Control signal generation of a solar panel orientation system with interference reduction using an infrared filter

A method of a solar panel orientation system, comprising:

• reducing an interference caused by an infrared part of a radiation signal when the radiation signal is altered with an infrared filter before the radiation signal is received by a sensor and an additional sensor;
• generating a control signal component when the sensor receives an ultraviolet part of a radiation signal;
• forming an additional control signal component when an additional sensor receives an additional ultraviolet part of the radiation signal;
• and
• combining the control signal component and the additional control signal component to form a combined control signal.

A method of a solar panel orientation system, comprising:

• coupling a sensor and an additional sensor to a solar panel orientation system, wherein the sensor generates a control signal component when the sensor receives an ultraviolet part of a radiation signal, and wherein the additional sensor generates an additional control signal component when the additional sensor receives an additional ultraviolet part of the radiation signal, wherein the control signal component and the additional control signal component are each comprised of at least one of a voltage and a current;
• forming an infrared filter of the solar panel orientation system, wherein the infrared filter reduces an interference caused by an infrared part of the radiation signal, wherein the interference is reduced when the infrared part of the radiation signal is diminished by the infrared filter before the radiation signal is received by the sensor and the additional sensor, the infrared filter being comprised of polyurethane between 2.0 and 3.0 millimeters in thickness;
• placing an adjustment module in the solar panel orientation system, wherein the adjustment module generates a motor signal based on a combined output of the control signal component and the additional control signal component, and wherein the motor signal rotates a solar panel in a direction around an axis;
• and
• coupling a supplemental sensor and a further sensor to the solar panel orientation system, wherein the supplemental sensor and the further sensor are coupled, and wherein an additional combined output of the supplemental sensor and the further sensor provides the basis of an additional motor signal that rotates the solar panel in an additional direction around the axis.