Hybrid Cars Information

Growing Demand On Hybrid Vehicles Seek Future Alternative Energy Solutions

There is a lot of  Hybrid Cars Information available, but there are generally two types known. These types are Full and Mild. A full hybrid vehicle is the most advanced type and includes a system that can operate using electric or gasoline. These types can also combine the electric and gasoline power to improve throttle speeds.

Full hybrids use electric power at slower speeds providing a zero emissions and gas dependency. However, these cars will use both electric and gasoline power in heavy traffic to minimize the use of the battery. The gasoline engine powers the vehicle during higher speeds.

The full hybrid is the most advanced and will determine when to use electric and gas power. To save gas, the electric motor will run at lower speeds, generally up to 40 mph, without using a single drop of gasoline. Fuel consumption is often wasted during traffic driving conditions and the technology built in the vehicle will determine when to shut off the gasoline engine.

A full hybrid car can also recharge the hybrid battery during operation and doesn’t need to be plugged in. The batteries also recover energy back from the drive train in a process called regenerative braking. Regenerative braking will capture most of its kinetic energy to store it in the battery for future use.

A mild hybrid is sometimes called power-assist because it relies on the gas engine to power the vehicle at all times. The electric motor only assists the engine as needed for more power and will provide lower emissions. In this type of hybrid, the motors and batteries are less powerful, and the transmission is usually large and heavy as in a conventional car.

Most of the 2010 model hybrids on the market today are considered to be full hybrid cars. The vehicles range from small compact to midsize and have different pricing options. These advanced automobiles are available through Ford Motor Company, Toyota, and Honda.

The batteries that go into hybrid cars are usually known as the Lithium-ion or the Nickel Meta Hydride (NiMH). Automakers are moving towards the lithium-ion because they are lighter in weight and provide higher voltage with fewer cells. These batteries also have a longer lifespan.

Nickel Metal Hydride batteries have limitations to meeting the power and energy demands on new hybrid cars. These batteries also have temperature limitations and have a greater environmental impact. Most vehicles will replace NiMH batteries with lithium-ion during the next three years.

The auto industry is greatly improving the fuel-efficiency on new vehicles. There are several breakthrough technologies still developing as the demand for these fuel-efficient vehicles is growing. Moreover, these automobiles are getting better mileage as technology further develops.