This paper delves into the theoretical and experimental exploration of dual-slope and pyramid structural solar stills, with a particular focus on the incorporation of an additional basin to
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This dual-slope setup literally gets the advantage of direct solar radiation and that of diffuse (indirect) solar radiation during the day, improving energy efficiency of the system compared to single-tilt designs.
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Two types of single-effect double-slope solar system were planned, installed and tested at the training and workshop center at the University of Technology, Baghdad, Iraq, to assess the performance and
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This study shows the design and performance of a dual-slope solar still powered by a mild hybrid power supply system. Different power supply configurations were created for the solar still,
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This article explores how properly utilizing solar energy can meet these basic needs, offering insights into the potential benefits, innovative technologies, and key considerations in achieving clean energy
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Abstract In double-slope solar stills (DSS), a significant amount of solar energy is wasted as heat and reducing the system freshwater generation efficiency.
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This study presents a novel, highly detailed, and accurate modelling method for calculation of the total annual solar thermal energy received by a double-slope solar still.
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The main aim of this study is to evaluate how much water can be generated by a double slope solar stills basin and also to make a comparison in aspects of productivity with single slope solar still.
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In this study, we focus on dual-slope solar panels, a novel configuration in ground-mounted photovoltaic installations, which differs from traditional single-slope designs in terms of wind
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