There is significant potential for the use of the photovoltaic solar energy in countries like Sudan which receive abundant amounts of solar radiation around the year; the present work aims to design a
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This paper investigates the potential for widescale grid connected residential rooftop solar PV to meet electricity demand increase in Khartoum by 2030.
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The following subsections will explore the potential of each renewable energy type in Sudan, providing an overview of the current status and existing projects, the research conducted in these areas, the
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This research exploits the surrounding conditions from insufficient data and scarce scientific research resources and focuses on using mathematical methods and applied research tools
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So far, we have conducted calculations to evaluate the solar photovoltaic (PV) potential in 7 locations across Sudan. This analysis provides insights into each city/location''s potential for
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Using MATLAB simulations (Version 24b), Global Solar Atlas data, and HOMER software (Version 4.11) for hybrid system optimization, a case study of a village in Shariq al-Nil,
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Purpose: This article explores the role of renewable energy, particularly solar power, in addressing Sudan''s energy crisis in the context of post-war reconstruction and long-term sustainable development.
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This research outlines the scientific processes to work out the economic appraisal of an off-grid PV system with and without storage units that could be deployed within Greater Khartoum.
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The application of PV modules, particularly in combination with passive solar design concepts, leads to new designs and new architecture in Khartoum and ability to complement this study in Khartoum in
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distribution of rooftop solar PV in Khartoum. This paper attempts to fill this gap in literature. The aim of this paper is to investigate the potential of widesca. e grid connected rooftop solar PV in Khartoum
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