Design work and engineering surveys for solar power plants

Engineering surveys

Before starting construction of a solar power plant (SPP), it is necessary to conduct a set of engineering surveys to determine the optimal location and parameters for installing equipment. We perform:

• Engineering and geodetic surveys - topographic survey of the site, determination of the relief and boundaries of the territory.
• Engineering and geological surveys - analysis of the composition and bearing capacity of soils, selection of the type of foundation for panels and equipment.
• Climate and meteorological studies - collection of data on the level of solar radiation, wind speed, temperature conditions for accurate modeling of the station's operation.

Design of solar power plants

We develop design documentation in accordance with international and national standards. Design includes:

• Draft design - development of the SPP concept, selection of equipment and preliminary calculations.
• Feasibility study (FS) - analysis of profitability, calculation of payback periods, financial model of the project.
• Working project - detailed development of panel layout schemes, cable routes, inverter stations, monitoring and security systems.
• Development of power grid solutions – design of grid connection schemes, calculation of losses, selection of optimal transformer equipment.

Modeling and calculation of electricity generation (PVSYST)

For accurate forecasting of solar power plant operation, we use PVSYST software, which allows:

• Modeling the behavior of solar power plants taking into account meteorological data, equipment characteristics and shading.
• Calculating annual electricity generation and assessing the impact of climatic factors.
• Analyzing losses in the system (shadow zones, cable losses, inverter efficiency).
• Optimizing the tilt angle and orientation of solar modules for maximum efficiency.

Why choose us?

• Experience and professionalism – dozens of successfully implemented projects in the field of renewable energy sources.
• Modern technologies – use of advanced software and equipment.
• A comprehensive approach – from research and design to commissioning.
• Cost optimization – competent design reduces investment and operating costs.

Ready to implement your project? Contact us for a consultation!