Through the valve, the steam enters high pressure turbine and passes through the stationary blade and rotational blade then it makes the turbine rotor rotate using the velocity energy from the blade.

The steam which passed through high pressure section is sent again to reheater for reheating to get better efficiency. In this way, this steam comes into intermediate pressure turbine through the combined reheat valve and it adds torque with steam velocity energy.

The steam having lower temperature and pressure from intermediate pressure turbine exhaust, then this flows to the low pressure turbine passing through cross-over pipe. It adds the turbine rotating power much more and finally transmits to the generator.

The exhaust steam from the low pressure turbines passes down into the condensers where it cools, condenses back to water, and is then pumped to the boiler, where the entire steam cycle is repeated.

In turn, the generator shaft becomes an electro-magnet which has a torque force from the turbine. It produces the electricity when the current occurs around stator winding. Thus the mechanical energy from the turbine is converted into electrical energy in the generator.

Electricity is finally delivered throughout the city via this distribution grid, to factories, offices, schools, stores and, of course, your home, as mankind’s most useful and reliable form of energy.