IEEE P2988/D7.0, Sept 2024
IEEE Approved Draft Recommended Practice for Use and Functions of Virtual Synchronous Machines
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About This Item
IEEE P2988/D7.0, Sept 2024 is an approved draft recommended practice focused on the use and functions of virtual synchronous machines in power, energy, and industry applications. It addresses how these systems are intended to behave and be applied, helping engineers understand operating functions, integration considerations, and performance expectations. For projects involving inverter-based resources and grid-support equipment, IEEE P2988/D7.0, Sept 2024 provides a structured technical reference that can support more consistent design and evaluation.
IEEE P2988/D7.0, Sept 2024 overview
This draft recommended practice concentrates on virtual synchronous machine behavior within modern electrical power systems. It is relevant where controllable power-electronic interfaces are used to emulate synchronous-machine-like response and support system stability. IEEE P2988/D7.0, Sept 2024 helps frame the technical functions, application boundaries, and expected operational characteristics of these devices. As a draft standard, it is especially useful for teams comparing design approaches, aligning specifications, or preparing for implementation and review in power system environments.
Typical use cases
Typical use cases include grid-connected inverter systems, distributed energy resources, and industrial power installations that benefit from synchronous-like dynamic response. IEEE P2988/D7.0, Sept 2024 may be used when evaluating how virtual synchronous machines support voltage, frequency, and power-sharing behavior in networked systems. It is also relevant for specification work, control strategy development, and technical assessment of equipment intended to interact with utility or facility power infrastructure. These applications commonly require clear functional expectations and repeatable engineering definitions.
Why this standard matters
IEEE P2988/D7.0, Sept 2024 matters because virtual synchronous machines are often part of systems where stability, interoperability, and predictable response are critical. A recommended practice helps reduce ambiguity in design decisions, procurement language, and testing criteria. It can support more consistent comparison of vendor approaches and better alignment between project requirements and system behavior. For power, energy, and industrial applications, that consistency may help lower integration risk and improve confidence in operational performance.
- Virtual synchronous machine functions
- Power, energy, and industry applications
- Control and integration guidance
- Draft recommended practice status
- Publication Date: 2024
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Power, Energy and Industry Applications
- Official IEEE: Doi link
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