Method and apparatus for multi-source photoelectric integration power supply energy storage and energy-saving

Abstract

The present invention provides a multi-source photoelectric integrated power supply, storage and saving method and a device. The device system is at least provided with a wind power storage unit and a photoelectric storage unit and can also be increasedly provided with a circuit redundancy storage unit to simultanesouly implement the energy recovery at a plurality of points. The method complements the energy time difference of nature so as to meet the work requirement of the system when multiple points carry out power storage, charging and supply to one point by the intelligent control method. The present invention can recover and store the optical energy at the same time of using power for illumination; the fully charged battery can directly light a plurality of lamps. In addition, the power in the battery can be DC/AC converted so as to drive fan, computer, TV and other household appliances, thus achieving the aim of fully utilizing the energy of the nature and combining with commercial power to save energy through the system optimization treatment. The present invention adopts a plurality of technologies for comprehensive treatment of light, wind and power and optimal utilization and the energy saving rate is up to 89.2%.

Description

technical field [0001] The invention relates to a street lamp, solar photoelectric conversion and wind power generation technology, high-efficiency energy-saving technology for electricity consumption, and light energy recovery technology, especially to intelligent control of street lamps, solar photoelectric conversion and wind power generation, wind energy, light energy conversion into electric energy storage, light energy A device that recovers, stores, and reuses. Background technique [0002] In the existing technology, there are already wind power generation technology, solar photoelectric conversion technology, energy-saving technology with low power consumption, original high energy consumption street lamp technology, and LED lamp technology, but they are all single technologies with low energy efficiency and no real Meet the requirements of the technology and product market, and these products cannot be used in large-capacity non-electric areas and household applian...

AI Technical Summary

Problems solved by technology

[0002] In the existing technology, there are already wind power generation technology, solar photoelectric conversion technology, energy-saving technology with low power consumption, original high energy consumption street lamp technology, and LED lamp technology, but they are all single technologies with low energy efficiency and no real Meet the requirements of the technology and product market, and these products cannot be used in large-capacity non-electric areas and household appliances for the crowd, and cannot achieve low energy consumption and high efficiency. If the above technologies are comprehensively applied at the same time, more A favorable technology to eliminate technical gaps, among which there are many technical problems to be solved

[0003] In addition, in people's daily life at present, lighting lamps and household appliances waste a lot of electricity on useless heating and lighting, as well as on inferior materials and backward technology.

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