Know:
• analysis methods and ways to ensure the reliability of electrical installations;
• analysis methods and ways to ensure the reliability of power supply systems;
Be able:
• calculate reliability indicators of electrical installations;
• calculate reliability indicators of power supply systems
• solve the problems of reliability analysis in the design of power supply systems

Prerequisites:
Electric Power Distribution Systems, Electric Power Systems and Grids, Electric Installations of Power Plants and Substations
co-requisites:
Operation and Diagnostics of Electrical Equipment for Power Supply Systems, Smart Power Supply Systems

General characteristic of the problem of reliability of power supply systems. Basic concepts of the theory of reliability in the energy sector. Classification of methods for calculating reliability. Characteristics and reliability indicators of electric power equipment. Reliability criteria for the equipment of electric networks. Failure and recovery flows and their characteristics. Mathematical models of failures and prediction of equipment reliability: simple failure models; failure model taking into account wear and tear; failure model for uneven wear of a resource. Reliability models of electrical installations as renewable objects: serial connection; parallel connection; reservation. Reliability models of electrical installations as renewable facilities. Methods of mathematical statistics in the problems of reliability analysis of power supply systems. Normative and optimization problems of reliability of electrical installations at the design stage. Analytical and logical-probabilistic methods for calculating reliability. Tabular-logical method for calculating electrical connections.

1. ДСТУ 2860-94. Надійність техніки. Терміни та визначення : Видання офіційне. – Київ : Держстандарт України, 1995. – 92 с.
2. ДСТУ 2862-94. Методи розрахунку показників надійності техніки. Загальні вимоги : Видання офіційне. – Київ : Держстандарт України, 1995. – 38 с.
3. ДСТУ 2864-94. Надійність техніки. Експериментальне оцінювання та контроль надійності : Видання офіційне. – Київ : Держстандарт України, 1995. – 31 с.
4. Козирський В.В., Гай О.В. Методи та моделі розрахунку надійності систем електропостачання. Монографія. К. : Гнозіс, 2013. - 563 с.
5. Кириленко О. В. Аналіз надійності функціонування електроенергетичних об’єктів : монографія / О. В. Кириленко, Б. М. Кінаш, В. І. Гудим – Київ., 2008.– 224 с.

• written reports of the laboratory work, oral interviews, reference work (100%);
• final control differential settlement: according to the results of the current control.