Building Energy Flexibility and Demand Management

Section I: Foundational information and methods
1. Energy and environmental sustainability
2. Energy flexibility concepts, indicators and quantification methods
3. Energy flexibility modelling and optimization
4. Energy demand management

Section II: Emerging technologies and case studies for enhanced energy flexibility
5. Thermal energy storage for enhanced energy flexibility
6. Renewable energy for enhanced energy flexibility
7. Heat pumps in building energy flexibility
8. District heating and cooling for energy flexibility
9. Energy flexibility of a net zero energy: Case study and demonstration
10. Energy flexibility in intermittent heated and/or cooled systems: A case study

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• Economia ambiental
• Ambiente

Biomass energy; Building; Building energy; Building energy flexibility; Case study; DC power distribution; Demand response; Demand side management; Design optimization; District heating; District heating and cooling; Electrical appliances; Electricity; Energy; Energy carriers; Energy flexibility; Energy flexibility definitions; Energy flexibility indicators; Energy flexibility quantification; Energy storage; Energy storage materials; Flexibility; Flexible resources; Future energy systems; Geothermal energy; Green building; Greenhouse; Grid-interactive building; Heat pumps; Heat recovery; Heating; Load shedding; Load shifting; Modeling; Net zero-carbon building; Operating flexibility; Photovoltaic; Renewable energy; Renewable energy resources; Small-scale energy systems (SSES); Smart grid; Solar energy; Sustainability; Thermal; Thermal energy storage; Thermal mass; Virtual power plant; Waste heat; Wind energy