condition (pressureandtemperature) and variation in solar energy sharing.
The focused results are cycle thermal efficiency,hybrid plant thermal efficiency,plant fuel efficiency
and specific power. Them ass,energy and performance variations are studied under
variable solar radiation.A case study has been carried out to validate the thermodynamic
cycle results.The results show that the plant fuel energy efficiency increases from 16% to
29% with an increase in solar participation from 10% to 50% at the boiler pressure of
20 bar.