Remote wireless power transmission type mileage-increasing electric automobile

Abstract

The invention provides a remote wireless power transmission type mileage-increasing electric automobile. A hub traction motor is mounted on each front wheel. Rear wheels are connected with a rear wheel axle. An automobile housing is fixed on an automobile girder. The hub traction motors and the rear wheel axle are fixed on the automobile girder to form an automobile body. A vehicular mileage-increasing grid-connected wireless electric power receiving system is mounted on the automobile girder. An input end of the vehicular mileage-increasing grid-connected wireless electric power receiving system is connected with a wireless electric power receiving antenna. An output end of the vehicular mileage-increasing grid-connected wireless electric power receiving system is connected with a central control system to input power. The central control system is further connected with a wireless microwave pulse fast-charging lithium storage battery pack, the hub traction motors and other electric loads in the automobile. By the remote wireless power transmission type mileage-increasing electric automobile, 'zero fuel consumption, zero emission and mileage increasing' are achieved, and power supply from charging stations is not necessary. In addition, the remote wireless power transmission type mileage-increasing electric automobile is powered by national wireless microwave power grids and is capable of realizing limitless mileage increasing in a range covered by microwave electric power.

Description

technical field [0001] The invention belongs to the field of automobiles and relates to an electric vehicle, in particular to a long-distance wireless power transmission type extended-range electric vehicle. Background technique [0002] The 127 years of vigorous development of automobiles (the birth of automobiles on January 29, 1886) is the 127 years of leaps in human civilization. While automobiles have brought many conveniences to people's lives, they have also brought "oil energy crisis and intensified environmental pollution". extremely serious negative effects. According to this, human beings are facing a major challenge to achieve sustainable economic and social development. Energy and environmental issues have become increasingly prominent issues in the world. How to effectively use existing energy and reduce emissions by automobiles has attracted widespread attention from scholars from all over the world. The development of automobiles has been severely tested by ...

AI Technical Summary

Problems solved by technology

[0003] Although the current electric vehicles can solve the problems of energy crisis and environmental pollution, they still need to go to the gas station to refuel, just like internal combustion engine vehicles. The current electric vehicles need to go to the corresponding charging station to charge. It is far less than the continuation capability of a fully-filled internal combustion engine, so how to increase the continuation capability of electric vehicles on the basis of solving the energy crisis and environmental pollution of existing electric vehicles is a scientific research proposition that needs to be solved urgently

Images