International Journal of Academic Information Systems Research (IJAISR)   Year: 2024 | Volume: 8 | Issue: 1 | Page No.: 1-4 Geospatial Solar Radiation Energy Modeling:Methodology and Applications & Techniques Download PDF Taha Alfadul Taha Ali, Associate Professor of Information Technology (Geoinformatics), Abstract: This paper illustrates the Solar Radiation Energy Modeling for Methodology and Applications & Techniques. Geoinformatics solar radiation modeling is a valuable tool for assessing solar energy potential, guiding renewable energy projects, and making informed decisions related to land use and planning. It combines geographical and environmental data to provide insights into the spatial distribution of solar radiation, contributing to the sustainable development of solar energy resources. Advances in remote sensing technologies and the availability of high-resolution data contribute to more accurate solar radiation modeling. The Methods depend on eight stages: Data Collection, Preprocessing, Solar Radiation Model, Model Selection, GIS Analysis, Validation, Update and Refinement, and Development. The Applications are Assessing Potential Solar Energy, Site Selection Solar Energy, and Planning and Optimizing Solar Energy Systems. The Techniques are High-Resolution Data Integration, Machine Learning and AI Integration, Cloud-Based Solutions, Integration with Renewable Energy Planning, Real-Time Monitoring and Forecasting, User-Friendly Interfaces and Accessibility, Incorporation of Climate Change Variables, Open Data Initiatives, and Global Collaboration and Standardization. The future research should trend to GeoSmart city renewable energy.