![]() ![]() Here the steam is condensed back to water and is again fed to heat exchanger section. CondenserĪfter obtaining useful work from the steam it is then moved to the condenser section. The steam turbine is synchronized with the alternator which produces electrical energy at its output. The heat from the steam generation section moves to the steam turbine which causes the turbine to rotate. The heat from the reactor converts this water into steam which exits from the top of the steam generation section. In a steam generation, section water is provided from the bottom. The heat generated in nuclear reaction never comes in direct contact rather it stays separate. A large amount of heat energy generated by nuclear fission is moved to the steam generator section. Schematic Arrangement of Nuclear Power StationĪ nuclear power station contains five major components:Ī nuclear reactor is the main portion of the nuclear power station where the nuclear fuel is subjected to fission reaction. The turbine is synchronized with the alternator (synchronous generator) which produces electricity at its output. The steam is then moved to the steam turbine which produces mechanical energy at its output. The heat energy produced is utilized for producing steam at high temperature. ![]() In a nuclear power station, Uranium is subjected to the fission process in the reactor. A nuclear power plant converts electrical energy into nuclear energy. ![]()
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