LNG Powerplant course, Gas fired power plant training, electrical engineers Course

This course provides electrical engineers with comprehensive knowledge of Gas Fired Turbine Power Plants, focusing on electrical design, control systems, protection schemes, power evacuation, instrumentation, and maintenance. Engineers learn how gas turbines convert natural gas or LNG into electricity through safe and efficient operational procedures. The program supports skill assessment, hands-on training, and professional certification.

Why Skill Assessment?

Before training, each engineer undergoes a technical skill assessment to identify their strengths and skill gaps in:

• Power plant electrical systems

• Control & protection technologies

• Turbine-generator operation

• Maintenance & testing procedures

• Safety, codes, and compliance

Based on the results, targeted training is provided. Upon completion, engineers receive skill certification and project experience documentation to strengthen employment opportunities in the power industry.

Topics Covered

1. Introduction to Gas Power Plants

• Working principles of gas turbines

• Combined cycle plants & cogeneration systems

• Gas, fuel handling & combustion systems

• Comparison with coal, hydro & renewable plants

2. Electrical Design of Gas Power Plants

• Electrical single line diagram (SLD)

• Turbine-driven generators

• Excitation systems & AVR controls

• Generator cooling (air / hydrogen)

3. Turbine-Generator Operation

• Compressor, combustion & turbine sections

• Fuel-air ratio control & firing sequence

• Load control, speed governing & synchronization

• Heat Recovery Steam Generator (HRSG) interface

4. Power Evacuation Systems

• Step-up transformers, switchyard layout

• Busbars, breakers & isolators

• Grid interconnection procedures

• Load dispatch, frequency & voltage regulation

5. Protection Systems & Relaying

• Overcurrent, earth fault, differential protection

• Generator protection & turbine overspeed systems

• Transformer protection & station auxiliaries

• Relay testing & coordination

6. SCADA, Automation & Instrumentation

• PLC-based plant control systems

• Sensors, transmitters & field devices

• Remote monitoring, alarms & trip logic

• Digital twins & predictive analytics

7. Testing, Commissioning & Maintenance

• Electrical machine testing (IR, PI, Tan Delta, PD)

• Thermography & vibration analysis

• Preventive & predictive maintenance scheduling

• Shutdown procedures, safety & compliance

8. Safety Standards & Compliance

• NFPA standards for gas systems

• IEC & IEEE standards for electrical safety

• Hazardous area classification & protection

• Fire suppression, gas leaks & risk mitigation

Practical Exposure / Projects

• SCADA-based plant monitoring simulation

• Relay testing & generator synchronization

• Fuel system safety and emergency handling drill

• Plant layout study & electrical SLD preparation

Who Should Attend?

• Electrical engineering graduates & diploma holders

• Power plant technicians, O&M engineers

• Professionals in renewable-grid integration

• Engineers seeking careers in generation utilities

Career Opportunities

• Gas Turbine Electrical Engineer

• Power Plant O&M Engineer

• SCADA and Control System Engineer

• Electrical Commissioning Engineer

• Protection & Relaying Specialist