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Shading Calculation in Solar Panel Installation

In order for solar panels to work effectively and efficiently, the shading problem must be well managed. Shading can reduce or even completely stop the production efficiency due to the shadow falling on the panels.

MapperX’s 3D solar design software makes solar site surveying easier and more accurate. The software creates 3D models of buildings and terrains using drones and lidar technology. The models are used to determine the best locations for solar panels, generate shading reports and create proposals.

MapperX’s 3D solar design software offers many advantages over traditional methods. The software is faster, more accurate and more reliable. No special training or experience is required to use the software.

MapperX’s 3D solar design software helps solar companies create faster and more accurate proposals. The software helps companies complete more projects faster and more efficiently. It helps companies reach more customers and generate more revenue.

MapperX’s 3D solar design software is shaping the future of the solar industry. The software makes solar energy more accessible and affordable.

One of the important factors to consider when installing solar panels is shading calculations. Shading is important to understand how shadows falling on the panels affect efficiency.

Causes and Effects of Shading

Shading can be caused by different factors. These include

Buildings: Nearby buildings and structures can cause shadows to fall on solar panels.

Trees: Large trees or plants can block the panels’ access to sunlight.

Relief: The slope of the land, mountains or high surfaces can cause solar panels to be shaded during some hours.

Depending on the amount of shade that falls on the solar panels, shading can reduce the production efficiency or prevent the panel from fully operating. This can reduce the total production potential of solar sites.

Solar Road Works

It is necessary to examine the location where the solar panels will be installed and to carry out solar path studies. These processes help to determine how long the sun can directly reach the panels throughout the year. Understanding the path of the sun at different times of the day and seasons allows the panels to be placed in the most efficient way.

Shadow Analysis

Shadow analysis involves detecting the shadows falling on the panels. Potential sources of shade, trees, buildings, chimneys, etc., should be identified in the area where the building or power plant will be installed. Particular attention should be paid to the possibility of shading in the morning and afternoon hours, since solar panels produce the most during these hours.

Shading Analysis Tools

You can use different tools and software for shading analysis. For example, professional solar panel design software such as MapperX helps you perform shading analysis. MapperX provides detailed shading analysis for the location and panels you specify.

Shading Maps and Efficiency Calculations

Shading maps are created using the data obtained as a result of shading analysis. These maps show which panels will be shaded, when and for how long. Using this information, you can ensure the most efficient placement of panels. You can also calculate the potential production loss of the panels as a result of shading analysis.

Panel Placement and Monitoring Systems

After determining the best location of the panels based on the shading analysis, the placement of the panels can be started. Using tracking systems, the panels should be placed at the best angle to the sun. Tracking systems enable solar panels to follow the sun throughout the day and generate more energy.

Shading calculations are one of the most important stages of solar panel installation. By performing accurate shading analysis, you can ensure the best placement of the panels and achieve maximum energy efficiency. Since every shadow element can have a negative impact on energy production, it is important to perform meticulous calculations.

MapperX Solar PV shading software offers Real-Time, On-Site Shading Data. It allows to get up-to-date field data without inspecting solar power plants. Using drones, MapperX captures highly accurate images and measurements.

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