A general approach to integrating compression heat pumps into biomass heating networks for heat recovery

Keyphrases

• Biofuel 25%
• Biomass Heating 100%
• Compression Heat Pump 100%
• Detailed Model 25%
• Economic Outcomes 25%
• Electricity Price 50%
• Evaluation Results 25%
• Exhaust Gas 25%
• Exhaust Gas Temperature 25%
• Flue Gas 25%
• Flue Gas Cooler 25%
• Flue Gasses 25%
• Fuel Price Increase 25%
• Fuel Prices 50%
• Germany 25%
• Heat Pump 50%
• Heat Recovery 100%
• Heating Network 100%
• Improved System 25%
• Integration Approach 50%
• Integration Concept 50%
• Optimal Setpoint 25%
• Promising Solutions 25%
• Return Flow 25%
• System Efficiency 50%
• Technical Parameters 25%
• Techno-economic 25%
• Techno-economic Analysis 25%
• Techno-economic Comparison 25%

Engineering

• Biomass Fuels 20%
• Condenser 20%
• Detailed Model 20%
• Electricity Price 20%
• Exhaust Gas 40%
• Flue Gas 40%
• Gas Temperature 20%
• Germany 20%
• Heat Pump 100%
• Heat Recovery 100%
• Integration Approach 40%
• Measured Data 20%
• Return Flow 20%
• Setpoints 20%
• System Efficiency 40%
• Technical Parameter 20%