Our feasibility analysis evaluates the site, solar resource, available space, energy requirements, grid conditions, and expected project performance. We assess important technical and commercial factors to determine whether the proposed solar power plant is practical and suitable for the location.
The study also considers system capacity, estimated energy generation, project costs, installation requirements, and potential challenges. This detailed assessment helps establish a clear project roadmap and supports informed planning before moving forward with engineering and implementation.
We create detailed solar plant layouts using AutoCAD to ensure accurate planning of modules, mounting structures, inverters, electrical equipment, cable routes, and other essential components. Every element is positioned according to site conditions, technical requirements, and available space.
Our AutoCAD-based planning helps optimize land utilization while maintaining proper spacing, accessibility, safety, and maintenance requirements. Detailed drawings provide a clear visual representation of the proposed installation and help coordinate engineering, procurement, construction, and installation activities efficiently.
We use advanced solar simulation software such as PVsyst and PV*SOL to analyze proposed photovoltaic systems and estimate their expected performance. These tools help evaluate solar irradiation, system configuration, energy production, losses, shading effects, and other important performance parameters.
Simulation results allow us to optimize system design before installation and identify potential performance improvements. By studying different configurations, orientations, and component selections, we can develop efficient solar solutions that align with project requirements and expected energy generation goals.
Tell us about your project requirements and our team can discuss the right EPC & I&C approach.