USING THE STIRLING ENGINE FOR A COHENERATION THERMAL POWER PLANT WITH SUPERHUME POWER WITH THE POSSIBILITY OF USING THERMAL LOSSES OF METALLURGICAL PRODUCTION
Keywords:
Thermal power station, Stirling engine, cogeneration, thermal energy, coke, coke oven, metallurgy.Abstract
A micro power station with an engine with an external heat input will produce electrical energy for the company's own needs, using the thermal losses of coke production. The basis of a micro thermal power plant is an engine with an external supply of heat, operating on the principle of Stirling. In our work we take into account the positive results, experience and achievements of foreign scientists, to create our own design. The article presents some results of research on the efficiency of the engine with external supply of heat. The engine with an external input of heat of type "Gamma" has been investigated. Particular emphasis was
placed on the main technical characteristics of the model. It was found that to achieve high engine efficiency it is necessary to achieve effective heating and cooling of the body. The engines are designed in such a way that it ensures maximum and rapid heating of the working fluid. The article presents graphical drawings of various dependencies for any external influences. The experimental data were used to calculate the pressure of the working fluid in the cylinders and the speed of rotation in order to achieve the maximum efficiency
