IEEE P1827/D17.4, August 2016
IEEE Approved Draft Guide for Electrical and Control Design of Hydroelectric Water Conveyance Facilities
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- Language: English
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About This Item
IEEE P1827/D17.4, August 2016 is an IEEE approved draft guide for the electrical and control design of hydroelectric water conveyance facilities. It addresses the engineering considerations that shape how conveyance systems are planned, controlled, and integrated with power-related equipment. For projects involving hydroelectric infrastructure, this draft helps define a clearer technical basis for design decisions, supporting safer operation, better coordination of controls, and more consistent treatment of facility requirements.
About IEEE P1827/D17.4, August 2016
This standard draft focuses on the electrical and control aspects of hydroelectric water conveyance facilities, where mechanical water handling and power-system interfaces must work together reliably. IEEE P1827/D17.4, August 2016 is relevant to engineering teams that need guidance on control design, electrical integration, and related documentation for these facilities. Because the topic sits at the intersection of power, energy, and system controls, the document is useful when defining technical requirements and design intent for coordinated facility operation.
Where is IEEE P1827/D17.4, August 2016 used?
IEEE P1827/D17.4, August 2016 is most applicable in hydroelectric projects that include water conveyance elements such as intake, gate, valve, penstock, or related control systems. It may be used by designers, integrators, and project engineers working on electrical power circuits, control panels, instrumentation, and operating logic tied to conveyance facilities. The standard is also relevant during specification development, design review, and system coordination for installations that support hydroelectric generation and controlled water movement.
Importance in practice
In practice, this draft guide helps bring consistency to electrical and control design choices in a specialized hydroelectric environment. Using IEEE P1827/D17.4, August 2016 can support clearer design requirements, better interface control, and reduced risk of mismatched equipment or control behavior. It may also aid procurement and review processes by giving engineers a common reference for performance expectations, operational coordination, and documentation of technical decisions across the facility lifecycle.
- Electrical and control design guidance
- Hydroelectric water conveyance facilities
- Control system integration
- Power and energy engineering context
- Design and review reference
- Publication Date: 2016
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Power, Energy and Industry Applications; Geoscience; Components, Circuits, Devices and Systems
- Official IEEE: Doi link
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