IEEE P824/D1, Jul 2019 is an IEEE draft standard for series capacitor banks in power systems, offering technical direction for a specialized component used to influence transmission performance. It is relevant to engineers and technical teams working with power, energy and industry applications where series compensation affects system behavior, equipment selection, and operating reliability. By setting draft requirements and terminology around this equipment, IEEE P824/D1, Jul 2019 helps support more consistent design and evaluation practices.

About IEEE P824/D1, Jul 2019

This draft standard focuses on the technical considerations associated with series capacitor banks used in power systems. IEEE P824/D1, Jul 2019 is intended to support a clearer framework for describing, specifying, and assessing this type of equipment within electrical infrastructure. In practice, such a document may address arrangement, performance expectations, and application-related requirements that matter when integrating capacitor banks into transmission networks. For organizations handling procurement, engineering review, or conformity checks, it provides a defined reference point for the equipment class.

Where is IEEE P824/D1, Jul 2019 used?

IEEE P824/D1, Jul 2019 is most relevant in high-voltage power system environments where series capacitor banks are applied to support transmission line performance and system control. It may be used by utilities, transmission engineers, equipment manufacturers, and project teams responsible for planning or specifying capacitor bank installations. The standard is also useful in technical workflows involving system studies, equipment documentation, and acceptance review for components that operate within power, energy and industry applications.

Importance in practice

In practice, IEEE P824/D1, Jul 2019 helps reduce ambiguity when dealing with a specialized power system asset that can affect loading, stability, and operational risk. A draft standard like this supports more consistent design decisions, clearer procurement language, and more structured testing or review practices. It can also help teams align expectations for performance and application suitability, which is valuable when integrating series capacitor banks into critical electrical networks. Consistent reference documents improve coordination across engineering, specification, and compliance tasks.

• Series capacitor bank technical guidance
• Power system application context
• Draft requirements and terminology
• Transmission-oriented engineering use
• Support for specification and review