IEEE P1052/08, Sept 2018

IEEE P1052/08, Sept 2018 is an IEEE draft guide for the functional specifications of transmission static synchronous compensator (STATCOM) systems. It focuses on how these power-electronic devices should be described for engineering, procurement, and system integration work in transmission networks. For utilities and manufacturers, the document helps define expectations around performance, control behavior, and interface requirements so STATCOM equipment can be evaluated and applied more consistently in power, energy, and industrial applications.

IEEE P1052/08, Sept 2018 overview

This technical document addresses the functional specification of transmission STATCOM systems, which are used to support voltage control and reactive power management in high-power electrical networks. IEEE P1052/08, Sept 2018 is relevant where clear requirements are needed for design reviews, vendor comparisons, and project documentation. As a draft guide, it is intended to help align engineering teams on the key attributes a STATCOM system should address, including operational behavior, system interface considerations, and application-specific performance expectations.

Typical use cases

IEEE P1052/08, Sept 2018 is typically used when specifying STATCOM equipment for transmission substations, grid support installations, or other power-system applications that rely on fast voltage regulation. It may also support utility procurement packages, technical evaluations, and functional design documents for converter-based reactive compensation systems. In practice, the guide is useful for engineers working with transmission assets, control systems, and equipment integration where clear STATCOM requirements are needed before installation, testing, or commissioning.

Why this standard matters

Using IEEE P1052/08, Sept 2018 can improve consistency in how STATCOM requirements are written and reviewed, reducing ambiguity between owners, suppliers, and engineering contractors. That matters in transmission projects where performance, control response, and equipment interfaces can affect system reliability and risk. A clearer functional specification supports better compliance checking, more comparable bids, and more structured testing and acceptance planning. For projects involving power electronics in critical infrastructure, that level of definition is especially valuable.

• Transmission STATCOM functional requirements
• Voltage support and reactive compensation context
• Control, interface, and performance specification
• Utility procurement and engineering review support
• Draft guide status for technical alignment