A proper site survey and feasibility assessment is one of the most important steps before starting any solar, hybrid power, water pumping, or clean water project. It helps ensure that the system is technically suitable, financially practical, and aligned with the actual conditions of the site.

During the survey, key factors such as available rooftop or land area, energy demand, load pattern, shading impact, electrical infrastructure, equipment placement, and project-specific requirements are carefully evaluated. For solar projects, this includes assessing roof orientation, usable space, existing electrical connections, net metering possibilities, generator integration options, and expected energy generation.

For water-related projects, including water pumping and solar-powered desalination, the evaluation focuses on water source, daily demand, water quality, land availability, solar exposure, and operational requirements. These factors play a critical role in determining the appropriate system capacity and the most effective implementation approach.

Based on the findings, a feasibility assessment is prepared. This may include system sizing, equipment requirements, expected performance, cost-saving potential, technical limitations, and an overall project execution plan. This process helps determine whether the project is achievable, efficient, and suitable for long-term operation.