TH13974B - Photovoltaic systems and motion uniforms are used during the period. - Google Patents

Abstract

Photovoltaic systems for supplying electricity from solar cells to loads. This solar cell system consists of Photovoltaic cells for converting light energy into electrical energy, electrolytic capacitors for storing electrical energy from solar cells, and distribution controls for making the electrically coupled capacitors deliver electrical energy to the load. Periodically In a predetermined round While charging an electrically coupled layer capacitor, the discharge time is shorter than the compression period and the discharged current. Coming to the load is greater than the compression current supplied to the electrically coupled capacitor.

Claims (9)

1. Intermittent motion machine for driving loads at intervals, consisting of solar cells for converting light energy into electrical energy. Electrolytic capacitors for storing electrical energy from such solar cells. A reverse polarity diode, which is connected in series, is between the light cells. The sun and the aforementioned dual-layer capacitors prevent reverse current. Of electric energy flows from the said double-layer capacitor onto the solar cell. The motor is driven by the electrical energy supplied by the double electrically coupled capacitor, a rotating assembly connected to the motor's rotating shaft. Swing assembly with weights fixed in place below the part. Assembled for straightening in normal conditions Where the components for the swing are made It is oscillating by the rotating assembly and the dispensing control device for the control of such electrically coupled layer capacitors. Electric power is supplied to the motor periodically during a predetermined cycle while the said electrically coupled capacitor is charged. In such a way that the payment period is shorter than that Time of recording And the current that is supplied to the motor is greater than the compression current Provided for such double-layer capacitors 2. The device referred to in claim 1, the solar cell has been formed from Amorphous silicon 3. The apparatus referred to in claim 1, in which the anti-reverse diode is assembled. With schottky diodes 4. The machine referred to in claim 1 also includes a receiving pressure control circuit. The connection between the solar cell and the double electrolytic capacitor. To control the output voltage of the solar cell so that it does not exceed the maximum rated voltage. Of such electrolytic capacitors 5. The machine referred to in claim 1, where electrical energy is supplied in such a way that T1 / T is approximately 1% when T is each such pre-determined cycle and T1 is Time to drive load (Time to pay) in the cycle as predetermined each such round 6. Intermittent motion for driving loads at intervals, including solar cells for converting light energy into electric energy. Electrolytic capacitors for storing electrical energy from such solar cells. A reverse polarity diode, which is connected in series, is between the light cells. The sun and the aforementioned dual-layer capacitors prevent reverse current. Of electric energy flows from the said double-layer capacitor onto the solar cell. The motor is driven by the electrical energy supplied by the double electrolytic capacitor, the box containing the solar cells, is located on the top surface. And contained with a collector Such an electric double layer charge. The diode against the reverse current and the motor. A billboard that has been connected to the rotating shaft of the motor. And extended downwards From the box Hanging devices for hanging such boxes from room lamps and dispensing controls for the control of such electrical double layer capacitors are supplied. Electrical energy to the motor periodically In a predetermined cycle while filling such a double electrolytic capacitor In such a way that the payment period is shorter than that The compression time and the current given to the motor are greater than the compression current. Provided for such double-layer capacitors 7. The device referred to in Clause 6 in which the Solar Cell is formed from Amorphous silicon 8. The device referred to in claim 6, in which the anti-reverse diode consists of With schottky diodes 9. The machine referred to in claim 6 also includes a derived voltage regulator circuit. The connection between the solar cell and the double electrolytic capacitor. To control the output voltage of the solar cell so that it does not exceed the maximum rated voltage. Of such electrolytic capacitors 1 0. The machine referred to in claim 6, where electrical energy is supplied in such a way that T1 / T is approximately 1% when T is each such predetermined cycle and T1 is Time to drive load (Time to pay) in the said cycle as previously predetermined each round