The size of evaporator pressure is related to the thermal conversion efficiency of the heat exchanger

in order to providing the necessary experiment method and the data for actual waste heat power generation system

in this paper

the low temperature waste heat below 350 ℃

combined with the actual situation of the project

selected organic refrigerant R600a as the working fluid of the waste heat power generation system. Build a low-temperature waste heat power generation system. The paper firstly theoretical analysis of the relationship between the evaporator pressure and the heat transfer efficiency and simulation

which provides the necessary theoretical foundation for the experiment and data analysis; In the experiment

by changing the source of heat flow observed in the experimental system superheat dynamic response

verify the relationship between the evaporator pressure and heat transfer efficiency.