FACTOR ANALYSIS OF THE THERMAL SCHEME OF CHP WITH SUPER CRITICAL STEAM CYCLE ON THE BASIS OF EXERGY METHOD

The most promising direction of CHP modernization is the introduction power units on supercritical steam parameters. Increasing parameters one effective ways to increase efficiency a plant. Thus, development concept thermal schemes turbines for parameters, taking into account characteristics their operation at existing Ukraine an actual scientific problem. solution this problem will make it possible replace or modernize generating equipment that has exhausted its resource with modern meet world economic and environmental standards. method exergy analysis adapted study plants cycle. As example application plant working one-stage scheme carried out. Within framework proposed method, thermodynamic topology-exergetic model created. Based indicators operating are determined. It apply theory experiment planning in circuit CHP. With involvement theory, multifactor numerical was conducted determine impact exergetic main determining variable factors, such as adiabatic plant, well generalized equation functional interrelation system elements received. can be used tool further training neural networks both design diagnosis energy According results factor analysis, rather high conservatism considered change varied revealed. This indicates presence more rigid structural links between elements, which generally positive aspect reconstruction.