System and method for testing a solar panel

1. A system for testing a first solar panel, the system comprising:

an apparatus adapted to be electrically coupled to the first solar panel and a second solar panel, the apparatus comprising:

a processor;

a memory comprising a plurality of instructions stored therein and executable by the processor, the plurality of instructions comprising instructions for calculating a ratio of respective operating parameters of the first and second solar panels;

an output device configured to display the ratio of the respective operating parameters of the first and second solar panels;

a first load electrically coupled to the processor and adapted to be electrically coupled to the first solar panel; and

a second load electrically coupled to the processor and adapted to be electrically coupled to the second solar panel; and

wherein the instructions for calculating the ratio of the respective operating parameters of the first and second solar panels comprise:

instructions for detecting an operating parameter of the first load;

instructions for detecting an operating parameter of the second load; and

instructions for calculating a ratio of the respective operating parameters of the first and second loads, wherein the ratio of the respective operating parameters of the first and second loads corresponds to the ratio of the respective operating parameters of the first and second solar panels.

2. The system of claim 1 wherein the apparatus further comprises:

a switch electrically coupled to the processor;

wherein, when the first and second solar panels are electrically coupled to the apparatus, the first and second loads are selectively electrically coupled to the first and second solar panels, respectively, via the switch.

3. The system of claim 1 wherein, when the first and second solar panels are electrically coupled to the first and second loads, respectively, the second solar panel supplies electrical power to the processor.

4. The system of claim 1 wherein the respective operating parameters of the first and second solar panels comprise respective currents flowing from the first and second solar panels when the first and second solar panels are electrically coupled to the first and second loads, respectively; and

wherein the respective operating parameters of the first and second loads comprise respective voltages across the first and second loads or portions thereof when the first and second solar panels are electrically coupled to the first and second loads, respectively.

5. The system of claim 1 wherein the apparatus further comprises:

a switch comprising a plurality of operational positions, each of the operational positions of the switch corresponding to a maximum amount of electrical power that can be supplied to the apparatus by each of the first and second solar panels without harming the operation of the apparatus.

6. The system of claim 1 wherein the apparatus further comprises:

a first switch electrically coupled to the processor, wherein, when the first and second solar panels are electrically coupled to the apparatus, the first and second loads are selectively electrically coupled to the first and second solar panels, respectively, via the first switch;

a voltage regulator electrically coupled to the processor and selectively electrically coupled to the second solar panel via the first switch;

first and second transistors electrically coupled to the processor, wherein, when the first and second solar panels are electrically coupled to the apparatus,

the first and second transistors are selectively electrically coupled to the first and second solar panels, respectively, via the first switch, and

the first and second transistors are configured to fix the output voltages of the first and second solar panels, respectively; and

a second switch electrically coupled to at least one of the first and second transistors and selectively electrically coupling the at least one of the first and second transistors to a plurality of resistors, each of the resistors in the plurality of resistors corresponding to a maximum amount of power that can be supplied to the apparatus by at least one of the first and second solar panels without harming the operation of the apparatus;

wherein the second switch comprises a plurality of operational positions, each of the operational positions corresponding to the selective electrical coupling of the at least one of the first and second transistors to one of the resistors in the plurality of resistors.

7. The system of claim 1 further comprising:

the first solar panel electrically coupled to the apparatus; and

the second solar panel electrically coupled to the apparatus.

8. The system of claim 1 further comprising:

the first solar panel electrically coupled to the apparatus; and

the second solar panel electrically coupled to the apparatus;

wherein the apparatus further comprises; and

a switch electrically coupled to the processor, wherein the first and second solar panels are selectively electrically coupled to the first and second loads, respectively, via the switch;

wherein, when the first and second solar panels are electrically coupled to the first and second loads, respectively,

the second solar panel supplies electrical power to the processor;

the respective operating parameters of the first and second solar panels comprise respective currents flowing from the first and second solar panels; and

the respective operating parameters of the first and second loads comprise respective voltages across the first and second loads or portions thereof.

9. A method of testing a first solar panel, the method comprising:

electrically coupling the first solar panel to a first load;

electrically coupling a second solar panel to a second load;

calculating, using one or more processors, a ratio of respective operating parameters of the first and second solar panels, wherein calculating, using one or more processors, the ratio of the respective operating parameters of the first and second solar panels comprises:

detecting an operating parameter of the first load;

detecting an operating parameter of the second load; and

calculating a ratio of the respective operating parameters of the first and second loads, the ratio of the respective operating parameters of the first and second loads corresponding to the ratio of the respective operating parameters of the first and second solar panels; and

displaying the ratio of the respective operating parameters of the first and second solar panels.

10. The method of claim 9 wherein the respective operating parameters of the first and second solar panels comprise respective currents flowing from the first and second solar panels; and

wherein the respective operating parameters of the first and second loads comprise respective voltages across the first and second loads or portions thereof.

11. The method of claim 9 further comprising:

electrically coupling a processor to the first and second loads;

wherein the processor is powered by the second solar panel; and

wherein calculating the ratio of the respective operating parameters of the first and second solar panels comprises calculating the ratio of respective power outputs of the first and second solar panels using the processor.

12. The method of claim 11 wherein displaying the ratio of the respective operating parameters of the first and second solar panels comprises electrically coupling an output device to the processor; and

wherein the method further comprises:

providing an apparatus comprising the processor, the first and second loads, and the output device; and

calibrating the apparatus, comprising:

electrically coupling a power supply to the first and second loads;

observing the output of the output device in response to electrically coupling the power supply to the first and second loads; and

adjusting the output of the output device in response to observing the output of the output device.

13. The method of claim 11 wherein a circuit is formed by at least the processor, the first and second solar panels, and the first and second loads; and

wherein the method further comprises:

selecting a maximum of amount of electrical power that can be supplied by at least one of the first and second solar panels to the circuit without harming the operation of the circuit.

14. The method of claim 9 further comprising:

electrically coupling a processor to the first and second loads;

wherein the processor is powered by the second solar panel;

wherein calculating the ratio of the respective operating parameters of the first and second solar panels comprises:

detecting the operating parameter of the first load using the processor;

detecting the operating parameter of the second load using the processor; and

calculating the ratio of the respective operating parameters of the first and second loads using the processor;

wherein the respective operating parameters of the first and second loads comprise respective voltages across the first and second loads or portions thereof; and

wherein displaying the ratio of the respective operating parameters of the first and second solar panels comprises:

electrically coupling an output device to the processor; and

displaying the ratio of the respective operating parameters of the first and second solar panels using the output device.

15. A system for testing a first solar panel, the system comprising:

means for electrically coupling the first solar panel to a first load;

means for electrically coupling a second solar panel to a second load;

means for calculating a ratio of respective operating parameters of the first and second solar panels, wherein the means for calculating the ratio of the respective operating parameters of the first and second solar panels comprises:

means for detecting an operating parameter of the first load;

means for detecting an operating parameter of the second load; and

means for calculating a ratio of the respective operating parameters of the first and second loads, the ratio of the respective operating parameters of the first and second loads corresponding to the ratio of the respective operating parameters of the first and second solar panels; and

means for displaying the ratio of the respective operating parameters of the first and second solar panels.

16. The system of claim 15 wherein the respective operating parameters of the first and second solar panels comprise respective currents flowing from the first and second solar panels; and

wherein the respective operating parameters of the first and second loads comprise respective voltages across the first and second loads or portions thereof.

17. The system of claim 15 further comprising:

means for electrically coupling a processor to the first and second loads;

wherein the processor is powered by the second solar panel; and

wherein means for calculating the ratio of the respective operating parameters of the first and second solar panels comprises means for calculating the ratio of respective power outputs of the first and second solar panels using the processor.

18. The system of claim 17 wherein means for displaying the ratio of the respective operating parameters of the first and second solar panels comprises means for electrically coupling an output device to the processor; and

wherein the system further comprises:

means for providing an apparatus comprising the processor, the first and second loads, and the output device; and

means for calibrating the apparatus, comprising:

means for electrically coupling a power supply to the first and second loads;

means for observing the output of the output device in response to electrically coupling the power supply to the first and second loads; and

means for adjusting the output of the output device in response to observing the output of the output device.

19. The system of claim 17 wherein a circuit is formed by at least the processor, the first and second solar panels, and the first and second loads; and

wherein the system further comprises:

means for selecting a maximum of amount of electrical power that can be supplied by at least one of the first and second solar panels to the circuit without harming the operation of the circuit.

20. The system of claim 15 further comprising:

means for electrically coupling a processor to the first and second loads;

wherein the processor is powered by the second solar panel; and

wherein the means for calculating the ratio of the respective operating parameters of the first and second solar panels comprises:

means for detecting the operating parameter of the first load using the processor;

means for detecting the operating parameter of the second load using the processor; and

means for calculating the ratio of the respective operating parameters of the first and second loads using the processor, the ratio of the respective operating parameters of the first and second loads corresponding to the ratio of the respective operating parameters of the first and second solar panels;

wherein the respective operating parameters of the first and second loads comprise respective voltages across the first and second loads or portions thereof; and

wherein means for displaying the ratio of the respective operating parameters of the first and second solar panels comprises:

means for electrically coupling an output device to the processor; and

means for displaying the ratio of the respective operating parameters of the first and second solar panels using the output device.

21. A non-transitory computer readable memory having stored therein a plurality of computer instructions which, when executed by a computer processor, cause the computer processor to:

calculate a direct ratio of respective power outputs of first and second solar panels in response to simultaneous exposure to direct sunlight, the first and second solar panels being electrically coupled to first and second loads, respectively, the instructions for calculating the ratio of the respective power outputs of the first and second solar panels comprising:

instructions for detecting an operating parameter of the first load;

instructions for detecting an operating parameter of the second load; and

instructions for calculating a ratio of the respective operating parameters of the first and second loads, the ratio of the respective operating parameters of the first and second loads corresponding to the ratio of the respective power outputs of the first and second solar panels; and

display the ratio of the respective power outputs of the first and second solar panels.

22. The non-transitory computer readable memory of claim 21 wherein

the respective operating parameters of the first and second loads comprise respective voltages across the first and second loads or portions thereof.

23. The non-transitory computer readable memory of claim 21 wherein a circuit is formed by at least the first and second solar panels, and the first and second loads; and

wherein the plurality of instructions further comprises:

instructions for selecting a maximum of amount of electrical power that can be supplied by at least one of the first and second solar panels to the circuit without harming the operation of the circuit.