Thermodynamic and economic analysis of a micro-combined polygeneration system coupled with solar energy and fuels for distributed applications

Physics & Astronomy

• economic analysis 95%
• solar energy 61%
• electricity 60%
• solar collectors 47%
• outlets 40%
• turbines 39%
• thermodynamics 36%
• generators 30%
• throttling 28%
• costs 27%
• exergy 26%
• conversation 26%
• inlet temperature 25%
• cooling 24%
• compression ratio 24%
• thermodynamic efficiency 23%
• natural gas 23%
• evaporators 23%
• heating 22%
• temperature ratio 22%
• working fluids 22%
• condensers 21%
• heat exchangers 21%
• compressors 20%
• solar radiation 20%
• combustion chambers 19%
• economics 19%
• thermal energy 18%
• destruction 17%
• pumps 12%
• energy 10%
• performance 7%
• temperature 5%

Chemical Compounds

• Electricity 60%
• Solar Energy 58%
• Solar Collector 56%
• Turbine 47%
• Fuel 44%
• Cooling 31%
• Exergy 29%
• Compressor 26%
• Energy 25%
• Evaporator 24%
• Heat Exchanger 24%
• Solar Radiation 23%
• Valve 19%
• Pump 17%
• Application 17%
• Thermodynamics 11%

Medicine & Life Sciences

• Solar Energy 100%
• Electricity 75%
• Thermodynamics 66%
• Economics 42%
• Hot Temperature 42%
• Temperature 39%
• Heating 38%
• Natural Gas 30%
• Costs and Cost Analysis 22%
• Radiation 13%