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 …

Maximizing efficiency in desalination systems is necessary for addressing global water
scarcity. This study focuses on modeling and optimizing a novel desalination system using …

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

The technology of solar still shows up as an effective and affordable solution to convert
available brackish water into potable water. The present study aims to address the …

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

abstract This research work communicates the influence of dissimilarity of water depth on
various efficiencies and productivity of N alike photovoltaic thermal flat plate collectors …

Desalination combined with nano-enhanced phase change material has the potential to
significantly transform water sustainability by offering an ecologically responsible resolution …

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 …

Solar stills provide better and economical options for getting clean water, especially in
remote locations. In present work authors proposed an active solar still coupled to an …