Land Solar Energy Systems
Steel System
Aluminum System
Steel + Aluminum System
Higher Efficiency
Solar panels provide higher efficiency when installed in larger areas.
Lower costs
Field installation is less costly than rooftop installations.
More energy production
Solar energy systems installed on the land produce more energy as they cover more area.
Less maintenance requirement
Solar energy systems installed in the field require less maintenance than other installations.
Feasibility and Project Planning
The use of land solar energy systems requires accurate planning and feasibility studies. These studies are important to ensure the success of the project. The feasibility and planning stages for the use of solar energy in the field are as follows:
- Analysis of the land: The analysis of the land where the solar energy system will be installed is one of the most important factors that determine the success of the project. Elements such as the location of the land where the sun's rays can be taken in the best way, the height of the land, its angle, environmental factors and the energy need of the facility are examined.
- Solar radiation analysis: In the feasibility studies for the solar energy system, the solar radiation intake of the land is also calculated. Thus, it is estimated how much energy the land can produce.
- Financial analysis: Calculating the costs for solar system installation is important to the success of the project. Thanks to the financial analysis, financial factors such as return on investment, profitability and amortization period are calculated.
- Project planning: The planning of the solar energy system project is also important. Elements such as the type of solar panels to be used in the project, the type of inverter and mounting equipment are planned. In addition, the start and end dates of the project, the work plan and other planning elements are also determined.
Land Analysis
Solar Radiation Analysis
Financial Analysis
Project Planning
Installation and Optimization
Correct installation and optimization of land solar energy systems ensures efficient operation of the system and energy savings.
01.
Layout of solar panels
Correct placement of solar panels ensures the most efficient collection of sun rays. Therefore, the locations of the solar panels are carefully chosen. In addition, factors such as the angle of the solar panels, environmental conditions, land slope and location are also taken into account.
02.
Inverter selection
The inverter converts the direct current from the solar panels to alternating current. Therefore, choosing the right inverter is important. High-quality inverters allow you to obtain maximum efficiency from solar energy systems.
03.
Energy management
During solar system installation, energy management strategies are also taken into account. Thus, issues such as how to store energy, how to use it, and at what hours the production is highest are discussed.
04.
System optimization
Solar system optimization is necessary to ensure efficient operation of the system. This ensures system updates are tracked, maintained and the business run efficiently.
Maintenance and Repair Services
Land Solar Energy Systems have a long life when they are regularly maintained and repaired. Therefore, employing an expert technical team for the maintenance and repair of the system is important to ensure the efficient operation and longevity of the system.
Care
- Cleaning the panels
- Checking of cables and connections
- Inverter maintenance
- Data monitoring
Repairs
- Troubleshooting
- Panel repair
- Cable replacement
- Battery replacement
