IEEE P1187/D12, Jun 2013
Acid Batteries for Stationary Applications
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About This Item
P1187/D12, Jun 2013 is an inactive technical document focused on acid batteries for stationary applications, with attention to the materials, design, and performance considerations that support dependable power systems. In the context of power, energy, and industrial applications, it is relevant for equipment where battery reliability, installation consistency, and operational stability matter. This standard can help define expectations for stationary battery use in engineered systems that require controlled backup or reserve power.
Overview of P1187/D12, Jun 2013
P1187/D12, Jun 2013 addresses the technical context of acid batteries used in stationary installations, where long-term service and predictable performance are typically essential. It is most useful as a reference for design and engineering teams working with battery-based power support in fixed locations. The document sits within a broader framework of electrical components and engineered materials, so it may be used to guide attention to construction, materials behavior, and application suitability rather than general-purpose battery use.
Typical use cases
This standard is commonly relevant for stationary battery banks used in backup power, control power, and other fixed electrical installations. It may apply to systems supporting substations, industrial facilities, utility equipment, or power conditioning assemblies where acid batteries are selected for sustained readiness. P1187/D12, Jun 2013 can also be useful during equipment specification, procurement review, or technical evaluation when engineers need a defined reference for battery-related requirements in stationary service.
Why it matters
P1187/D12, Jun 2013 matters because stationary battery applications depend on consistency, safety, and predictable performance over time. A clear technical reference can support better design control, reduce misunderstandings during procurement, and improve confidence in testing and acceptance decisions. For teams responsible for compliance or maintenance planning, this kind of standard helps align expectations around battery behavior and installation practices. It also supports lower risk in power-critical environments where failure can affect operations.
- Stationary acid battery applications
- Power and energy system context
- Design and performance reference
- Installation and procurement support
- Inactive standard record
- Publication Date: 2013
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Power, Energy and Industry Applications; Components, Circuits, Devices and Systems; Engineered Materials, Dielectrics and Plasmas
- Official IEEE: Doi link
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