2, Nov 2016 provides a focused reference for evaluating system behavior, planning integration, and aligning design decisions with the needs of DC rail infrastructure.
IEEE P1887/D2, Nov 2016 overview
This draft guide is centered on wayside energy storage systems that serve DC traction networks, a setting where electric rail loads can vary quickly and regenerative braking energy may need to be captured or reused. IEEE P1887/D2, Nov 2016 helps frame the engineering context for these installations, including how storage may interact with traction substations, feeders, and related power equipment. It is most relevant where designers need guidance on system roles, expected performance, and practical integration within transportation power networks.
Typical use cases
IEEE P1887/D2, Nov 2016 is commonly relevant for rail corridors that use DC traction power and seek to manage peak demand, improve energy efficiency, or reduce braking energy waste. It may be used when planning wayside batteries, supercapacitors, or other storage technologies near substations or feeder sections. Engineers and operators can apply the guide during concept development, system studies, equipment selection, and interface planning for transit, light rail, or other electrified transportation installations with similar power profiles.
Why this standard matters
For DC traction projects, IEEE P1887/D2, Nov 2016 can help bring consistency to design reviews, procurement expectations, and technical evaluation of wayside storage solutions. A clear guide supports better comparison of equipment options, more disciplined performance assessment, and fewer integration surprises at the substation or feeder level. It also matters for safety and operational reliability, since storage systems in traction environments must work predictably with fast-changing load conditions and power return behavior.
- Wayside energy storage guidance
- DC traction application focus
- Rail power integration considerations
- Energy recovery and peak support
- Interface planning for traction systems
- Publication Date: 2016
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Transportation; Power, Energy and Industry Applications; Fields, Waves and Electromagnetics; Components, Circuits, Devices and Systems
- Official IEEE: Doi link
- This Version: P1887 (2016)
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