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Sun Tracker - Sun Tracker compares light intensity levels on both the X and Y-Axis.

It continuously adjusts the position of the unit accordingly to face the location of maximum light intensity.

This ensures the maximum amount of solar energy can be harvested.

Solar energy from the larger parabolic surface is reflected onto a high intensity small solar panel.

This eliminates the need for larger more expensive solar panels.
H Favorite qView Full Size
Sun Tracker - Sun Tracker compares light intensity levels on both the X and Y-Axis.

It continuously adjusts the position of the unit accordingly to face the location of maximum light intensity.

This ensures the maximum amount of solar energy can be harvested.

Solar energy from the larger parabolic surface is reflected onto a high intensity small solar panel.

This eliminates the need for larger more expensive solar panels.
H Favorite qView Full Size
Sun Tracker circuit diagram - Sun Tracker compares light intensity levels on both the X and Y-Axis.

It continuously adjusts the position of the unit accordingly to face the location of maximum light intensity.

This ensures the maximum amount of solar energy can be harvested.

Solar energy from the larger parabolic surface is reflected onto a high intensity small solar panel.

This eliminates the need for larger more expensive solar panels.
H Favorite qView Full Size
Sun Tracker - Sun Tracker compares light intensity levels on both the X and Y-Axis.

It continuously adjusts the position of the unit accordingly to face the location of maximum light intensity.

This ensures the maximum amount of solar energy can be harvested.

Solar energy from the larger parabolic surface is reflected onto a high intensity small solar panel.

This eliminates the need for larger more expensive solar panels.

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