Design and optimization of a De-centralized community sized solar heating system for Nordic Region

INIS

• design 100%
• optimization 100%
• communities 100%
• tanks 100%
• solar heating systems 100%
• electricity 75%
• renewable energy sources 50%
• energy 50%
• storage 50%
• investment 50%
• configuration 50%
• boreholes 50%
• houses 50%
• heating systems 50%
• simulation 25%
• climates 25%
• solutions 25%
• applications 25%
• dynamics 25%
• heating 25%
• low temperature 25%
• demand 25%
• computer codes 25%
• volume 25%
• high temperature 25%
• algorithms 25%
• energy systems 25%
• climatic change 25%
• heat pumps 25%
• solar heating 25%
• solar district heating 25%

Keyphrases

• Nordic Region 100%
• Solar Heating System 100%
• Purchased Electricity 100%
• Clean Energy Technology 66%
• Renewable Energy Fraction 66%
• High Temperature 33%
• Low Temperature 33%
• Dynamic Simulation 33%
• Simulation Approach 33%
• Tank Storage 33%
• Climate Change 33%
• Energy Systems 33%
• Heat Pump 33%
• Solar Heating 33%
• Heating System 33%
• Borehole 33%
• TRNSYS 33%
• System Configuration 33%
• Storage Volume 33%
• Feasible Solution 33%
• Two-objective 33%
• Cold Climate 33%
• Partially Decentralized 33%
• NSGA-II Algorithm 33%
• Decentralized Heating 33%
• Building Heating Demand 33%
• Individual Household 33%
• High Latitude 33%
• Solar District Heating System 33%
• Hole Volume 33%

Engineering

• Clean Energy Technology 100%
• Solar Heating System 100%
• Borehole 100%
• Renewable Energy 100%
• Low-Temperature 50%
• Building Heating 50%
• Photovoltaics 50%
• District Heating System 50%
• Non-Dominated Sorting Genetic Algorithm II 50%
• Energy Systems 50%
• Storage Tank 50%
• Climate Change 50%
• Heating System 50%
• Heat Pump 50%
• Feasible Solution 50%
• Climatic Change 50%
• Collectors 50%
• Solar District Heating 50%