Exergy–energy analysis for a feasibility trigeneration system at Kocaeli University Umuttepe Campus

Abstract In this study, the feasibility of trigeneration system, which is one on-site energy production methods, was determined for Kocaeli University Umuttepe Campus, exergy and analyses were made each point system destruction in lines found. The key gains, losses, efficiency are presented with engineering solutions thermodynamic proofs. seasonal mathematical models covering whole carried out equilibrium equations entire established. addition, analysis, 2nd law efficiency, coefficient performance (COP), thermal calculated all systems. numerical have been prepared so that it can work effectively two different working disciplines separately summer winter seasons. Thanks to these mentioned, exergic destructions found, methods shown, conditions operating load values suitable current season determined. light technical studies mentioned above, both hourly capacities consumption university will produce after compared by performing separate modes. Thus, has aimed reduce costs selling excess mains. It reason country, foreign dependency meet demand, present a ready apply report investors use design medium-sized power plant set an example academic terms. today’s practical applications, known systems be between 70 80%. studies, 66% winter, 0.87411 2.05 MW capacity, 63% summer, COP 0.82 1.5 cooling 2.02 MWe instantaneous electrical found winter. decided could facility technically open development worth establishing energetic results obtained study comparisons literature. attention drawn importance deciding installation shown played role verification decision mechanisms. order give idea other literature, draw need perform designed or desired