A PWR built in the 1970s has a thermal efciency of 32%. The reactor vendor proposes to raise the…

A PWR built in the 1970s has a thermal efciency of 32%. The
reactor vendor proposes to raise the thermal efciency of the PWR to 34% by
modifying the heat and uid ows in the secondary loop. In Chapter 16, we will nd
that this is possible using a combination of two techniques called reheat and
regeneration. If the thermal efciency is increased by 2%, and the previous
electrical power output of the plant was 1000 MWE, what do you expect the
electrical power output to be after the required modications are made to the
secondary loop? Is the thermal power output of the reactor core changed in this
process?

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