IEEE 1010-1987 is the standard titled IEEE Guide for Control of Hydroelectric Power Plants, and it focuses on the control aspects of hydroelectric generation facilities within the power, energy, and industry applications field. It is relevant where operators and engineers need a structured guide for plant control practices, helping support dependable operation, coordination, and functional clarity in hydroelectric environments. As a superseded document, it is most useful for understanding legacy guidance and historical engineering context.

About IEEE 1010-1987

This technical guide addresses control of hydroelectric power plants, which typically includes the systems and practices used to monitor, regulate, and coordinate plant operation. IEEE 1010-1987 is best understood as a reference for the control philosophy and operational framework of hydroelectric facilities rather than a broad power-system standard. In an engineering or standards library, it can help users review older control approaches, compare past requirements, or support documentation related to hydroelectric plant design and operation.

Where is IEEE 1010-1987 used?

IEEE 1010-1987 is most closely associated with hydroelectric stations and the control rooms, automation functions, and operating procedures that support them. It may be consulted in projects involving turbine-gate control, plant monitoring, generator coordination, and overall operational control of hydroelectric equipment. The standard is also relevant to utility engineering teams, maintenance planners, and specialists working with legacy hydroelectric installations where historical guidance can inform documentation, upgrades, or compliance reviews.

Importance in practice

In practice, the value of IEEE 1010-1987 lies in its support for consistent control design and safer plant operation. Clear guidance on hydroelectric control helps reduce confusion between operating functions, supports more reliable performance, and can improve coordination during normal and abnormal conditions. For owners and engineers working with established facilities, the standard may also aid procurement, system review, and technical comparison when evaluating legacy control arrangements against current operational needs.

• Hydroelectric plant control guidance
• Legacy operational reference
• Plant monitoring and coordination
• Turbine and generator control context
• Utility and engineering review use