Smart Car Mileage

The hybrid car is a cross between a gasoline-powered car and an electric car. It features a small fuel-efficient internal-combustion engine combined with an electric motor that assists the engine when accelerating. The electric motor is powered by batteries that recharge automatically while the car is being driven. The hybrid provides lower gasoline consumption and a lower level of polluting emissions than the gas-powered car; it also overcomes some of the shortcomings of the electric car. Smart car mileage will take your breath way since it will save you a whopping amount of money in the long run. The latter had, until recently, proved impractical because it could go only 80 to 160 km (50 to 100 mi) between battery charges. Moreover, its bulky lead-acid batteries required too many hours to power up. Over all, thanks to Smart car mileage, you are not going to waste huge proportions of money which can in fact be put to better use in terms of saving money for later use as well.

The electric car did, however, provide a platform for the development of the hybrid. The first passenger car utilizing hybrid technology, the Toyota Prius, was introduced in Japan in 1997. (Hybrid buses, both diesel-electric and natural gas–electric, date to the early 1990s.) Beginning in 1999, both Honda and Toyota offered hybrid cars on the U.S. market. Smart car mileage has been the talk of town since then.

The Toyota and Honda hybrids operate in a similar fashion. The gasoline engine—smaller than those found in conventional cars—essentially powers the car, but it receives energy backup from an electric motor and a set of batteries. The electric motor draws energy from the batteries when it is needed to help the engine accelerate the car. However, it can also generate energy by a process known as "regenerative braking"; when the driver brakes, a portion of the kinetic energy that is usually lost through the heat created by brake friction is reclaimed by the electric motor and stored in the batteries. In some hybrids the gas engine shuts off at full stops and then restarts with an assist from the electric motor and the batteries. Most hybrid transmissions resemble those in conventional cars. The Prius, however, has a "synergy drive"; an additional generator and a circular gear complex produce an electronically controlled, continuously variable transmission, eliminating the need for conventional manual or automatic transmissions. Now, Smart car mileage will give you great convenience for sure.


An electric car is an automobile powered by an electric motor that is run by batteries. The concept is not new. The essential battery technology was developed in the late 19th century, and many such cars were being manufactured by 1900. Some models achieved high speeds for that time. However, the electric car was generally relatively slow, expensive to operate, and limited in range by its dependence on battery recharging. It remained competitive only as long as gasoline-powered engines required hand-cranking to start. When the invention of the self-starter eliminated that inconvenience, the internal-combustion engine became the preferred model of power for automobiles.

Interest in the electric car revived after World War II. The development of smaller electric motors and more-efficient batteries provided the stimulus. Lighter materials also became available for the chassis of such automobiles. Car manufacturers were reluctant to develop the electric car, however, because of the many technical problems that had to be overcome. For example, the distance an electric car could travel before its batteries required recharging was limited. The maximum cruising speed was also limited, as was the number of accessories that could be used in the car. On the other hand, the electric car was mechanically more dependable and durable than the gasoline-powered car. Moreover, it does not pollute the atmosphere. The utility of Smart car mileage is immense

New low-emissions regulations—which, by the end of the 20th century, had been promulgated in many U.S. states—spurred electric-car development. A General Motors (GM) electric car, the two-seater EV1, was made available for lease in Arizona and California in 1996. The EV1 was a totally new design, from its drag-reducing tires to its brakes, which, when engaged, act as small electric generators. The car was originally powered by a 400-kg (875-lb) array of advanced lead-acid batteries; later these were replaced by nickel-metal hydride (NiMH) batteries, which had more energy but added greatly to the cost. Two small electric motors spun the two front wheels at a top speed of 128 km/h (80 mph); they could accelerate the vehicle from 0 to 96 km/h (60 mph) in 8 seconds. The EV1's range, however, was only about 112–145 km (70–90 mi) before the batteries had to be recharged. Although the car had enthusiastic fans, GM ended the EV1 program in 2003, arguing that it could not be made profitable. (The price used to compute lease payments was about $34,000, whereas the industry claimed that its true cost was about $80,000). If you want to make the smartest choice in life then go for Smart car mileage.