IEEE P1615/D14, Oct 2017

IEEE P1615/D14, Oct 2017 is a draft recommended practice for network communication in electric power substations, focused on how substations exchange data across components, devices, and control systems. It is relevant to engineers working with power, energy, and industrial automation equipment where communication reliability and interoperability matter. IEEE P1615/D14, Oct 2017 helps define a common technical basis for coordinating networked substation functions, supporting more consistent design, implementation, and review of communication schemes.

IEEE P1615/D14, Oct 2017 overview

This draft IEEE document addresses the network communication needs of electric power substations, where protection, monitoring, and control functions often depend on dependable data exchange. IEEE P1615/D14, Oct 2017 is positioned as a recommended practice, so it is intended to guide engineering decisions rather than describe a single hardware product. Its technical context includes electrical power systems, communications behavior, and the interaction of substation devices that must operate together in a coordinated environment.

Typical use cases

Typical uses include planning communication architectures for substations, evaluating interoperability between relays, controllers, and other intelligent electronic devices, and supporting integration work for utility automation projects. IEEE P1615/D14, Oct 2017 may also be useful when comparing design approaches for networked monitoring, protection signaling, and control data paths within high-voltage installations. It is especially relevant where engineers need a consistent reference for substation communication requirements across equipment from different vendors.

Why this standard matters

In substation environments, communication issues can affect protection timing, operational visibility, and maintenance efficiency. IEEE P1615/D14, Oct 2017 matters because it can help reduce ambiguity during design, procurement, and testing by giving teams a shared technical reference for network communication practices. That can improve consistency across projects, support compliance reviews, and lower integration risk when multiple components, circuits, and systems must work together under demanding power-sector conditions.

• Draft recommended practice
• Electric power substation communications
• Networked protection and control systems
• Interoperability between substation devices
• Utility engineering and integration guidance