CN201342954Y - Wind and light complementary power generating electric vehicle - Google Patents

Abstract

The utility model discloses a wind-solar complementary power generation electric vehicle. Specifically, it uses wind energy and solar energy to charge the battery, and then the battery provides power for the drive motor, so that the electric vehicle can move forward with wind and solar hybrid power generation. This wind-solar hybrid power generation electric vehicle consists of a frame, handle, seat, rear seat, front wheels, rear wheels, energy storage battery, solar charge controller, wind energy charge controller, drive motor, solar cell components, wind power generation Machine composition. Its characteristic is to install solar battery modules on the rear seat of the car, and install a wind generator at the front end of the frame. This wind-solar hybrid power generation electric vehicle not only saves energy, but is also environmentally friendly and clean.

Description

A wind-solar hybrid power generation electric vehicle

technical field

The utility model relates to an electric vehicle. Specifically, it uses wind and solar energy to charge the battery, provide power for the drive motor, and then make the electric vehicle move forward.

Background technique

As we all know, current electric vehicles all utilize mains power to charge their storage batteries. Although the storage battery of the electric vehicle can be charged by using the mains electricity, it is very inconvenient and consumes a lot of energy.

Utility model content

The problem to be solved by the utility model is to overcome the deficiencies in the background technology and provide an electric vehicle powered by wind energy and solar energy complementary power generation. This electric vehicle is not only convenient to charge, but also has no noise, no pollution, and saves energy.

In order to solve the above problems, the utility model adopts the following technical solutions:

The wind-solar complementary power generation electric vehicle of the utility model consists of a frame, a handlebar, a vehicle seat, a rear seat, a front wheel, a rear wheel, an energy storage battery, a solar charge controller, a wind energy charge controller, a driving motor, a solar cell assembly, Composition of wind turbines. The wind generator is installed at the front end of the vehicle frame, and the solar battery module is laid flat on the rear seat of the vehicle. The power input end of the drive motor is connected with the energy storage battery through the wire and the drive controller. The solar battery module is connected with the energy storage battery through the wire and the solar charge controller; the wind generator is connected with the energy storage battery through the wire and the wind energy charge controller.

Adopting the above scheme has the following advantages:

Because the utility model installs the wind power generator at the front end of the frame of the electric vehicle, and installs the solar cell assembly on the plane of the rear seat of the electric vehicle, the installation is convenient and the appearance is beautiful. Wind energy and light energy are converted into electrical energy by wind generators and solar cell components, and the electrical energy is stored in energy storage batteries through wind energy charge controllers and solar charge controllers respectively to provide power for electric vehicles. Compared with traditional electric vehicles, it saves the trouble of charging with mains electricity, greatly reduces energy consumption, and is environmentally friendly and clean.

Description of drawings

Fig. 1 is a structural schematic diagram of a wind-solar hybrid power generation electric vehicle of the present invention.

Detailed ways

As shown in Figure 1, the wind-solar hybrid power generation electric vehicle of the present utility model is composed of vehicle frame 4, handlebar 5, vehicle seat 7, rear seat 15, front wheel 1, rear wheel 12, energy storage battery 8, solar charge controller 10. Wind energy charging controller 3, drive motor 13, the power input end of drive motor 13 is connected with energy storage battery 8 through electric wire 9 and drive controller 6; 11 is connected with energy storage battery 8 by wire 9 and solar charge controller 10; In a word, the wind-solar hybrid power generation electric vehicle of the present utility model generates power from solar cell components when there is sufficient sunlight, and generates power from wind generators on rainy days or when the electric vehicle is moving forward. The two complement each other to provide power for the electric vehicle. In this way, it not only saves the trouble of charging with mains electricity, but also reduces energy consumption, which is environmentally friendly and clean.

Claims (1)

1. A wind-solar hybrid power generation electric vehicle, comprising a vehicle frame (4), a handlebar (5), a vehicle seat (7), a vehicle rear seat (15), a front wheel (1), a rear wheel (12), and an energy storage Storage battery (8), solar charge controller (10), wind energy charge controller (3), drive motor (13), the power input end of drive motor (13) is connected with storage by electric wire (9) and drive controller (6). Energy storage battery (8) is connected; It is characterized in that there is a solar cell assembly (11) on the rear seat (15), and the solar cell assembly (11) is connected to the energy storage battery ( 8) are connected; there is a wind generator (2) at the front end of the vehicle frame (4), and the wind generator (2) is connected to the energy storage battery (8) through a wire (9) and a wind energy charging controller (3).

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