The enviro-economic and energy metrics analyses of the solar system by incorporating
different photovoltaic technologies are required to fulfill the sustainable development goal of …

This work presents a sensitivity analysis of double slope solar still having N similar
compound parabolic concentrator integrated evacuated tubular collectors in series …

This paper deals with the improvement of exergo-enviro-economic parameters and
productivity of a number (N) of identical compound parabolic concentrator (CPC) evacuated …

Accurate evaluation of the wind convection heat transfer coefficient (hw) for solar‐based
systems is essential, especially for solar desalination systems. Thermal behavior and …

Novel sustainable solar powered combined desalination and hot water system is
investigated based on energy, exergy and economic performances experimentally. For the …

This paper deals with the exergy analysis of single slope solar desalination unit combined
with N number of compound parabolic concentrator integrated evacuated tubular collectors …

In order to create high-performance buildings, net-zero emissions. Energy Buildings (NZEB)
integrate renewable energy technologies with passive design concepts. The purpose of this …

This study highlights the concrete effects of worldwide warming on our environment while
offering a brief introduction to green technology (GT) in the fourth industrial century (IR 4.0) …

Synchronous generators (SGs) have been a major component of the power system's
historical reliance on inertia and grid stability. However, since there is a visible lack of inertia …

Fuzzy logic has become a widely used alternative in control systems because of its inherent
advantages, such as robustness. Despite this, the Type-2 fuzzy reasoning approach has …