IEEE 1782-2014

IEEE 1782-2014 is a technical guide for collecting, categorizing, and using information related to electric power distribution interruption events. It is aimed at improving how interruption data is recorded and interpreted across power distribution systems, supporting more consistent analysis of service reliability and event patterns. For utilities, engineers, and asset managers, this standard can help align interruption records with practical decision-making in power, energy, and industrial applications.

IEEE 1782-2014 overview

This guide focuses on the information needed to describe distribution interruption events in a structured way. IEEE 1782-2014 addresses how event data may be gathered, organized, and applied so that different teams can compare interruption causes, durations, and related conditions more consistently. In a power distribution context, that can support better reporting, trend review, and operational assessment. It is especially relevant where interruption records must be usable for reliability studies, maintenance planning, or internal performance tracking.

Typical use cases

IEEE 1782-2014 is commonly useful when a utility or engineering group needs a repeatable approach for documenting outage events on distribution feeders, substations, or related equipment. It may also support workflows that consolidate field reports, control-room logs, and reliability databases into a shared event structure. In practice, it can be applied in interruption analysis, root-cause review, service restoration assessment, and data preparation for performance metrics used in power and energy operations.

Why this standard matters

Consistent interruption-event information helps reduce ambiguity when comparing performance across systems, time periods, or operating groups. IEEE 1782-2014 can improve data quality for compliance reporting, engineering review, and procurement or maintenance decisions tied to distribution reliability. When interruption records are collected in a common format, organizations are better positioned to evaluate risk, identify recurring issues, and support defensible operational conclusions. That makes the guide useful for organizations that depend on accurate, comparable distribution-event data.

• Distribution interruption event data
• Collection and categorization guidance
• Reliability and performance analysis support
• Power distribution reporting workflows
• English-language IEEE standard