Wind-solar electricity generating and selling landscape lighthouse

Abstract

The invention relates to a wind-solar electricity generating and selling landscape lighthouse which comprises a pedestal, a base, a wind guide tower, fan blades, a fan blade shaft, a wind generating set and a storage battery, wherein the base is arranged on the pedestal, the wind guide tower is arranged on the base, the fan blades are arranged on the wind guide tower, the wind generating set is formed by connecting the fan blade shaft with an electric generator, and the storage battery is connected with the wind generating set. The wind-solar electricity generating and selling landscape lighthouse is characterized in that a self-service electricity selling device is arranged on an electrical box and comprises an electrical energy controller, a card reading electricity meter, a gird-connected inverter, a transformer rectifier, an electromagnetic transducer, a magnetic head, a magneto-electric transducer, a permanent magnet, a universal electric socket and a binding post, wherein the electrical energy controller is arranged in the electrical box and connected with the storage battery, and the magneto-electric transducer is arranged on the magnetic head. Because the self-service electricity selling device is arranged on the wind-solar electricity generating and selling landscape lighthouse, and non-contact touch of electromagnetic transduction is adopted to transmit electrical energy, the wind-solar electricity generating and selling landscape lighthouse has the advantages of safety, little damage, long service life and high utilization rate of electrical energy, and renewable energy sources are directly utilized to obtain social benefits.

Description

technical field [0001] The invention belongs to the field of renewable energy, in particular to a landscape lighthouse for wind power generation and electricity sales. Background technique [0002] At present, the technology of horizontal axis generators is relatively mature, while the technology of vertical axis wind turbines is immature mainly because of low power generation efficiency. There are two types of vertical axis wind power, lift and drag. The cross-section of the blades of the lift type vertical axis wind turbine is in the shape of an airplane wing, and the blades of the wind rotor are connected to the blade shaft by connecting pieces, and the subsections are around the blade shaft. The blades are parallel to the blade shaft, and the resistance of the lift blades to the wind is very high. Small, but the lift is very large, the resistance type blade is arc or bowl shape, the resistance of the concave blade to the wind is very large, and the resistance of the con...

AI Technical Summary

Problems solved by technology

[0007] 1. The wind collecting section of the wind collecting deflector is perpendicular to the normal line of the blade shaft, and the angle of entry of the wind into the wind collecting section is relatively large, which makes the wind entering resistance higher and loses part of the wind energy

The wind-collecting and guiding blades also play a role. An angle is formed between the two collecting and guiding blades to accelerate the flow velocity of the wind. If there are wind blades in the wind-force rotary generator, there will be great resistance, and it is difficult to increase the speed of the wind. To push the wind blades and drive the generator to improve the efficiency of power generation

The frames of the deflector structure have no mutually supporting cables, and the wind resistance is poor;

[0008] 2. Most of the area of ​​the wind blades of the existing wind power generators is exposed and rotated outside, which makes people feel dizzy. The weight of the wind blades and the force of the wind are all borne by the blade shaft. Heavy, making its bearings easy to damage;

[0009] 3. The existing electric vehicle charging piles are all concentrated in the charging stations, the distribution of charging stations is limited, and it is difficult for the charging piles to meet the matching charging requirements of all electric vehicle battery models. The best matching is to use the original factory supporting chargers. Charge

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