Fundamentals and Analysis of Power Systems
Core topic documented in the supplied course outline.
Electrical Equipment, Testing & Safety
Relay Protection Technology for Power Systems
This paper introduces the basic composition and operation mode of the power system (including each link of power generation, transmission, transformation and distribution) and the core technology that ensures its safe and stable operation - relay protection.
Programme overview
Build capability through relevant workplace practice
This programme can be shaped around participant experience, industry context and organisational priorities. Delivery combines clear instruction, discussion, cases and guided practice so learners can connect ideas to real work.
Learning outcomes
By the end of the programme, participants can:
Master the ability of system analysis and fault calculation: Understand the structure of the power system, master the calculation of symmetrical and asymmetric short-circuit currents, and lay a theoretical foundation for protection configuration.Understand and configure relay protection devices: Master the working principles, characteristics and configuration principles of various types of protection (current, distance, differential protection, etc.) for major equipment (lines, transformers, generators).Establish the concept of system safety and reliability: Be capable of analyzing the action logic of the protection system from the perspectives of setting coordination, selectivity, rapidity, sensitivity, and reliability, and establish an engineering mindset to ensure the safe operation of the power grid.
Programme outline
Suggested learning modules
1 Basic Structure of Power System
Core topic documented in the supplied course outline.
2 Power System Fault Analysis
Core topic documented in the supplied course outline.
Principles and Technologies of Relay Protection
Core topic documented in the supplied course outline.
1 Protect the foundation
Core topic documented in the supplied course outline.
2 Line protection
Core topic documented in the supplied course outline.
3 Component protection
Core topic documented in the supplied course outline.
4 Protection implementation
Core topic documented in the supplied course outline.
Documented trainer team
Expertise connected to this programme
Chen TingDirector of the Teaching and Research Office, Fujian Polytechnie of Water Conservancy and Electric Power
Lei ZhiyongVice Dean of the School of Electrical Engineering, Fujian Polytechnic of Water Conservancy and Electric Power
Wei Jiaquanteacher, Fujian Polytechnic of Water Conservancy and Electric Power
Learning experience
Clear, participative and close to the work
The final design can include group discussion, practical cases, working templates and action planning. AVCT will confirm the detailed outline after discussing your needs.