Every site is different with its unique challenges. Leveraging our wide-ranging capabilities in Design and Engineering, we come up with a cost-effective and efficient solution that leads to the setting up of a high-performance plant marked by maximum strength and stability.

Systems Design & Project Report encompasses the following aspects:

• Determine power consumption demands/Size of the PV modules
• Inverter sizing/Battery sizing
• DC and AC cable sizing / Shadow analysis / Module Mounting Structure Design

Every site is different with its unique challenges. Leveraging our wide-ranging capabilities in Design and Engineering, we come up a cost-effective and efficient solution that leads to setting up of a high-performance plant marked by maximum strength and stability.

Review of Design & Project Report Encompasses:

• Site evaluation
• Conduct generation assessment studies of the customer selected site
• Review project schedules
• Review and validate the design provided by EPC
• Review and validate equipment vendor drawings
• Review and validate engineering calculations given by EPC i.e., electrical cable sizing, voltage drop, inverter & transformer sizing, PV System report, etc.
• Assessment of module mounting structures and foundations
• Validate B.O.Q
• Review activities of construction of foundations, erection of panels, and other allied equipment
• Oversight during project execution to identify risks, issues, and solutions

Every site is different with its unique challenges. Leveraging our wide-ranging capabilities in Design and Engineering, we come up a cost-effective and efficient solution that leads to setting up of a high-performance plant marked by maximum strength and stability.

Due Diligenece in Design, EPC, O & M encompasses:

• Evaluation of the technical feasibility
• Contractual management
• Risk management
• Inspection and fault detection of PV system design, PV components, construction, and performance
• Plant construction monitoring
• Assessment of plant performance on energy yield predictions
• Power determination of PV modules

Every site is different with its unique challenges. Leveraging our wide-ranging capabilities in Design and Engineering, we come up a cost-effective and efficient solution that leads to setting up of a high-performance plant marked by maximum strength and stability.

To achieve this goal, our Energy Solutions team will look at the following critical aspects to develop a solar feasibility study:

• Scope for solar PV energy generation potential on-site
• Risks associated with the project
• Planned installations
• Region and country-specific assessments of financial incentives and regulations
• Operational cost assessment
• Technology design and cost calculations
• Simulations and Modeling for all scales (small, medium, and utility)
• Long-term yield and ROI calculations
• Projected payback on the project
• Uncertainty assessment on yield and generation
• Technical and economic feasibility of field-mounted, grid-connected solar PV systems

Every site is different with its unique challenges. Leveraging our wide-ranging capabilities in Design and Engineering, we come up a cost-effective and efficient solution that leads to setting up of a high-performance plant marked by maximum strength and stability.

Solar PV plants are being installed in many airports across the world. Reflection from the solar PV arrays is a big concern for airport stakeholders. The prediction of glare is carried out with the help of computational software for a randomly selected area within the boundary of the airport.

• Analysis of prevailing regulations with respect to glare across the globe
• Determination of Glare and Reflectivity of solar PV module
• Quantification of the impact of reflectivity and associated methods
• Possible remedies for mitigation of potential glare hazard is proposed