IEEE P1829/D2, Oct 2016

IEEE P1829/D2, Oct 2016 is an approved draft guide focused on conducting corona tests on hardware used for overhead transmission lines and substations. It addresses a narrow but important area of high-voltage engineering where surface discharge behavior can affect reliability, insulation performance, and long-term service conditions. For power and energy applications, IEEE P1829/D2, Oct 2016 helps define a more consistent approach to evaluating hardware under corona test conditions.

Overview of IEEE P1829/D2, Oct 2016

This technical document is intended to guide corona testing practices for line and substation hardware rather than to define general electrical equipment requirements. In the context of components, circuits, devices, and systems, it is relevant to hardware that must operate under energized overhead transmission environments. The draft guide is useful where test methods, setup consistency, and interpretation of corona behavior matter for engineering decisions. IEEE P1829/D2, Oct 2016 supports a more controlled basis for assessing how hardware performs in high-voltage service.

Typical use cases

IEEE P1829/D2, Oct 2016 is commonly consulted when evaluating fittings, connectors, clamps, and other hardware intended for overhead transmission lines or substation assemblies. It may be used during product development, laboratory testing, or qualification work where corona effects need to be observed under controlled conditions. The guide is also relevant to utilities, test laboratories, and manufacturers comparing alternative designs or verifying that hardware behaves as expected before installation in energized power-system applications.

Why it matters

Corona performance can influence field reliability, audible noise, visual effects, insulation stress, and maintenance concerns on high-voltage assets. By providing a guide for test conduct, IEEE P1829/D2, Oct 2016 supports more consistent results and clearer communication between designers, test engineers, and purchasers. That consistency can help reduce ambiguity in procurement and improve confidence in hardware selection for transmission and substation environments. For organizations working with high-voltage line hardware, the document is a useful reference for managing testing and design risk.

• Guide for corona testing on hardware
• Overhead transmission line and substation focus
• Relevant to high-voltage utility equipment
• Supports test consistency and comparison
• Helpful for qualification and procurement decisions