Research Impact & Highlights Details

Unlocking Saudi Arabia's Renewable Energy Potential Using a Novel Spatio-Temporal Decision-Making Model

01 Oct 2024 @ 09:00 AM

Interdisciplinary Center for Sustainable Energy Systems ____________________________________________________________________________________
Picking the best spots for renewable energy in Saudi Arabia is tough because there are many factors to balance. Making the wrong choices can mess up energy and land use plans, waste money, and cause technical problems.
This innovation creates a new model to pinpoint the best spots for large solar and wind farms in Saudi Arabia. It uses temporal weather data and spatial information to not only find suitable locations, but also estimate how much energy can be produced and how much it will cost to build everything.

This research is considered as breakthrough innovation, which introduces a novel spatio-temporal decision-making model (STDMM), that leverages hourly weather dataset with high-accuracy spatial models of more than twenty constraints/evaluation criteria through advanced hybrid GIS-MCDM and mathematical modeling approaches. This model differs significantly from most existing studies, which typically rely on long-term averaged data or focus on single energy sources, often without accounting for critical techno-economic assessment. The innovation creates new markets in RE planning and optimization tools, targeting developers, governments, and utility companies seeking efficient land-use solutions and energy modeling tools to not only reduces costs but also accelerates efficient installations of RE.

This new model is a valuable tool for planning solar and wind energy projects in Saudi Arabia. The model can be commercialized as a software solution for RE planning, or through a joint venture with RE companies to deploy it in real-world projects.


Sustainable Development Goals: