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Power Plant Engineering

Er Yogendra Singh Rajput December 13, 2025
Industrial Training - Power Plant Engineering
Industrial Training 2025

Power Generation
ENGINEERING

Master the Grid. Learn Thermal, Hydro & Nuclear Power Generation, Switchgear Protection, and Turbine Operations.

Start Generator Get Syllabus

MW

Generation

kV

Transmission

Grid

Synchronization

Unit 1 Control Room: Rankine Cycle
Grid Freq: 50.0 Hz
BOILER
TURBINE
GENERATOR
Fuel Rate 0%
Temp: 25 °C
Pressure: 1 Bar
Output: 0 MW
[ POWER ENGINEER ]

Detailed Topic Breakdown

Comprehensive training for Electrical & Mechanical Engineers. From Fuel handling to Grid Synchronization.

Module 1

Thermal Generation

Rankine Cycle, Boilers, Turbines, and Auxiliaries operation.

Week 1 (Day 1-7)

Part A: Boiler Tech

  • Overview of Thermal Power Plant
  • Rankine Cycle Thermodynamics
  • Coal Handling Plant (CHP)
  • Boiler Types (Sub-critical vs Super-critical)
  • Boiler Mountings & Accessories
  • Furnace & Draft Systems (FD/ID Fans)
  • Superheaters & Reheaters
  • Economizers & Air Preheaters
  • Ash Handling System
  • Emission Control (ESP)

Part B: Turbine & Generator

  • Steam Turbine Working Principle
  • Impulse vs Reaction Turbines
  • Turbine Governing System
  • Condensers & Cooling Towers
  • Feed Water System (BFP)
  • Turbo Generator Construction
  • Stator & Rotor Cooling (Hydrogen/Water)
  • Excitation Systems (Static/Brushless)
  • Turbine Protection (Vibration, Axial Shift)
  • Plant Efficiency Calculation
Module 2

Hydro & Nuclear

Hydraulic Turbines, Dam engineering, and Nuclear Fission reactors.

Week 2 (Day 8-14)

Part A: Hydro Power

  • Hydrology & Site Selection
  • Dam & Spillways Classification
  • Penstock & Surge Tank
  • Hydro Turbines (Pelton, Francis, Kaplan)
  • Governing of Water Turbines
  • Cavitation & Water Hammer
  • Hydro Generator specifics
  • Micro Hydro Systems
  • Pumped Storage Plants
  • Plant Layout & Operations

Part B: Nuclear Power

  • Nuclear Fission basics
  • Reactor Components (Core, Moderator, Control Rods)
  • Reactor Types (PWR, BWR, PHWR)
  • Coolant Systems
  • Nuclear Fuel Cycle
  • Safety Protocols & Radiation Shielding
  • Waste Management
  • Steam Generators in Nuclear
  • Fast Breeder Reactors
  • Emergency Shutdown (SCRAM)
Module 3

Protection & Grid

Substation design, Circuit Breakers, Relays, and Grid Synchronization.

Week 3 (Day 15-21)

Part A: Switchgear

  • Substation Layout (SLD)
  • Busbar Schemes
  • Isolators & Earth Switches
  • Circuit Breakers (SF6, Vacuum, Air Blast)
  • Current Transformers (CT) & PT
  • Lightning Arresters
  • Power Transformers (ONAN/ONAF)
  • Tap Changers (OLTC)
  • Gas Insulated Substations (GIS)
  • Battery Banks & DC System

Part B: Protection

  • Zones of Protection
  • Relay Types (Electromechanical vs Numerical)
  • Overcurrent & Earth Fault Protection
  • Differential Protection (Transformer/Generator)
  • Distance Protection (Transmission Lines)
  • Buchholz Relay
  • Reverse Power Protection
  • Grid Synchronization Methods
  • Load Dispatch Center (LDC)
  • Fault Analysis
Module 4

Renewables & O&M

Solar/Wind energy integration, SCADA for Power, and Plant Maintenance.

Week 4 (Day 22-28)

Part A: Green Energy

  • Solar PV Power Plants (Grid Tied)
  • Solar Inverters & MPPT
  • Wind Turbine Aerodynamics
  • Wind Farm Layout
  • Geothermal & Biomass Basics
  • Grid Integration of Renewables
  • Energy Storage Systems (BESS)
  • Smart Grid Concepts
  • Carbon Credits & Net Metering
  • Hybrid Power Plants

Part B: O&M & SCADA

  • Plant Maintenance Strategies (Breakdown/Preventive)
  • Predictive Maintenance (Vibration Analysis)
  • DCS (Distributed Control System)
  • SCADA for Power Systems
  • PLCs in Power Plants
  • Safety Procedures (LOTO)
  • Permit to Work System
  • Energy Audit
  • Final Project: Substation Design
  • Viva Voce

Download Engineering Resources

Access the complete 30+ page Training Report, SLDs, and Plant Layouts.

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Disclaimer: This training is for educational purposes. Always follow standard safety protocols (IEEE/IEC) when working with high voltage.

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