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Determination of Suitable Land for Solar Field

Solar energy stands out as an environmentally friendly and renewable energy source and has a wide potential for electricity generation. In order for solar energy systems to work efficiently, the selection of suitable land is of great importance.

Research and Data Collection

The basic step of a solar energy field project is the search for potential land areas. Before selecting a site, locations that will allow the sun’s rays to reach the site continuously and unobstructed should be carefully identified. Some resources you can use at this stage are

Solar Maps: Various organizations and governments provide solar maps showing the areas where the sun’s rays fall throughout the year.

Climate Data: Climatic data such as the annual sunshine duration, cloud cover, and rainfall can also be influential in site selection.

Geological Data: Soil structure and slope are important for the installation and safety of solar panels. You can evaluate the suitability of the land by looking at geological data.

Land Evaluation

Once you have identified potential land areas, you will need to assess them in more detail. Here are some of the factors you may need to consider during this assessment phase:

Solar Axis: The solar axis and any obstructions around it should be taken into account so that solar panels can receive maximum light.

Soil Structure: The soil structure of the area where the solar panels will be installed must be suitable for panel mounting and foundation.

Infrastructure and Access: There should be an access plan where the necessary infrastructure (electrical connections, roads, etc.) can be installed for the solar energy site.

Efficiency and Potential Calculations

A clear objective of land selection for solar sites is to ensure maximum energy efficiency. The solar energy potential of the selected land should be calculated. It should be calculated how many hours the solar panels can be exposed to sunlight and how much energy they can produce during this time. Calculations are critical for future energy production forecasts.

Assessment of Environmental Impacts

Solar energy projects should be assessed not only in terms of energy production, but also in terms of environmental impacts. The activities of the project site may affect wildlife, water resources, vegetation and other ecosystems. The environmental impacts of the site area should be carefully analyzed.

Determination of Solar Site Suitable Land with Drone Technology:

The selection of suitable land is vital for the efficient operation of solar energy systems. At this point, the innovative solutions provided by drone technology greatly facilitate the process of determining suitable land for solar sites.

Contributions of Drone Technology to the Solar Site Suitable Land Detection Process

Drones are known for their ability to acquire high-resolution images from the air. This is invaluable in the process of identifying suitable land for solar energy sites. Here are the advantages of drone technology in this process:

Wide Area Coverage and Fast Data Collection

Drones can scan large areas and take high-resolution photos in a short time. A process that can take weeks with traditional methods can be completed in a few days with drones.

High Sensitivity and Detailed Analysis

With their high-resolution cameras, drones can capture terrain details down to the finest detail. Important factors such as soil structure, slope and vegetation can be precisely analyzed through drone images. The data provides important information about the efficient installation of solar panels and the suitability of the site.

3D Modeling and Slope Analysis

Drones can create three-dimensional models of the area using photogrammetry. It helps us better understand the slope of the land and height differences. Slope analysis is vital to determine how to mount the panels in the best location.

Image Processing and Data Analysis

The acquired drone images can be processed with image processing and data analysis techniques using MapperX software. This step makes it possible to perform important calculations, such as vegetation analysis and the identification of areas where the sun’s rays fall throughout the year. The techniques help optimize the solar field project by making the data more meaningful and useful.

Steps to Identify Suitable Land for Solar Field with Drone

The process of identifying suitable land for solar fields with drone technology can be discussed in the following steps:

1. Planning and Flight Routing

For the solar energy field, the land survey is to determine the area to be surveyed and plan the route that the drone will fly. At this stage, factors such as flight altitude, speed and imaging frequency should be adjusted.

2. Data Collection

As the drone flight is carried out, high quality images and videos are captured. The data will then be used for analysis.

3. Data Processing and Analysis

The data obtained is processed using MapperX software. With image processing and data analytics techniques, the suitability and efficiency of the land is evaluated in detail.

4.Reporting and Evaluation

Based on the results of the analysis, a report is prepared using MapperX software, detailing the suitability of potential land areas. This report is used to guide the progress of the solar field project. The data and findings of the analysis play an important role in project planning and decision-making processes.

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