IEEE P1732/D1, Jun 2016
IEEE Approved Draft Recommended Practice For Space Charge Measurements In High Voltage Direct Current Extruded Cables For Rated Voltages Up To 550 kV
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About This Item
IEEE P1732/D1, Jun 2016 is an approved draft recommended practice focused on space charge measurements in high-voltage direct current extruded cables rated up to 550 kV. It addresses a technical area that is important to insulation assessment and cable performance in power, energy, and related industrial applications. By defining a common approach to measurement, IEEE P1732/D1, Jun 2016 helps support more consistent evaluation of dielectric behavior in HVDC cable systems and materials.
Overview of IEEE P1732/D1, Jun 2016
This draft recommended practice provides a technical framework for measuring space charge in HVDC extruded cables, where electric field behavior and insulation response can strongly affect reliability. IEEE P1732/D1, Jun 2016 is relevant to engineered materials and dielectric testing because space charge data can inform design review, qualification work, and research on cable insulation systems. The document is intended for situations where repeatable measurement practices are needed to compare results across tests, laboratories, or cable constructions.
Typical use cases
IEEE P1732/D1, Jun 2016 is typically used when evaluating extruded HVDC cable insulation during development, laboratory testing, or engineering analysis. It may support measurements on cable samples, dielectric materials, and related test setups used to study charge accumulation under direct current stress. The standard is also useful in utility, transmission, and cable-manufacturing workflows where understanding space charge behavior can help guide material selection, qualification planning, and performance review for systems operating at high rated voltages.
Why it matters
Space charge behavior can influence electric field distortion, insulation stress, and long-term cable reliability, so a consistent measurement practice is valuable. IEEE P1732/D1, Jun 2016 helps improve comparability between results and reduces uncertainty in testing and design decisions. For organizations working with HVDC extruded cables, it can support better compliance planning, more controlled procurement specifications, and more meaningful engineering assessments. The result is a clearer basis for evaluating insulation performance and managing technical risk.
- Space charge measurement in HVDC extruded cables
- Rated voltages up to 550 kV
- Dielectric and insulation evaluation
- Laboratory testing and comparison of results
- Engineering support for cable design and qualification
- Publication Date: 2016
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Engineered Materials, Dielectrics and Plasmas; Power, Energy and Industry Applications
- Official IEEE: Doi link
- This Version: P1732 (2016)
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