Power Generation And System Protection

Power Generation And System Protection

Bandung | December 08-11, 2014 | Fee: at proposal

This courses commitment to provide employers and workers in the electric power generation, transmission, distribution and system protection industry with information and assistance to help them comply with standards and ensure a safe workplace

Today’s electric infrastructure is comprised of a complex system of power generation, transmission systems, and distribution systems. The major components of this system include: Power generation plants, which are facilities designed to produce electric energy. Typical power generation plants are fueled by coal, natural gas, hydroelectric, but can also be solar powered, wind powered, or geothermal powered. A substation is a high-voltage electric system facility. It is used to switch generators, equipment, and circuits or lines in and out of a system.Transmission lines, which can be hung overhead or underground, carry electric energy from one point to another in an electric power system. The main characteristics that distinguish transmission lines from distribution lines are that they are operated at relatively high voltages, they transmit large quantities of power, and they transmit the power over large distances. A distribution system originates at a distribution substation and includes the lines, poles, transformers and other equipment needed to deliver electric power to the customer at the required voltages.

POWER GENERATION AND SYSTEM PROTECTION COURSE OUTLINE:

1. High /Low Voltage Technology
2. Breakdown Mechanism
3. Motor Installation (installation & wiring of contactors, Types of motor starters, Motor & circuit protection)
   • Power Transformer
   • Construction
   • Cooling arrangements
   • Winding connections, primary, secondary, tertiary
   • Characteristic Data of a typical Power;
   • Vector Groups, Ear thing schemes, BIL Basic Insulation Level;
   • Overload Short circuit capability;
   • Winding temperature;
   • Internal fault detection
4. High Voltage Switchgear
   • Components
   • Operational data
   • Selection
   • Functional testing
   • Internal inspection
   • Electrical testing
   • Contact Resistance
   • Mechanical tests
   • Timing
   • Gas/air leakage
5. Fundamentals of Protection
   • Need for protection
   • Types of fault
   • Circuit breaker control circuits
   • Protection relay fundamentals
   • solid state relays
6. Digital protection devices Over Voltage
7. Protection
   • Lighting surges
   • Over voltage protection relays
   • Surge arresters, ratings and classes
   • Insulation coordination

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