Shadow Analyzer is a CAD software designed for professionals in Solar Energy Engineering and Architecture. It enables shading analysis of both sun-tracking and static PV-systems in any architectural setting, making it an essential tool for professionals.
If you're looking for a software solution to help you with solar projects, you may want to consider either Shadow Calculator or Shadow Analyzer. It's important to note that Shadow Calculator is designed for static PV-systems, such as panels of PV-modules on a roof or rows of inclined PV-modules on the ground. On the other hand, Shadow Analyzer can also work with sun-tracking PV-systems that feature panels of PV-modules installed on 1-axis or 2-axis trackers.
Regardless of which one you choose, both products enable you to create a 3D model of your solar project in the specific architectural environment of your site. You can then use the software to visualize the shadows that will fall on your solar collectors on various days and seasons, which is useful for identifying potential errors in your project.
Another benefit of both Shadow Calculator and Shadow Analyzer is that you can export 3D views of your project into other software applications like Microsoft Word or PowerPoint, making it easy to create an illustrated report or an animated presentation for lectures or meetings.
For solar professionals, these products serve as excellent marketing and presentation tools for client negotiations. The 3D views can really help to improve the overall impression of your project proposals and make them more consistent and clear for your clients, which can help to increase buy-in and assure your clients of your project's reliability.
Beyond the visualization options, both software solutions also offer various forms of graphical and numerical data pertaining to your solar project. You can specify the climatic parameters of your site for energy calculations and view numerical values in tables for analysis. The software also offers a range of solar windows, providing information on shading, energy losses, and energy output for specific days or the entire year. You can choose to analyze the data as a set of curves or in a table view, which can be exported to other applications like Microsoft Excel for further analysis and comparison.
Regardless of which one you choose, both products enable you to create a 3D model of your solar project in the specific architectural environment of your site. You can then use the software to visualize the shadows that will fall on your solar collectors on various days and seasons, which is useful for identifying potential errors in your project.
Another benefit of both Shadow Calculator and Shadow Analyzer is that you can export 3D views of your project into other software applications like Microsoft Word or PowerPoint, making it easy to create an illustrated report or an animated presentation for lectures or meetings.
For solar professionals, these products serve as excellent marketing and presentation tools for client negotiations. The 3D views can really help to improve the overall impression of your project proposals and make them more consistent and clear for your clients, which can help to increase buy-in and assure your clients of your project's reliability.
Beyond the visualization options, both software solutions also offer various forms of graphical and numerical data pertaining to your solar project. You can specify the climatic parameters of your site for energy calculations and view numerical values in tables for analysis. The software also offers a range of solar windows, providing information on shading, energy losses, and energy output for specific days or the entire year. You can choose to analyze the data as a set of curves or in a table view, which can be exported to other applications like Microsoft Excel for further analysis and comparison.
What's New
Version 2.2.1.1.1: New objects for 1/2-axis sun-tracking and static PV systems
Version 2.2.1.1.0: New objects for 1/2-axis sun-tracking and static PV systems
Version 2.2.1.1: New objects for 1/2-axis sun-tracking and static PV systems
Version 2.2.1.0: New objects for 1/2-axis sun-tracking and static PV systems
Version 2.2.1: New objects for 1/2-axis sun-tracking and static PV systems