T/CAMETA 001071-2025 Safety Evaluation Method for Operational Mode of Ship Integrated Power System
T/CAMETA 001071-2025 Safety Evaluation Method for Operational Mode of Ship Integrated Power System
Basic Information
Scope
This document specifies the terms and definitions of the safety assessment method for the operation mode of the integrated power system of ships, and identifies four safety assessment models for the integrated power system of ships. Based on the safety assessment of the main failure modes that may occur in the integrated power system of ships under different operating conditions, the system safety assessment value can be calculated. Through the results of the four safety assessment models, the safety operation level of the integrated power system of ships can be divided and evaluated, which is applicable to the safety assessment of various operation modes of the integrated power system of ships, including but not limited to normal operation mode, emergency operation mode, low-load operation mode, high-load operation mode, and shore power supply operation mode. 1 Scope 2 Normative References 3 Terms and Definitions 4 Failure Mode Analysis of the Integrated Power System of Ships 4.1 Main Failure Modes of the Power Generation Modules of the Integrated Power System of Ships 4.2 Main Failure Modes of the Distribution Network of the Integrated Power System of Ships 4.3 Main Failure Modes of the Propulsion System of the Integrated Power System of Ships 4.4 Main Failure Modes of the Power Electronics Conversion Modules of the Integrated Power System of Ships 4.5 Main Failure Modes of the Power Management System of the Integrated Power System of Ships 5 Construction of Safety Assessment Models 5.1 Safety Assessment Model Based on Failure Mode Analysis 5.1.1 Method of Establishing the Safety Assessment Model 5.1.2 Safety Assessment Model 5.1.3 Scope of Application 5.2 Safety Assessment Model Based on Failure Probability Prediction 5.2.1 Method of Establishing the Safety Assessment Model 5.2.2 Safety Assessment Model 5.2.3 Scope of Application 5.3 Safety Assessment Model Based on Cascaded Failure Probability Prediction 5.3.1 Method of Est