A hybrid power cycle using an inverted Brayton cycle with an indirect evaporative device for waste-heat recovery

Engineering

• Cycles 100%
• Evaporative Cooling 100%
• Low-Temperature 75%
• Performance 50%
• Counterflow 50%
• Thermal Efficiency 50%
• Numerical Model 25%
• Hybrid 25%
• Heat Source 25%
• Evaporative Cooler 25%
• Inlet Air 25%
• Air Condition 25%
• Low-Temperature Heat Source 25%
• Cooling Device 25%
• Waste Heat Recovery System 25%
• Power Cycle 25%
• Specific Work 25%
• Recuperator 25%
• Compressor Inlet 25%

Physics

• Cycles 100%
• Brayton Cycle 100%
• Performance 50%
• Heat 50%
• Waste 50%
• Counterflow 50%
• Thermodynamic Efficiency 50%
• Output 25%
• Cooling 25%
• Numerical Model 25%
• Heat Sources 25%
• Air Cooling 25%