Hybridization of concentrated solar power and biomass combustion for combined heat and power generation in Northern Europe

Keyphrases

• Combined Heat Power 100%
• Biomass Combustion 100%
• Northern Europe 100%
• District Heating Plant 100%
• Heat Generation 100%
• Power Generation 100%
• Concentrated Solar Power 100%
• Parabolic Trough Collector 100%
• Annual Simulation 100%
• Solar-biomass 100%
• Computer Model 50%
• Italy 50%
• Control Strategy 50%
• Energy Flow 50%
• Nordic Countries 50%
• Heat Production 50%
• District Heating System 50%
• Plant Layout 50%
• Tariffs 50%
• Investment Cost 50%
• Economic Outcomes 50%
• Electricity Production 50%
• Present Condition 50%
• Payback Period 50%
• Installation Cost 50%
• Torino 50%
• Collector Field 50%
• Techno-economic Feasibility 50%
• Simple Payback Period 50%

Engineering

• Power Generation 100%
• Cogeneration Combined Cooling Heating Power 100%
• Measured Data 100%
• District Heating 100%
• Payback Period 100%
• Concentrated Solar Power 100%
• Parabolic Trough Collector 100%
• Control Strategy 50%
• Nordic Country 50%
• Investment Cost 50%
• Retro-Fitting 50%
• Economic Feasibility 50%
• District Heating System 50%
• Plant Layout 50%
• Installation Cost 50%
• Simulated Result 50%
• Operational Year 50%
• Energy Flow 50%
• Heat Production 50%