Energy efficiency facets: Innovative district cooling systems

Keyphrases

• Energy Efficiency 100%
• Waste Heat 100%
• Cooling Demand 100%
• District Cooling System 100%
• Indigo 100%
• Renewable Energy 50%
• Planning Tools 50%
• Solar Energy 50%
• Heat Demand 50%
• District Heating 50%
• European Parliament 50%
• High Efficiency Cogeneration 50%
• Economic Climate 50%
• Solar Cooling 50%
• Performance Simulation 50%
• Dynamic Energy Model 50%
• LCA Framework 50%
• On-site Observation 50%
• Renewable Energy Consumption 50%
• Energy Efficiency State 50%
• Energy Modeling 50%
• Energy Cost Minimization 50%
• Control Algorithm 50%
• Cooling System 50%
• Predictive Controller 50%
• HVAC System 50%
• Economic Efficiency 50%
• Climate Impact Assessment 50%
• On-site Measurement 50%
• EU Projects 50%
• Design Parameters 50%
• Thermo 50%
• European Cities 50%
• Performance Parameters 50%
• Free Cooling 50%
• Energy Efficiency Maximization 50%
• District Cooling 50%
• Waterways 50%
• Efficient Cooling 50%
• Economic Feasibility 50%
• Efficiency Energy 50%
• System Management 50%
• Self-learning Algorithm 50%
• Absorption chiller 50%
• Comprehensive Assessment 50%
• Fluid Model 50%
• Component Dynamics 50%

INIS

• energy efficiency 100%
• cooling 100%
• district cooling 100%
• cooling systems 100%
• demand 50%
• economics 33%
• efficiency 33%
• assessments 33%
• dynamics 33%
• waste heat 33%
• heat 33%
• algorithms 33%
• indigo 33%
• simulation 16%
• climates 16%
• tools 16%
• cities 16%
• sustainability 16%
• performance 16%
• production 16%
• design 16%
• optimization 16%
• renewable energy sources 16%
• energy 16%
• planning 16%
• district heating 16%
• learning 16%
• management 16%
• modeling 16%
• increasing 16%
• peaks 16%
• rivers 16%
• solar energy 16%
• fluids 16%
• seas 16%
• hvac systems 16%
• minimization 16%
• energy costs 16%
• member states 16%
• cogeneration 16%
• absorption 16%
• energy models 16%
• lakes 16%

Engineering

• District Cooling System 100%
• Energy Efficiency 100%
• Flat Surface 100%
• Cooling Demand 66%
• Renewable Energy Source 33%
• Fluid Model 33%
• Set Point 33%
• Heat Demand 33%
• Member State 33%
• Performance Parameter 33%
• Life Cycle Assessment 33%
• Design Parameter 33%
• Economic Feasibility 33%
• Dynamic Component 33%
• Energy Modelling 33%
• Solar Energy 33%
• District Heating 33%
• Absorption Chiller 33%
• Waterway 33%
• Main Result 33%
• Maximization 33%
• Cooling System 33%
• Learning Algorithm 33%
• Solar Cooling 33%
• Cogeneration 33%
• Economic Efficiency 33%
• European Parliament 33%