Novel renewable cooling systems are required worldwide to address the growing demand
for cooling. This study proposes and demonstrates a novel integration of solar-driven …

District heating and cooling networks distribute centrally generated heat through insulated
pipes to multiple buildings, offering efficiency and reduced emissions, especially when using …

Buildings integrated with phase change materials (PCM) offer an effective strategy for
managing building loads and curbing carbon emissions. Nonetheless, assessing the energy …

This article designs and develops a unique system integrated with hydrogen production and
energy storage effectively to meet the variable energy demands of residential communities …

Advances and fast development in emerging digital technologies trigger the next generation
revolution in energy areas and smart cities, while roles and mechanisms of digital …

Rising temperatures, increase in population, and dense urban morphology have resulted in
increased cooling energy demands. The conventional degree-days method to calculate …

Strategies that enhance buildings' cooling resilience within a climate change context might
have significant implications in the water, energy and food domains, as they aim to ensure …

Integrating phase change materials (PCM) into building envelopes enhances their thermal
inertia. With climate change intensifying and the need for high-performance buildings on the …

Geothermal waters are considered a type of renewable energy source. Waters with elevated
temperatures are also used in balneotherapy. In each type of use, the stability of the basic …

Extreme weather events and rising global temperatures are signs of the urgent threat that
climate change poses to our planet [1]. Energy used for heating, cooling, and sustaining …