Advances in Solar Heating and Cooling, 2nd Edition

Dear Colleagues,

Global energy consumption for air-conditioning, both heating and cooling, is increasing rapidly. An estimated 111 million AC units were sold this year for new installations and the replacement of waste equipment, and more than 918 million AC units are currently installed in buildings around the world. Conventional AC units typically have a high electricity consumption and use non-environmentally friendly refrigerants. In this context, the know-how that has been accumulated in OECD countries (Europe, US, Australia, etc.) in solar heating and cooling (thermal and PV) is already significant. However, very few efforts have been made to adapt and transfer this know-how to countries characterised by different operating conditions and markets (Africa, MENA, and Asian countries, which are all dynamic, emerging economies).

Therefore, the present Topic, entitled “Advances in Solar Heating and Cooling, 2nd Edition”, calls for papers to showcase ideas, research progresses, and innovations for affordable, safe, and environmentally friendly heating and cooling systems, based on solar energy (either thermal or PV), for regions across the world with favourable climates and growing economies.

Topics of interest include, but are not limited to, the following:

• Improvements in sorption technologies for heating and cooling;
• Adapted components for solar-assisted heating and cooling systems;
• Adapted systems for solar heating and cooling under harsh operating conditions;
• Exergy analysis for solar heating and cooling systems;
• Accurate dynamic simulation of solar heating and cooling systems in harsh climates;
• New materials for adsorption chillers;
• Hybrid chillers for PV/thermal solar heating and cooling systems;
• Retrofit of solar cooling systems in buildings for increased efficiency;
• Passive solar cooling systems;
• Passive solar heating systems;
• Ground-assisted solar heating and cooling systems;
• Improvements in solar energy harvesting for air-conditioning purposes;
• Modelling of solar-assisted AC systems for warm climate;
• New trends in sustainable heating and cooling.

Dr. Salvatore Vasta
Prof. Dr. Uli Jakob
Prof. Dr. Sotirios Karellas
Dr. Marina Bonomolo
Topic Editors