This study provides a comprehensive analysis of solar energy development in Louisiana, examining current capacity, growth trends, technical and economic feasibility, policy influences, and future prospects within the broader U.S. renewable energy context. Although Louisiana possesses moderate solar resources and abundant land, its solar sector remains underdeveloped, contributing only 0.7% to the state’s electricity generation. Critical gaps persist in understanding the spatial distribution of solar potential, the local feasibility of photovoltaic systems, and the socio-economic and policy factors shaping adoption. Using GIS-based spatial analysis combined with rooftop and utility-scale system assessments, alongside policy and economic evaluation, the study identifies optimal deployment locations, analyzes installation trends, and evaluates workforce distribution and technical constraints. Results highlight rapid utility-scale growth, limited residential adoption, and climate-related challenges. The study recommends a holistic policy framework that stabilizes incentives, enforces resilient system design, supports recycling, integrates agrivoltaics, and invests in workforce development to ensure a sustainable and equitable solar energy future for Louisiana.
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