Renewable energy siting: Site selection process and tools explained
Blog post from Felt
Renewable energy siting involves selecting suitable locations for projects like solar, wind, and hydropower, balancing energy potential with practical and regulatory considerations. The process requires analyzing data on solar irradiance, wind resources, land use, topography, grid infrastructure, and environmental constraints while employing spatial analysis methods such as suitability, buffer, overlay, and terrain analysis to evaluate site feasibility. Key benefits include improved project feasibility, reduced environmental risk, and optimized resource allocation, although challenges like data fragmentation, outdated datasets, and complex GIS tools can impede decision-making. Modern tools like Felt AI enhance the siting process by integrating data into cloud-based GIS workflows, facilitating spatial analysis, and enabling more precise and timely planning decisions.
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