IEEE P3192/D1.1, Apr 2025
Voltage Direct Current (HVDC) Grounding Electrodes (±400 kV to ±1100 kV)
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About This Item
P3192/D1.1, Apr 2025 is a technical standard focused on voltage direct current (HVDC) grounding electrodes for very high-voltage systems, covering the ±400 kV to ±1100 kV range. It is relevant to fields, waves and electromagnetics as well as power, energy and industry applications, where controlled grounding behavior can affect system stability and operating safety. For engineers and procurement teams, P3192/D1.1, Apr 2025 helps define a clearer reference for design and evaluation.
What is P3192/D1.1, Apr 2025?
P3192/D1.1, Apr 2025 is an inactive draft-related standard document that addresses the technical context of HVDC grounding electrodes used in extra-high-voltage direct current transmission. Its focus is typically on the electrode interface between the power system and ground, where current dispersal, electrical performance, and installation conditions must be considered together. The document supports more consistent engineering decisions by framing requirements or guidance for this specialized part of HVDC infrastructure.
Where is P3192/D1.1, Apr 2025 used?
This standard is most relevant in HVDC transmission projects that use grounding electrodes for return-current handling, fault management, or system operation support. It may be used by transmission planners, substation engineers, cable and converter-system designers, and teams responsible for electrode site selection and equipment specification. The technical context points to large-scale power networks, converter stations, and related high-voltage grounding installations where electrode design and electromagnetic behavior must be coordinated carefully.
Why is P3192/D1.1, Apr 2025 important?
Because grounding electrodes play a critical role in HVDC system performance, P3192/D1.1, Apr 2025 can help improve consistency in design review, testing, and procurement. Clear technical guidance is especially important at these voltage levels, where grounding behavior may influence safety, interference control, and operating reliability. Using a defined reference can also reduce ambiguity between project stakeholders and support more defensible engineering decisions for specialized power infrastructure.
- HVDC grounding electrode scope
- ±400 kV to ±1100 kV application range
- Direct current grounding performance context
- Power-system design and evaluation reference
- Inactive April 2025 draft document
- Publication Date: 2025
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Fields, Waves and Electromagnetics; Power, Energy and Industry Applications
- Official IEEE: Doi link
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