Ice-Houses
portes grátis
Ice-Houses
Energy, Architecture, and Sustainability
Bahadori, Mehdi N.; Dehghani-Sanij, Alireza
Elsevier Science Publishing Co Inc
05/2021
358
Mole
Inglês
9780128222751
15 a 20 dias
580
Descrição não disponível.
1. Introduction: Energy consumption and environmental challenges
2. Natural ice making
3. Artificial ice making
4. Traditional ice-houses
5. The architecture of traditional ice-houses
6. Natural and low-energy ice making to save energy
7. Ice production to reduce electricity demand for cooling buildings at peak times
8. Using solar energy, heat pumps and seasonal ice storage to provide heating/cooling needs of buildings
9. Case studies and examples of traditional ice-houses
2. Natural ice making
3. Artificial ice making
4. Traditional ice-houses
5. The architecture of traditional ice-houses
6. Natural and low-energy ice making to save energy
7. Ice production to reduce electricity demand for cooling buildings at peak times
8. Using solar energy, heat pumps and seasonal ice storage to provide heating/cooling needs of buildings
9. Case studies and examples of traditional ice-houses
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Storage; production; energy; sustainable; electricity; consumption; systems; ice; heating; cooling; HVAC; heat pumps; ambient air; solar; localized; analytical; thermodynamic; low-energy; climate; absorption; compression; refrigeration; renewable
1. Introduction: Energy consumption and environmental challenges
2. Natural ice making
3. Artificial ice making
4. Traditional ice-houses
5. The architecture of traditional ice-houses
6. Natural and low-energy ice making to save energy
7. Ice production to reduce electricity demand for cooling buildings at peak times
8. Using solar energy, heat pumps and seasonal ice storage to provide heating/cooling needs of buildings
9. Case studies and examples of traditional ice-houses
2. Natural ice making
3. Artificial ice making
4. Traditional ice-houses
5. The architecture of traditional ice-houses
6. Natural and low-energy ice making to save energy
7. Ice production to reduce electricity demand for cooling buildings at peak times
8. Using solar energy, heat pumps and seasonal ice storage to provide heating/cooling needs of buildings
9. Case studies and examples of traditional ice-houses
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.