Power System Reliability &Amp; Security
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COURSE DATES AND LOCATIONS
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INTRODUCTION
The function of an electric power system is to provide electricity to its customers efficiently and with a reasonable assurance of continuity and quality. The task of achieving economic efficiency is assigned to system operators or competitive markets, depending on the type of industry structure adopted.
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COURSE OBJECTIVES
By the end of the course, you‘ll be able to:
- Stat the basic concepts of reliability engineering.
- Define main terms such as reliability, availability, and maintainability.
- Stat the main requirements of power system reliability evaluation.
- Use various statistical probability distributions for various applications in power system reliability evaluation.
- Differentia between the types of time-dependent failures.
- Evaluate the reliability of a group of power system components using the binomial distribution.
- Construct the COPT and determining the risk indices.
- Estimate the probability of events using the Poisson distribution.
- Evaluate the reliability of simple and complex systems operating during the useful life phase.
- Stat the main reliability indices of electric distribution systems.
- Calculate distribution system reliability indices for sustained and momentary interruptions.
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COURSE AUDIENCE
This course is made for
- Electrical power engineers
- Electrical engineering students
- Reliability engineers
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COURSE OUTLINE
Day One
- introduction to power system protection
- introduction to power systems
- power system and power system protection calculations
- symmetrical component methods
- use of software programs for fault calculations (demonstration)
- protection technologies
- instrument transformers
Day Two
- circuit breakers
- protection of power transformers
- protection of power cables and lines
- distance protection
- protection of substations
- protection of motors
Day Three
- special protection functions
- protection of generators
- arc flash studies
- frequency and voltage protection
- wide are protection
- protection of HVDC networks
Day Four
- relay setting management
- special protection functions
- testing of power system protections
- failure investigations
Day Five
- IEC 61850
- trends in power system protection
- Protection of power systems with high degree of renewable energy resources
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