IEEE PC37.113/D8.1 Sep 2015
IEEE Approved Draft Guide for Protective Relay Applications to Transmission Lines
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Availability: Immediate Download
Language: English
License Type: Single User
Updates: Not Included
About This Item
IEEE PC37.113/D8.1 Sep 2015 is an approved draft guide focused on protective relay applications for transmission lines. It addresses practical relay engineering topics that affect how transmission circuits are protected, coordinated, and evaluated in power system operation. For utilities, consultants, and protection engineers, IEEE PC37.113/D8.1 Sep 2015 can serve as a technical reference when working on line protection design, application review, or procurement of protection equipment for high-voltage networks.
About IEEE PC37.113/D8.1 Sep 2015
This draft guide is part of IEEE’s protection and control work for power transmission systems. Its technical context centers on relay applications used to detect and clear faults on transmission lines while supporting dependable system operation. IEEE PC37.113/D8.1 Sep 2015 is relevant where engineers need guidance on relay selection, application considerations, and coordination practices for line protection. As an inactive draft, it is best treated as a historical technical document for reference, comparison, or legacy design support.
Where is IEEE PC37.113/D8.1 Sep 2015 used?
IEEE PC37.113/D8.1 Sep 2015 is typically used in transmission protection engineering for substations, utility line relaying schemes, and system studies tied to overhead or cable transmission lines. It is most useful when designing or reviewing protective relays, communication-assisted schemes, and fault-clearing arrangements for interconnected power networks. The document may also support specification writing, factory evaluation, and field coordination work where transmission-line protection must align with established IEEE guidance.
Importance in practice
In practice, a guide like IEEE PC37.113/D8.1 Sep 2015 helps improve consistency in protective relay application and reduces the risk of miscoordination on transmission lines. Clear guidance can support safer fault clearing, better relay performance, and more defensible engineering decisions during design and testing. It may also assist procurement teams and technical reviewers by providing a common reference for expected protection behavior, helping reduce ambiguity in system requirements and acceptance checks.
- Transmission line protective relay applications
- Fault detection and clearing coordination
- Substation and utility protection schemes
- Relay selection and application review
- Legacy IEEE reference for engineering studies
- Publication Date: 2016
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Power, Energy and Industry Applications; Components, Circuits, Devices and Systems
- Official IEEE: Doi link
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