Solar Farm Feasabilty Study
Project Overview
Engineering Design Services conducted a feasibility study for a proposed solar farm development in Texas. The study evaluated site conditions, solar technology options, construction considerations, and overall project viability to support the client’s planning and decision-making process. The project combined aerial mapping, engineering analysis, and cost evaluations to identify an effective and scalable solar deployment strategy.
industry
Renewable Energy
Location
Texas
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Thermal Imaging of Solar Panel Arrays
Aerial View of Large-Scale Solar Farm Layout
Solar Farm Inspection Using Drone Technology
Result & Impact
• Delivered a scalable solar development strategy with future expansion considerations
• Provided data-driven recommendations for solar technology selection and site layout
• Supported informed investment and planning decisions through detailed feasibility analysis
• Identified cost-effective solutions aligned with industry standards
• Improved project readiness through geotechnical and construction planning insights
• Helped position the client for long-term operational and financial success
Engineering Tools & Technologies
• Drone aerial mapping and surveying technology
• Topographic analysis tools
• Solar panel technology evaluation
• Geotechnical engineering assessments
• Site planning and layout analysis
• Construction feasibility evaluation
• Cost estimating and project phasing methodologies
Scope
• Perform a solar farm feasibility study
• Conduct partial site survey and aerial mapping using drone technology
• Analyze site topography and terrain characteristics
• Evaluate solar panel technologies, including size, type, and spacing
• Review construction equipment requirements and site accessibility
• Develop recommendations for future project phasing
• Provide an opinion of probable construction costs
Solution
Engineering Design Services utilized drone-based aerial mapping and engineering analysis to assess the suitability of the proposed site for solar development. The team evaluated multiple solar panel configurations and site layout considerations to identify efficient deployment options while accounting for topographic and geotechnical conditions. EDS also developed phased implementation recommendations and construction cost projections to support long-term scalability and project planning.
