IEEE P1189/D15, Jun 2007 PDF | Request Standard
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IEEE P1189/D15, Jun 2007

Acid (VRLA) Batteries for Stationary Applications

Standard by IEEE, 2007

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  • Language: English
  • License Type: Single User
  • Updates: Not Included
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  • Language: English
  • License Type: Enterprise / Multi User
  • Updates: Included

About This Item

Legal Notices*

P1189/D15, Jun 2007 is a standards document focused on acid, or VRLA, batteries for stationary applications. It addresses the technical expectations that matter when these batteries are selected, installed, or evaluated in power and energy systems. For operators and engineers, the standard helps support consistent design and performance decisions for backup power and other fixed installations where reliable battery behavior is important.

About P1189/D15, Jun 2007

P1189/D15, Jun 2007 sets out guidance for acid valve-regulated lead-acid batteries used in stationary service. In this context, the document is relevant to battery specification, performance considerations, and application suitability within power-related engineering work. As an inactive standard, it is still useful as a reference point for understanding historical requirements and technical expectations around VRLA battery use. P1189/D15, Jun 2007 can help inform review, comparison, and documentation tasks for stationary battery systems.

Where is P1189/D15, Jun 2007 used?

This standard is most closely associated with stationary battery installations used for backup and standby power. Typical use cases may include utility support equipment, industrial control rooms, telecommunications sites, and other fixed energy systems that depend on reliable DC supply. P1189/D15, Jun 2007 is relevant wherever acid VRLA batteries are evaluated for continuous readiness, installation compatibility, and long-term service in engineered power applications.

Importance in practice

In practice, P1189/D15, Jun 2007 matters because stationary VRLA batteries must perform predictably under specific operating conditions. A clear technical reference supports procurement decisions, design control, and comparison of battery options across a project or facility. It may also help reduce risk by improving consistency in testing, rating interpretation, and application planning. For power and energy professionals, this kind of standard is valuable when reliability and maintainability are key concerns.

  • Acid VRLA battery focus
  • Stationary application context
  • Backup and standby power systems
  • Technical reference for selection and review
SKU: f661a5f9604d

  • Publication Date: 2007
  • Standard Status: Inactive
  • Publisher: IEEE
  • Subject: Power, Energy and Industry Applications
  • Official IEEE: Doi link
  • This Version: P1189 (2007)
  • Previous Version: P1189 (2007)
  • Previous Version: P1189 (2006)

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