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534 S Sycamore St - Plan
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534 S Sycamore St - Plan
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Last modified
11/13/2025 9:11:50 AM
Creation date
5/30/2025 8:01:03 AM
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Template:
Plan
Permit Number
20175697
101109797
Full Address
534 S Sycamore St
Street Number
534
Street Direction
S
Street Name
Sycamore
Street Suffix
St
Document Relationships
101109797 - Permit
(Permit - Plan)
Path:
\Building\Permits\S\Sycamore St\534 S Sycamore St
20175697 - Permit
(Permit - Plan)
Path:
\Building\Permits\S\Sycamore St\534 S Sycamore St
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Leaders in Solar Safety56 <br />Solar Cube Overview <br />The IMO Solar Cube has been developed as a ground breaking, easy to set up solar tracking and measurement controller with the flexibility to <br />adapt to any installation. <br />The Solar Cube is an off the shelf controller designed for use on either one or two axis solar panel installations to track the sun’s movement and <br />provide optimum panel (or array) positioning. The sun’s position is calculated using the local time and date comparing this with the longitude <br />and latitude location of the solar array. From this data the Solar Cube calculates the ‘zenith angle’ and the ‘azimuth angle’, which together <br />exactly specify the position of the sun in the sky to within 0.01°. <br />To position the array the Solar Cube uses feedback from an electronic compass device connected via RS232 or RS485 which then activates the <br />solar array’s actuators until the correct position is reached. The compass is mounted directly on the array frame to give accurate positioning <br />information. <br />With the option of GPS positioning or manual inputting of the array’s location, the Solar Cube is easy to setup anywhere in the world. The Solar <br />Cube is a competitive solution for controlling each array or it can be configured to control up to 4 arrays from one controller providing additional <br />savings. Options for feedback and control from a single control station or via a web server are also available. <br />Solar Cube also offers data logging facilities using its own internal Micro SD card. Power output can be logged continually to produce daily, <br />monthly and yearly figures. Revenues can be calculated along with CO2 reduction figures. <br />Up <br />North <br />A <br />h <br />z <br />h - elevation <br />angle, measured <br />up from the <br />horizon <br />z - zenith angle, <br />measured from <br />vertical <br />A - azimuth <br />angle, measured <br />clockwise from <br />north <br />The sun’s position calculation depends upon the current time and date as well as longi- <br />tude and latitude location of the solar array. The results of this calculation are the ‘zenith <br />angle’ and the ‘azimuth angle’, which together exactly specify the position of the sun in <br />the sky. <br />Exact Solar Tracking <br />Solar Tracking & Measurement Controller <br />• Out-of-the-box solution <br />• Easy to set up <br />• Flexibility to adapt to any installation <br />Create MS Excel compatible files, backup/restore user programs and change recipe <br />templates. <br />Access the data remotely using IMO i3-Transfer software. Copy, paste and delete files <br />through Serial or GSM connections, or through the IMO iConnect. <br />Automate the file transfer process through powerful scripting. <br />Data Logging Facility <br />Solar Cube also offers data logging facilities using its own internal MicroSD card. Power <br />output can be logged continually to produce daily, monthly and annual figures. Revenues <br />can be calculated along with CO2 avoidance figures. <br />534 S Sycamore St <br />- 10110979707/01/22
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