Study and application of a regenerative Stirling cogeneration device based on biomass combustion

Engineering

• Application 100%
• Biomass 100%
• Combustion 100%
• Micro Combined Heat and Power 100%
• Cogeneration 100%
• Efficiency 66%
• Biogas 66%
• Demonstrates 33%
• Heat Exchanger 33%
• Algorithm 33%
• Economics 33%
• Determines 33%
• Primary Energy Consumption 33%
• High Efficiency 33%
• Generators 33%
• Flue Gas 33%
• Renewable Source 33%
• Energy Content 33%
• System Operation 33%
• Power Device 33%
• Recuperator 33%
• Environmental Benefit 33%
• Combustion Air 33%
• Design Parameter 33%
• Energy Benefit 33%

Keyphrases

• Regeneration 100%
• Device-based 100%
• Biomass Combustion 100%
• Stirling 100%
• Micro-CHP 60%
• Biogas 40%
• Electric Efficiency 40%
• High Efficiency 20%
• Primary Energy Consumption 20%
• Environmental Benefits 20%
• Renewable Sources 20%
• Energy Content 20%
• System Operation 20%
• Power Operation 20%
• Combustion Air 20%
• Economic Savings 20%
• Power Device 20%
• Optimal Management 20%
• Main Design Parameters 20%
• Combustion Flue Gas 20%
• Energy Benefit 20%
• Power Unit 20%
• Heat Units 20%
• Recuperator 20%
• Gas-gas Heat Exchanger 20%

Chemical Engineering

• Combustion 100%
• Biogas 66%