Muftasoft TM

There are several case studies of solar thermal energy storage being implemented in space conditioning applications.

1. Drake Landing Solar Community, Canada:

1. The Drake Landing Solar Community, located in Okotoks, Alberta, Canada, is a residential development that incorporates solar thermal energy storage for space heating.
2. The community features 52 homes equipped with solar collectors on their roofs and an underground thermal energy storage system.
3. During the summer months, excess solar heat collected by the solar collectors is stored in the ground as thermal energy.
4. In the winter, when solar radiation is lower, the stored thermal energy is used to heat water, which is then circulated through radiant floor heating systems in the homes.

2. SOLACES Project, Spain:

1. The SOLACES project, led by the Institute for Solar Energy Research in Spain, focuses on the integration of solar thermal energy storage in space conditioning for commercial buildings.
2. The project developed a solar air conditioning system that utilizes solar collectors to generate thermal energy.
3. The thermal energy is stored in a sorption storage unit, which uses an adsorption process to capture and release heat for cooling.
4. The system is designed to provide space cooling during the day and store excess thermal energy for night-time cooling.

3. SOLTRAIN Project, Southern Africa:

1. The Southern African Solar Thermal Training and Demonstration Initiative (SOLTRAIN) aims to promote the use of solar thermal energy in various applications, including space conditioning, in Southern Africa.
2. The project includes case studies of solar thermal energy storage integrated into space heating and cooling systems in residential, commercial, and institutional buildings.
3. SOLTRAIN showcases the successful implementation of solar thermal energy storage in different climatic conditions across Southern Africa.

4. Masdar City, UAE:

1. Masdar City, a sustainable urban development in Abu Dhabi, United Arab Emirates, is exploring solar thermal energy storage for space conditioning.
2. The city features innovative technologies, including solar collectors and thermal energy storage systems, to reduce energy consumption and greenhouse gas emissions in space cooling applications.

Please note that these case studies were active as of 2021, and there may have been further developments or new projects since then. For up-to-date information and more recent case studies, I recommend referring to research papers, industry reports, or official project websites that focus on solar thermal energy storage in space conditioning applications.