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Videos
Solar Tracking Test | This test shows the tracking motion of the solar sensors sensing the most light and turning the panels accordingly.

Shade Design Test | This video displays the testing of the shade design. The way this shader design works is by having the shade panel move until each photoresistor, the top, bottom, left and right one are all in the shade. Once they are all covered in the shade, the design knows that it is facing the direction of the most light.

Photos

This picture represents the final S.E.G.S. Design

This picture represents the Linear Actuator on the S.E.G.S. Design

This picture represents the final PCB Design on a Perf Board.

This picture represents the final PCB Design on a Perf Board inside of the electronics case. It is also possible to see the power switch used to allow or restrain power from the battery.

This picture represents the outside view of the electronics case. It is also possible to see the power inverter on the front right hand side.

This picture represents the wiring from the panels and motors. Using this design when the tracker rotates, the cords do not become tangled.

This picture represents the Hitachi HD44780 LCD display in its housing on top of the electronics case with the protective covering.This covering can provide protection from the outdoor elements.

This picture represents the ribbon cable connection from the Perf Board to the Hitachi HD44780 LCD Display.

This picture represents the switch used to allow or restrict power from the battery to the other components of the circuit.

This picture represents the final PCB Perfboard Design, the 12V Lead Acid Battery, and corresponding wires all properly housed in the electronics case.

	This picture represents the final S.E.G.S. Design
	This picture represents the Linear Actuator on the S.E.G.S. Design
	This picture represents the final PCB Design on a Perf Board.
	This picture represents the final PCB Design on a Perf Board inside of the electronics case. It is also possible to see the power switch used to allow or restrain power from the battery.
	This picture represents the outside view of the electronics case. It is also possible to see the power inverter on the front right hand side.
	This picture represents the wiring from the panels and motors. Using this design when the tracker rotates, the cords do not become tangled.
	This picture represents the Hitachi HD44780 LCD display in its housing on top of the electronics case with the protective covering.This covering can provide protection from the outdoor elements.
	This picture represents the ribbon cable connection from the Perf Board to the Hitachi HD44780 LCD Display.
	This picture represents the switch used to allow or restrict power from the battery to the other components of the circuit.
	This picture represents the final PCB Perfboard Design, the 12V Lead Acid Battery, and corresponding wires all properly housed in the electronics case.