Design and evaluation of a novel SOFC-driven multi-generation system

Parametric evaluation and thermodynamics first-law examination of a novel multigeneration system, which is comprised of a hybrid solid oxide fuel cell/gas turbine (sofc/gt) system, a heat recovery heat exchanger, an erc (ejector refrigeration cycle), and a pem (proton exchange membrane) electrolyzer, is conducted. the proposed multigeneration set-up produces refrigeration output, electricity output, heating output, and hydrogen, simultaneously. an exhaustive analytical evaluation of the introduced system is presented and findings are testified by accessible data. the findings showed that the introduced set-up yields heating load, refrigeration load, net electricity, and h2 rate of 277 kw, 84.42 kw, 184.2 kw, and 1.433 kg/h, correspondingly.under this circumstance, the overall energetic efficiency of the integrated system was calculated around 79.5.