Wind and light complementary moving compartment and assembling method thereof

Abstract

The invention provides a wind and light complementary moving compartment. The wind and light complementary moving compartment comprises a container, an electric generator tower rod is vertically arranged on the upper portion of one corner of the container, and a wind driven generator is arranged on the electric generator tower rod; supporting rod guiding parts are arranged on the two sides of the container, two bottom supporting rods are inserted in the supporting rod guiding parts on the two sides of the container correspondingly; a photovoltaic panel assembly is arranged in a photovoltaic panel frame, the lower portion of the photovoltaic panel border is connected with the two bottom supporting rods, and the upper portion of the photovoltaic panel border is connected with the container; a storage battery group and a controller are arranged in the container, and the controller is connected with the photovoltaic panel assembly, the wind driven generator and the storage battery group; and in a storing state, all parts are stored in the container. The invention further provides an assembling method for the wind and light complementary moving compartment. According to the wind and light complementary moving compartment and the assembling method thereof, the space utilizing ratio is high, disassembling is convenient, and moving and transporting are convenient; power generation capacity is high, continuity is good, and 24 hours of power supply throughout the day can be achieved; and energy consumption of power generation is entirely from natural sunshine and wind, and environmental protection, no pollution and no additional consumption are achieved.

Description

technical field [0001] The invention relates to a wind-solar complementary mobile box house, which belongs to the technical field of wind-solar power generation products. Background technique [0002] At present, most of the vehicle-mounted photovoltaic and wind power generators are only conceptual display products, with insufficient power and battery life, and cannot become practical products. The wind turbines of some products also need to use the car engine to drive the car to generate electricity. This method increases the resistance of the car's running process and wastes resources. In addition, due to the addition of photovoltaic panels, these products have a large wind-receiving surface and insufficient wind resistance in the case of strong winds, and are prone to overturning, which poses a great safety hazard. [0003] Existing wind and solar power generation products have two major disadvantages: 1. It is impossible to achieve large-capacity and stable power supply...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the vehicle-mounted photovoltaic and wind generators are only conceptual display products, and their power and battery life are insufficient, so they cannot become a practical product.

The wind turbines of some products also need to use the car engine to drive the car to move to generate electricity. This method increases the resistance of the car running process, but wastes resources

In addition, due to the addition of photovoltaic panels, these products have a large wind-receiving surface and insufficient wind resistance in the case of strong winds, and are prone to overturning, which poses a great safety hazard

[0003] Existing wind and solar power generation products have two major disadvantages: 1. It is impossible to achieve large-capacity and stable power supply; 2. The wind turbine installed on the car, the convective wind speed generated by the running of the car, its energy source is not natural wind , but the artificial wind produced by gasoline, which has low power generation efficiency and has no advantages compared with direct gasoline generators, and has no practical application value

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