IEEE P762-2006(R2002)

P762-2006(R2002) is a technical standard defining terms used when reporting electric generating unit reliability, availability, and productivity. It provides a common language for power and energy applications, helping engineers, operators, and analysts interpret performance data consistently. By standardizing definitions, this document supports clearer comparisons across generating units and reduces ambiguity in reporting. For organizations working with generation assets and system-level metrics, the standard is a practical reference for disciplined documentation and evaluation.

P762-2006(R2002) overview

This standard focuses on the vocabulary and definitions behind reliability, availability, and productivity reporting for electric generating units. In the context of power, energy, and related system applications, consistent terminology is essential for meaningful analysis of operating performance. P762-2006(R2002) helps align reporting practices so that calculated values and records are easier to compare, audit, and communicate. As an inactive standard, it remains relevant as a reference for legacy documentation and historical performance studies.

Typical use cases

P762-2006(R2002) is commonly used when preparing generation performance reports, evaluating plant reliability trends, and comparing availability data across units or fleets. It may support maintenance planning, operational reviews, and internal benchmarking for electric generating equipment. The definitions are also useful in data collection workflows where consistent terminology is needed before calculations are made. For utilities, independent power producers, and engineering teams, the standard can help keep reporting aligned with established reliability and productivity measures.

Why this standard matters

Clear definitions are critical when reporting unit performance, especially where reliability and availability figures influence operations, procurement, or long-term planning. P762-2006(R2002) helps reduce inconsistencies that can distort comparisons or create confusion in audits and technical reviews. Using a stable reference for terminology supports better data quality, more repeatable reporting, and lower risk of misinterpretation. For legacy records and historical assessments, the standard remains valuable as a consistent benchmark for documenting generating unit performance.

• Standard definitions for reporting terms
• Electric generating unit performance context
• Reliability, availability, and productivity metrics
• Useful for historical and legacy reporting
• Supports consistent technical comparisons