MSBTE
22327 Electric Power Generation Notes | MSBTE Diploma Engineering All
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Here's a general overview of the
topics typically covered:
1.
Introduction to Power Generation:
·
Importance of electricity in modern society.
·
Historical development of power generation.
·
Overview of the power generation sector.
2.
Conventional Power Generation:
·
Thermal power plants: coal-based, gas-based,
diesel-based.
·
Hydroelectric power generation: dams, turbines,
generators.
·
Nuclear power plants: fission, reactors, safety
protocols.
3.
Renewable Power Generation:
·
Solar energy: photovoltaic cells, solar thermal
plants.
·
Wind energy: wind turbines, farms, and power
generation techniques.
·
Biomass and bioenergy: sources, conversion
techniques, and applications.
·
Tidal and wave energy: principles, power plants,
and prospects.
·
Geothermal energy: sources, plants, and
benefits.
4.
Power Plant Components:
·
Boilers, turbines, and generators.
·
Condensers, cooling towers, and feedwater
heaters.
·
Transformers, breakers, and switchgear.
5.
Transmission and Distribution:
·
Overview of power transmission systems.
·
Transmission lines: overhead and underground.
·
Grid systems: local, regional, and national
grids.
·
Challenges in power distribution.
6.
Power Plant Economics:
·
Capital cost, operating cost, and maintenance
cost.
·
Tariff determination methods.
·
Load curves, peak loads, and base loads.
7.
Environmental Aspects:
·
Impact of power generation on the environment.
·
Emissions from thermal power plants and their
control.
·
Environmental benefits of renewable energy
sources.
8.
Safety in Power Generation:
·
Safety protocols in thermal and nuclear power
plants.
·
Safety in hydroelectric power plants and dams.
·
Safety measures in power transmission and
distribution.
9.
Recent Trends and Innovations:
·
Smart grids and microgrids.
·
Energy storage solutions: batteries, pumped
storage.
·
Decentralized power generation.
10.
Challenges and Future Prospects:
·
Demand and supply challenges.
·
Integration of renewable energy sources into the
grid.
· Energy security and policy implications.