PD IEC/TR 63039 is an international standard that focuses on probabilistic risk analysis of technological systems. PD IEC/TR 63039 provides guidance on probabilistic risk analysis (hereafter referred to as risk analysis) for the systems composed of electrotechnical items and is applicable (but not limited) to all electrotechnical industries where risk analyses are
PD IEC/TR 63039 on probabilistic risk analysis estimation of final event rate at a given initial state is useful for:
PD IEC/TR 63039 defines the basic properties of events from the perspective of probabilistic risk analysis and the use of dependability-related techniques for the analysis of the occurrence of the final event that results in a final state in which the final consequences of risk may appear.
PD IEC/TR 63039 is inevitable for the risk analysis of complex systems that such analytic techniques as the HAZOP, FMEA, RBD, FTA and Markov techniques should be applied complementarily. PD IEC/TR 63039 illustrates how to orchestrate those modified techniques to extract the maximum synergistic efficacy for the probabilistic risk analysis.
PD IEC/TR 63039 aims at defining the target measures of occurrence of a final event by the FER at a given initial state, FER at a recognised state and FER at a recognised group state for the probabilistic risk analysis, and advises how to apply the modified techniques complementarily to the analysis of those target measures by referring to the topics focusing on risk analyses of nuclear power plants, airbag control, automated brake and steering control systems for self-driving cars, the system with fault recognised only by demand, as well as the application of PD IEC/TR 63039 to functional safety.
IEC TR 63039:2016