Sunpath Diagrams

Angle Estimator -- clear grid

Angle Estimator -- clear grid

The clear grid lays over the traced diagram and is used to approximate the azimuth (degrees east or west of true south or north), and the elevation (degrees above the horizon) of any object reflected in the Pathfinder's dome. One is included in each unit.

Angle Estimator -- clear grid: $5.00 In Stock

Angle Estimator -- paper diagram

Angle Estimator -- paper diagram

The angle estimator is used to approximate the azimuth (degrees east or west of true south or north), and the elevation (degrees above the horizon) of any object reflected in the Pathfinder's dome. Some state and local governments are now using the angle estimator to determine the azimuth and altitude of shading and transferring that information to their own required sun chart or forms.

Price each: $1.00, 25 for $10.00, 100 for $30.00

Angle Estimator -- paper diagram: $1.00 In Stock

Sunpath Diagram

Sunpath Diagram

The sunpath diagrams are latitude and application specific and can be mixed and matched to meet your needs.

20 free diagrams are included with the purchase of any Pathfinder

Buy 25 for $10, or 100 for $30.
(You can mix-and-match: e.g. 15 of one kind + 10 of another = $10 total.)

Price each: $1.00, 25: $10.00, 100: $30.00

Hemisphere
Degrees North Latitude
Intended Purpose
Sunpath Diagram: $1.00 In Stock

The Solar Pathfinder

The Solar Pathfinder has been the standard in the solar industry for solar site shade analysis for decades. Its panoramic reflection of the site instantly provides a full year of accurate solar/shade data...

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Solar Pathfinder Assistant

This companion software to our Solar Pathfinder carries the shading information into a concise, thorough, professional-looking solar site analysis report in just seconds...

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Demonstration Videos

Any scientific analysis is only as accurate as the least accurate input. Gross errors in structure orientation, solar system sizing, collector placement, component specification, and scientific studies can result when designers/engineers fail to accurately assess shading patterns at proposed building/ecological sites.