Shadow Analyzer

Shadow Analyzer is an advanced parametric CAD tool for professionals in the area of Solar Energy Engineering and Architecture. It is an ideal tool for the shading analysis of sun-tracking and static PV-systems in any architecture environment.

Version: 2.2.1.1.1
License: Free To Try $1,985.00
Operating System: Windows
Homepage: www.drbaumresearch.com
Developed by: Dr. Baum Research e.K.

To decide which the product Shadow Calculator or Shadow Analyzer corresponds to your needs, remember that Shadow Calculator works with static PV-systems like plane panels of PV-modules on a roof or rows of inclined PV-modules on the ground, while Shadow Analyzer analyses also the sun-tracking PV-systems with panels of PV-modules installed on 1-axis and 2-axes trackers.

Both the products allow you to create the 3D model of your solar project in the particular architectural environment of your site, and then visualize shadows on your solar collectors for different days and seasons to error-proof your project (to make sure whether it is really free of shadows for the most daytime hours). You can also transfer 3D views of the project into other applications like MS Word or MS PowerPoint to write an illustrated report or to prepare an animated presentation for a lecture.

For solar professionals, both the products are also good marketing and presentation tools for the negotiations with clients.

The '3D View' windows highly improve the impression from your project proposals, make them more consistent and clear for your clients, and assure your clients in the reliability of your project.

In addition to visualization options, Shadow Calculator and Shadow Analyzer provide you with various forms of the graphical and numerical information concerning your project.

They allow you to specify the climatic parameters of your site for energy calculations. They display the calculated characteristics of the shading, energy losses, and the energy output of your system in several 'solar' windows for a particular day or the entire year.

You can analyze the graphical representation of the data (displayed as a set of curves of the calculated characteristics), or use the Table window that displays their numerical values in tables. Then you can transfer the tables into other applications like MS Excel to compare data of different versions of your project.