Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
7397771 | Energy Policy | 2018 | 9 Pages |
Abstract
Very large scale photovoltaic (VLS-PV) plants are considered to be the best existing options, in the desert regions, to solve environmental concerns and energy security issues. Saudi Arabia has already set a target to install 16Â GW of solar PV by the year 2032. To implement this ambitious plan, the government aims to invest more than 109 billion USD. VLS-PV deployment is expected to pave the way to achieve these targets and assist the development of the local solar PV industry, which is associated with job creation potential and can bring considerable socio-economic benefits in the desert. This paper presents the opportunities and challenges of VLS-PV application in Saudi Arabia. SWOT analysis technique has been performed where the internal and the external factors associated with solar PV development are identified. Based on the analysis of the current situation and the expected socio-economic and environmental benefits that can be gained, a deployment scenario is developed to achieve 9Â GW capacity of VLS-PV power plants in six different sites within fifteen years. In addition, more than 18,000 jobs will be created. VLS-PV deployment will strengthen the collaboration with the international companies and assists in transferring the know-how to the local companies and developers in the field of solar PV.
Keywords
NRELMENAWorld Energy CouncilmwhSWOTCDMtWHVLsRRMMIEABOSGWHGHGSECIRENAWECKSAO&MInternational energy agencyInternational Renewable Energy Agencyinternational atomic energy agencyIAEAEnergy information administrationSolar energyEIABtudHIGlobal horizontal irradianceDiffuse horizontal irradiancedirect normal irradianceR&DResearch and developmentBalance of systemstonesMiddle East and North AfricaFeed in tariffsUSDUnited States dollarCarbon dioxideDNIGHIoperation and maintenancePhotovoltaicFitsClean Development MechanismBritish thermal unitKingdom of Saudi ArabiaCO2kilometerkilowattkilowatt hourkWhGreenhouse gases
Related Topics
Physical Sciences and Engineering
Energy
Energy Engineering and Power Technology
Authors
A.F. Almarshoud, Elfadil Adam,