2-19
Using the SunEye
View the Skyline Measurement Data
to the Target. The user may need to adjust position to stay out of the sun paths while aligning the
SunEye for the Skyline. For this reason, the Target azimuth should be /- 45 degrees of
South (or North for the Southern Hemisphere).
N O T E
When viewing the results, notice that the Skylines may appear rotated so that the center top of the
Annual Sunpaths view is the Target azimuth. However, this should not affect the solar access
calculations. See Figure 2-30 below.
Figure
2-32.
Rotated Skyline Using Target Mode
View the Skyline Measurement Data
You can choose from four main views of your skyline data:
• Annual sunpaths view
• Monthly solar access view
• Obstruction elevation view
• Full fisheye view
• You can also choose to view average data for multiple skylines in a session:
• Session solar access averages
• Session obstruction elevation average or maximum
Annual Sunpaths View
The first display that you see after you capture a new skyline is the annual sunpath view. You
can also access this view by selecting
> View > Annual sunpaths
. This view shows the
annual sunpaths drawn on top of the captured skyline. The detected open sky is shown in yellow.
The detected shade-causing obstructions are shown in green.
The Results panel in the lower center portion of the display can be configured to show solar
access percentages or solar resource percentages.
Summary of Contents for SunEye 210
Page 1: ...Solmetric SunEye 210 User s Guide Solar Test and Measurement Equipment...
Page 2: ...2 YOUR SK D dZ DISTRIBUTOR SOLIGENT 800 967 6917 www soligent net...
Page 4: ...4...
Page 16: ...1 10 Getting Started System Controls and Settings...
Page 80: ...4 6 Solar Access and Interpretation of Data Numerical Calculations...
Page 90: ...5 10 Maintenance and Troubleshooting Regulatory Compliance...