IEEE P2760/D6, Jul 2020

IEEE P2760/D6, Jul 2020 is a draft guide for wind power plant grounding system design focused on personnel safety. It addresses how grounding concepts are applied in wind energy installations where electrical fault conditions, touch voltages, and site-specific earth conditions can affect worker protection. For engineers and project teams, this technical document can help align grounding design decisions with safer, more consistent practice across components, circuits, devices, and system interfaces.

IEEE P2760/D6, Jul 2020 overview

This draft guide centers on grounding system design for wind power plants, with an emphasis on protecting personnel during normal operation and fault events. IEEE P2760/D6, Jul 2020 is relevant where turbines, collection circuits, and associated electrical equipment must be coordinated with the site grounding arrangement. It may help define design considerations for grounding paths, fault current behavior, and voltage exposure, supporting a more controlled approach to electrical safety in power and energy applications.

Typical use cases

IEEE P2760/D6, Jul 2020 is typically consulted during wind farm planning, electrical design review, and safety analysis for turbine and collection-system grounding. It is useful when evaluating grounding layouts for nacelle, tower, substation, and interconnecting equipment, especially where personnel access and maintenance activities are expected. The guide may also support coordination between engineering teams, contractors, and safety reviewers when establishing grounding performance expectations for new installations or upgrades.

Why this standard matters

Grounding design has a direct effect on personnel safety, so a focused guide like IEEE P2760/D6, Jul 2020 can help reduce uncertainty in engineering decisions. In practice, it supports safer handling of fault conditions, more consistent design review, and better alignment between procurement requirements and field implementation. For wind power projects, using a structured technical reference can also improve documentation, limit design variation, and help address risk before construction and commissioning.

• Wind power plant grounding design
• Personnel safety considerations
• Fault and touch voltage review
• Collection system and equipment grounding
• Draft guidance for engineering coordination