IEEE P1613/D3.2, May 2023

IEEE P1613/D3.2, May 2023 is an IEEE approved draft standard focused on environmental and testing requirements for devices with communications functions used with electric power apparatus. It addresses how communications-capable equipment should be evaluated for operating conditions, durability, and performance in power-system environments. This matters for products that must function reliably near energized apparatus, where temperature, electrical stress, and other environmental influences can affect communication and control behavior.

IEEE P1613/D3.2, May 2023 overview

This standard provides a technical framework for assessing devices that combine communications functions with electric power apparatus applications. IEEE P1613/D3.2, May 2023 is relevant where design and test expectations need to reflect the demands of power and energy systems, including equipment exposed to challenging electrical and environmental conditions. By defining environmental and testing requirements, it helps support consistent evaluation of device performance, robustness, and suitability for integration into utility and industrial power installations.

Typical use cases

IEEE P1613/D3.2, May 2023 is commonly used when specifying or qualifying communications-equipped devices for substations, switchgear-related systems, and other electric power apparatus environments. It may guide testing for control, monitoring, and communications hardware that must remain dependable in installed power infrastructure. The standard is also useful during product development, procurement review, and acceptance testing when engineering teams need a shared basis for environmental qualification and performance expectations.

Why this standard matters

This standard matters because communications functions in power equipment often need more than basic electronic performance; they must also survive and operate predictably in demanding field conditions. IEEE P1613/D3.2, May 2023 can support design control, testing consistency, and procurement decisions by giving stakeholders a clearer reference point for qualification. For manufacturers and users alike, it may help reduce integration risk, improve reliability expectations, and align product testing with the realities of electric power applications.

• Environmental and testing requirements
• Communications-capable power apparatus devices
• Electric power and utility installations
• Qualification for robustness and performance
• Draft IEEE standard, May 2023