Project Title: Sustainable Solar Energy Potential in Wuhan: A Multi-criteria Evaluation and Remote Sensing Approach
Project Description: This project investigates the sustainable solar energy potential in Wuhan using a combination of multi-criteria evaluation and remote sensing techniques. The goal is to analyze the geographic and environmental factors that influence solar energy production in Wuhan, with the aim of identifying optimal locations for solar energy infrastructure. This study uses satellite imagery and remote sensing data to assess land use, solar radiation, climate, and other relevant factors.
Research Objectives: Evaluate solar energy potential: Identify areas in Wuhan with the highest potential for solar energy production. Utilize remote sensing data: Use satellite imagery and geospatial data to assess the environment and topography of Wuhan. Apply multi-criteria evaluation: Consider various factors such as solar radiation, land use, and climate conditions in determining suitable locations for solar energy projects. Promote sustainability: Provide insights to help policymakers and urban planners make data-driven decisions for sustainable energy development. Key Methodology: Data Collection: Remote sensing data from satellites (such as DEM, DSM) for high-resolution images and geospatial information. Solar radiation data, land use data, and climate data specific to Wuhan. Multi-criteria Evaluation (MCE):
Combining different criteria (solar radiation, land use suitability, environmental impact) using weighted scores to generate suitability maps. Decision-making techniques Weighted Sum Model (WSM) are applied to integrate multiple factors. Geospatial Analysis:
GIS tools and software (such as QGIS or ArcGIS) are used for spatial analysis and mapping the areas with the highest solar energy potential. Results and Outcomes: The study identifies high-potential regions for solar energy installation in Wuhan, focusing on urban rooftops, agricultural land, and underutilized spaces. Suitability maps for solar energy are created, providing visual insights into areas with the best solar radiation exposure and minimal land-use conflicts. Recommendations for sustainable energy development are provided for local governments and energy developers.All Data available https://drive.google.com/drive/folders/1ppqUWeLRviBgAExqmd6Fgxh7DNBZdvCd?usp=sharing