An all-weather gasoline-electric dual-power motorcycle

Abstract

The invention discloses a full-day oil-electricity double-power motorcycle. According to the full-day oil-electricity double-power motorcycle, an electricity driven system is added to a motorcycle which is served as a body based on a fuel system, an engine is arranged at a position of a central shaft of the motorcycle body, an overrunning clutch flywheel and a motor wheel hub are arranged on a rear wheel, a motor driving wheel is connected with the flywheel through a chain, a storage battery insulation box is arranged above the engine, a waste heat collecting and transmitting device is arranged between the fuel engine and a storage battery, the waste heat is used for improving the low temperature performance of the storage battery in winter, a handlebar has an oil-electricity double-control function, and circuit control of the fuel system and the electricity driven system are formed into independent units. The full-day oil-electricity double-power motorcycle has the advantages of reserving advantages of an electrical mobile, overcoming disadvantages that the electrical mobile is long in charging time and short in onward journey, improving the low temperature performance of the storage battery by utilizing the waste heat of the motorcycle, enabling the service life of the storage battery to be effectively prolonged, reducing the utilization costs, improving operating economy and guaranteeing normal driving for a full day.

Description

Technical field [0001] The invention relates to the technical field of vehicles, in particular to a motorcycle with electric and fuel dual power that can be ridden normally in winter and summer. Background technique [0002] The rapid development of cars has caused traffic congestion and parking difficulties have become a major problem in today's society, and it is imperative to develop and improve small transportation tools. Motorcycles and electric vehicles, which are small vehicles, have their own advantages and disadvantages. It is prominently embodied in: the motorcycle has fast speed, strong power, sturdiness and durability, good braking performance, can be refueled at any time, has a long cruising range, and is not affected by the weather. Its drawbacks are high fuel costs and polluting exhaust emissions. Electric vehicles do not use fuel, low cost, economical, convenient maintenance, no exhaust pollution, no noise, and environmental protection. The disadvantages are shor...

AI Technical Summary

Problems solved by technology

Highlights are: motorcycles are fast, powerful, sturdy and durable, have good braking performance, can be refueled at any time, have a long cruising range, and are not affected by the climate. The disadvantages are high fuel costs and polluting exhaust emissions

Electric vehicles use electricity without fuel, low cost, economical and affordable, easy maintenance, no exhaust pollution, no noise, green and environmentally friendly, and its disadvantages are short mileage and long charging time. Frequent, high cost, and there are problems such as simple structure, short life, poor braking performance, etc.

Although the gasoline-electric dual-power motorcycles currently developed solve the problems of short range and high operating costs of electric vehicles, the problem of low-temperature performance degradation of electric vehicles in cold winters has not been well resolved.

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