Internal Combustion Engine
in Thermal Power Engineering
A Presentation on IC Engine in Power
Generation
Introduction
• • Internal Combustion (IC) engines convert
fuel into mechanical energy.
• • Used in thermal power generation for
backup and small-scale electricity production.
• • Operates by burning fuel inside the engine
to produce power.
Types of Internal Combustion
Engines
• • Spark Ignition (SI) Engine - Uses petrol,
operates with spark plug.
• • Compression Ignition (CI) Engine - Uses
diesel, ignites fuel by compression.
• • Two-Stroke Engine - Completes power cycle
in two strokes.
• • Four-Stroke Engine - Completes power cycle
in four strokes.
Working of Internal Combustion
Engine
• • Intake Stroke - Air-fuel mixture enters the
cylinder.
• • Compression Stroke - The mixture is
compressed.
• • Power Stroke - Fuel ignites, generating
power.
• • Exhaust Stroke - Burnt gases are expelled.
Applications in Power Engineering
• • Used in small-scale power generation.
• • Acts as a backup power source in thermal
plants.
• • Employed in remote and off-grid areas.
• • Provides energy for auxiliary systems in
power plants.

Internal_Combustion_Engine_Power_Engineering_Final_Applications.pptx

  • 1.
    Internal Combustion Engine inThermal Power Engineering A Presentation on IC Engine in Power Generation
  • 2.
    Introduction • • InternalCombustion (IC) engines convert fuel into mechanical energy. • • Used in thermal power generation for backup and small-scale electricity production. • • Operates by burning fuel inside the engine to produce power.
  • 3.
    Types of InternalCombustion Engines • • Spark Ignition (SI) Engine - Uses petrol, operates with spark plug. • • Compression Ignition (CI) Engine - Uses diesel, ignites fuel by compression. • • Two-Stroke Engine - Completes power cycle in two strokes. • • Four-Stroke Engine - Completes power cycle in four strokes.
  • 4.
    Working of InternalCombustion Engine • • Intake Stroke - Air-fuel mixture enters the cylinder. • • Compression Stroke - The mixture is compressed. • • Power Stroke - Fuel ignites, generating power. • • Exhaust Stroke - Burnt gases are expelled.
  • 5.
    Applications in PowerEngineering • • Used in small-scale power generation. • • Acts as a backup power source in thermal plants. • • Employed in remote and off-grid areas. • • Provides energy for auxiliary systems in power plants.