Why is a condenser necessary in a thermodynamic Rankine cycle?

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A condenser is essential in a thermodynamic Rankine cycle to ensure efficient energy use. Without it, the energy consumed by the compressor would equal the energy produced by the turbine, negating any power output. The condenser allows for the cooling and phase change of steam, which is crucial for maximizing efficiency. This setup minimizes the energy required by the compressor while optimizing power generation. Overall, the condenser plays a vital role in enhancing the performance of the Rankine cycle.
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hi guys , I am studying thermodynamic cycles in my thermodynamic course , I have a question about the power cycles like Rankine , in these systems v use superheated steam to produce work from turbine, so y there must be condenser to cool it first and then heat it , y can't v use turbine - boiler - compressor setup or turbine - compressor - boiler . I know it must have a very answer but I will b happy if I will get one...
 
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Please use plain English. We do not speak text-speak in this forum. Use why instead of y, we instead of v and be instead of b.
The condenser is required because otherwise you will spend as much energy in the compressor as you get from the turbine. You're trying to maximize your power output while minimizing any energy required by the compressor.
 
dauto said:
Please use plain English. We do not speak text-speak in this forum. Use why instead of y, we instead of v and be instead of b.
The condenser is required because otherwise you will spend as much energy in the compressor as you get from the turbine. You're trying to maximize your power output while minimizing any energy required by the compressor.

I got your points . special thanks for the answer!
 
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