IEEE P605/D13, Nov 2007
IEEE Draft Guide for Bus Design in Air Insulated Substations (Revision of IEEE 605-1998)
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- Language: English
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- Language: English
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About This Item
IEEE P605/D13, Nov 2007 is a draft guide for bus design in air insulated substations, written for power, energy, and industry applications. It focuses on the engineering considerations that affect bus arrangements in high-voltage substation environments, where spacing, insulation, clearances, and mechanical layout can influence reliability and safety. As a draft revision of IEEE 605-1998, IEEE P605/D13, Nov 2007 is relevant to teams reviewing bus design practices and technical alignment for substation projects.
What is IEEE P605/D13, Nov 2007?
This technical document provides draft guidance for designing bus systems used in air insulated substations. IEEE P605/D13, Nov 2007 is centered on practical design direction rather than general theory, helping define how buswork should be arranged and evaluated within the substation environment. Because it is a revision of IEEE 605-1998, it is useful for understanding updated draft considerations for spacing, configuration, and related design expectations in power system installations.
Where is IEEE P605/D13, Nov 2007 used?
IEEE P605/D13, Nov 2007 is typically used in the planning and engineering of air insulated substations where bus design must support reliable power transfer and safe electrical separation. It is most relevant to substation designers, utility engineers, and project teams working on transmission or distribution facilities, as well as industrial power systems that use air insulated switchyard layouts. The guidance may also support reviews of bus arrangements, clearances, and substation expansion work.
Why is IEEE P605/D13, Nov 2007 important?
This standard matters because bus design directly affects safety, maintainability, and long-term performance in substations. IEEE P605/D13, Nov 2007 helps support more consistent design decisions for insulation-related layout, equipment spacing, and physical coordination within air insulated installations. Using a common technical reference can reduce design ambiguity, improve procurement and review processes, and help limit risks tied to improper bus arrangement or inadequate clearances in power system projects.
- Draft guide for air insulated substation bus design
- Revision of IEEE 605-1998
- Relevant to power, energy, and industrial applications
- Focus on layout, clearances, and insulation considerations
- Useful for design review and engineering coordination
- Publication Date: 2007
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Power, Energy and Industry Applications
- Official IEEE: Doi link
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