Download the app and create the most optimal design for a PV system on your roof by using scientific methods and measurement data obtained from smartphone sensors.
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See otherWhat you gain from SCANTHESUN
Reduce installation costs and shorten payback period
Arrange the panels in the direction where there is the most solar energy
Reduce the impact of shading by surrounding trees and buildings
Design recommendations and key information for your solar installation, such as:
Energy map
A map of solar energy on the surface of the property and the places with the greatest potential for energy yield.
Arrangement of panels
Proposal for placement of PV panels on the building, taking into account window chimneys and other obstacles. Minimization of investment costs due to the ability to choose the number of PV panels and placement in areas with the highest energy yield. Immediate creation of a comprehensive online report available to the investor and installer.
Energy yield forecast
Projected energy yield from the planned solar installation. Energy yield for the whole year, for the selected season and for individual months. Total energy yield or yield per square meter of area. The projected output of the installation on an hourly basis for each month, including hours of shading.
Impact of the installation environment
The influence of the environment in the form of terrain, neighboring buildings or trees on the operation of the solar system.
Atmospheric conditions – NASA
The impact of local atmospheric conditions on energy yields by using NASA satellite data.
Panel efficiency and optics
Effect of efficiency and optics of solar modules on energy yield in a given installation environment.
Sunlight hours
Hours of sunlight for the various parts of the building and hours of shading. The amount of solar energy available for each section of the property.
Best positioning of panels
The best positioning to place solar panels on the ground or on parts of the building taking into account the installation environment. You will minimize the impact of shading and associated energy losses.