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Ratlamwala et al. [72] studied a performance assessment of an integrated PV/T and triple effect cooling system for hydrogen and cooling production. The also conducted a comprehensive parametric study on the effect of average solar radiation for different months, operating time of the electrolyzer, inlet air temperature and PV area module on the power production and hydrogen production rate. In another study, Ratlamwala et al. [73] analyzed the performance of a novel integrated geothermal system for multigeneration, based on a geothermal double flash power generating unit, an ammonia water quadruple effect absorption unit and an electrolyzer system for cooling, heating, power, hot water and hydrogen production. Increasing the geothermal source temperature, pressure and mass flow rate was observed to increase the output power and hydrogen production rate. Ozturk and Dincer [74] conducted a thermodynamic analysis of a solar based multigeneration system with hydrogen production. The solar based multigeneration considered for this analysis consists of four main sub systems: Rankine cycle, organic Rankine cycle, absorption cooling and heating, and hydrogen production and utilization. The exergy efficiency and exergy destruction rate for the subsystems and the overall system show that the parabolic dish collectors have the highest exergy destruction rate among constituent parts of the solar- based multigeneration system Dincer and Zamfirescu [7] performed energy and exergy analyses of renewable-energy- based multigeneration, considering several options for producing such products as electricity, heat, hot water, cooling, hydrogen, and fresh water. Ahmadi et al. [75] studied the exergo- environmental analysis of an integrated organic Rankine cycle for polygeneration to produce electricity, heating, cooling and hot water. The system analyzed consists of a gas turbine cycle, an organic Rankine cycle (ORC), a single effect absorption chiller and a domestic water heater. The exergy efficiency of the trigeneration system is found to be higher than that of typical combined heat and power systems or gas turbine cycles. The results also indicate that carbon dioxide emissions for the trigeneration system are less than for the aforementioned systems. The exergy results show that combustion chamber has the largest exergy destruction of the cycle components, due to the irreversible nature of its chemical reactions and the high temperature difference between the working fluid and flame temperature. Ahmadi et al. [76] studied a thermodynamic modeling and assessment of an integrated biomass-based multigeneration energy system. They analyzed a new multigeneration system 47PDF Image | Energy Systems for Multigeneration Purposes
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