Method for managing reserved electrical power and system thereof
The present invention provides a method for managing reserved electrical power, wherein a reserved electrical power value of the current time period is computed based on a gross generation value of the power generating device of the current time period and the peak load value of the current time period, then the reserved electrical power value and a preset reserved electrical power value are compared, when the reserved electrical power value is larger than the preset reserved electrical power value, an available power is captured from the power generating device based on the reserved electrical power, the power not used in general conditions is used for generating oxygen and hydrogen to produce economic value, thereby achieving more effective power use and reducing waste of resources. 1. A power supply device of the preserved transformation power control method, characterized in that comprises the following steps: (A) access to the power supply device of a current period of peak load electrical quantity; (B) according to the power supply device of the apparatus of the a current interval of the total amount of power generation with the current time and the peak load quantity of the preserved transformation quantity of a current time period; (C) comparing the current time of the preserved transformation quantity of electricity and a preset electric quantity preserved transformation of the current time period; (D) in the current time period is greater than the quantity of preserved transformation of the current period of time when the electricity is preserved transformation preset, since according to the preserved transformation quantity of the power supply device which picks up a the use of power; (E) the use of power supply for an electrolytic device, the electrolytic device, and electrolysis of water to produce hydrogen and oxygen. 2. Power supply equipment according to Claim 1 preserved transformation power control method, characterized in that step (d) is also included in the price of the current time on the basis of the use of the pick-up and adjust the size of the electricity. 3. Power supply equipment according to Claim 1 preserved transformation power control method, characterized in that in the use under the condition of power is alternating current, step (d) and step (e) between the use further includes the step of the power rectifier for direct current. 4. Power supply equipment according to Claim 1 preserved transformation power control method, characterized in that in the preserved transformation coulometrical is less than or equal to the preset electric quantity of the preserved transformation, step (c) after the power supply device also comprises a cut off with the electrolytic apparatus the step of electrical connection of the. 5. Power supply equipment according to Claim 1 preserved transformation power control method, characterized in that step (e) after storing the electrolysis device also includes the step of oxygen and hydrogen. 6. A power supply device of the preserved transformation power management and control system, is connected in a power supply equipment and an electrolytic device, characterized in that comprises: An information acquisition device, the power supply device for a current interval of time of the peak load electrical quantity; An operation device, is connected with the information acquisition device, according to the power supply device of the total amount of power generation with the apparatus for obtaining from the information of the peak load electrical quantity, the power supply equipment in the current period of time to power a device; A judgment device, is connected to the operation device, judging the preserved transformation coulometrical with a pre-set of the magnitude of the preset electric quantity preserved transformation; A pick-up device, is connected with the judging device, in the preserved transformation quantity of the preserved transformation preset when the electricity is larger than, and in accordance with the preserved transformation quantity pick up the power supply device using a power; and A supply device, is connected to the pick-up device and the electrolytic device, the use of electric power supplied to the electrolytic device, the electrolytic device, and electrolysis of water to produce hydrogen and oxygen. 7. Power supply equipment according to Claim 6 preserved transformation power management and control system, characterized in that it also comprises an adjusting device, is connected with the pick-up device, according to the current time of the price of the use of the pick-up and adjust the size of the electricity. 8. Power supply equipment according to Claim 6 preserved transformation power management and control system, characterized in that it also comprises a rectifying device, is connected to the pick-up device and the supply device, the use of electric power rectified into direct current. 9. Power supply equipment according to Claim 6 preserved transformation power management and control system, characterized in that also comprises a switch device, connected to the supply device and between the electrolysis device, according to the judgment device, and the judgment result of the cutting off or turning on the supply device and the electrical connection between the electrolytic device. 10. Power supply equipment according to Claim 6 preserved transformation power management and control system, characterized in that it also comprises a storage device and a hydrogen storage device, is connected with the electrolytic device, the electrolytic device for storing the hydrogen and oxygen.