With the growing energy needs, a conscious effort has been made to use non-conventional
energy sources to generate clean energy efficiently. Solar energy has always been popular …

The industries utilize fluid heating and cooling in various applications such as production,
power generation, electronics, and transportation. Many techniques have been …

Solar air heater plays a crucial role for development of sustainable built environment, which
can fulfil the need of heating load of building by harnessing solar energy. A solar air heater …

The current work analyses the thermal (η th) and effective efficiency () of a solar thermal air
collector (STAC) that has an arc-shaped dimple as a roughness geometry on the absorber …

To promote the transition to clean heating methods in rural areas and improve solar energy
utilization efficiency, two new types of solar water collectors with evacuated tubes, namely …

The performance of solar air heaters can be improved by either active or passive
techniques. In this research manuscript, both active and passive technique is used to …

The thermal performance of a flat plate solar collector (FPSC) is a critical indicator that
depends on the environment, operational parameters, and dimensions. This study examines …

The present work shows the impact of jet shapes and absorber plate spacing on the
performance of heat transfer and pressure drop in solar air collectors experimentally …

Solar heating is a low-cost option for heating buildings, which help in the development of a
sustainable built environment as it can fulfil the building heating demand. For this purpose …

In the current context of environmental deterioration and rising energy costs, systems based
on Stirling engines are interesting not only because of their proven efficiency and very low …