In response to the challenge of providing energy-efficient thermal comfort in hot and high-
humidity cities, this study investigates innovative cooling systems that can mitigate issues of …

An innovative cogeneration power and cooling system is presented in which a solid oxide
fuel cell (SOFC) is integrated with absorption and ejector refrigeration cycles. To assess the …

Due to Malaysia's high ambient humidity, the majority of buildings suffer from over-cooling
and high-energy consumption of conventional cooling systems. This study investigated the …

Addressing indoor thermal comfort in buildings located in hot and humid climates is a
persistent challenge, demanding innovative cooling solutions that are both efficient and …

Desiccant cooling systems have been regarded as alternative residential air conditioning
systems, owing to their potential for considerably reducing electricity power consumption. In …

Global reliance on traditional cooling systems is a pressing concern, especially given their
substantial energy demands and refrigerant-related greenhouse gas emissions. The need …

This study presents a dynamic simulation-optimization of a solar-assisted desiccant cooling
system integrated with a ground source heat exchanger (SDCS-GSHE). Solar and ground …

This paper seeks to develop a mathematical model to analyze a novel ejector enhanced
heat pump system from the thermodynamics viewpoint, and optimize the system by an elitist …

A liquid desiccant-based evaporative air-conditioning system (LDeACS) is one of the
excellent alternatives to conventional vapour compression refrigeration system. The liquid …

A major challenge in the common approach of hot water generation in residential houses
lies in the highly stochastic nature of domestic hot water (DHW) demand. Learning hot water …