Battery Charging Device Using Solar Power Generation and Circular Inverted Windmill Power Generation in Combination

Abstract

This article is a battery charging device that combines solar power generation and circular reversible wind turbine power generation using renewable energy without the need for commercial power, and can be installed anywhere. Although solar power generation and wind power generation are unstable in terms of the date, period, and location of occurrence, this unstable energy is once charged into a battery, and electricity is used via this battery. The feature of this device is that the power of solar power generation and wind power generation, which are natural energies, is once charged into a battery, and the generation of unstable power is charged into the battery once so that it can be used when power is needed. The current automotive battery has a mechanism that allows 20% of the power to be used within the allowable range of 100%, and 80% of the power is left. Lithium-ion secondary batteries can be charged and discharged by 90%, are expensive but can be used for 10 years, and their use is expanding. The battery charging device that combines solar power generation and circular reversible wind turbine power generation this time is surrounded by an outer frame, so the overall strength is increased, and the central axis is supported at three places: top, bottom, and middle, so the central vertical axis can be made thinner and the rotation speed can be improved. The style of the windmill is also a round blade that is not found in the past, and the upper part of the circle is configured as + power generation and the lower part as - windmill, so it can handle weak winds (or gentle breezes) to strong winds. It can be installed and used around factories and homes, can be manufactured from small to large sizes, the windmill is round and has a good design, does not require commercial power, and can be used for security lights, lighting lights, electric bicycles, small cars, etc. For security lights on the coast and for preventing theft and illegal intrusion in agriculture, such as for apples and oranges, sensor recording can be done. As a battery for an electric motor for a small car, its use can be expanded in mountainous areas and coastal areas. In terms of the materials and manufacturing process of this device, small and medium-sized ironworks can obtain materials and carry out manufacturing and processing. Even for a device with a power generation capacity of 100w / s to 1kw / s, charging the battery is possible at about 10 times, 10kw / s. There is no problem with the charging ability of the battery, and if the overall device is made larger, 20kw / s can also be manufactured. It is a device that can be manufactured by small and medium-sized ironworks throughout Japan, and the transportation and installation work can be easily done.

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