WhyHybridCars.net
Welcome To WhyHybridCars.net!
Everyone is going “green” these days, and we’re learning more and more about the urgent need to help protect our environment. The news is full of stories about the effects of the emissions from conventional cars and trucks, and the hybrid car is said to be one of the best solutions to these problems. You may hear about hybrid cars all the time in the media, but how much do you actually know about them? Because this technology is so new, it can be overwhelming and confusing if you haven’t researched much yet.
Here at WhyHybridCars.net we’re working to get you the information you need about this exciting new transportation alternative. We’ll help you discover how a hybrid engine works, why hybrids are a better solution and much more. We’ll also give you in-depth information about the latest hybrid vehicle models and their features. So if you’re considering making the move to a hybrid car, or if you already own one and you want to know more then visit us first to get all the facts.
Well, some may wonder what a hybrid car is. A hybrid car is a car which uses both the traditional combustion engine, as well as an electric motor to power the car. Using a hybrid car enables you to improve on fuel efficiency and cut down on the air pollution, making it more “environment-friendly” as compared to the normal conventional cars on the road.
The next question on the consumer’s mind will be how a hybrid car works. There are 3 components involved in a hybrid car, namely the combustion engine, an electric motor and a high-powered battery. There are 2 types of hybrid cars: the full hybrid/parallel system, and mild hybrid/series configuration.
A full hybrid/parallel car can integrate the 3 components so that it can use either the electric motor or the combustion engine to turn the transmission. Both the electric motor and the combustion engine are connected directly to the transmission. An example of a full hybrid/parallel car is the Toyota Camry.
However, for a mild hybrid/series car, the electric motor is not able to operate independently of the combustion engine. The combustion engine had to be used to charge the batteries in order to power the electric motor. An example of a mild hybrid/series car will be the Honda Civic.
So you’re considering purchasing a hybrid car because you want to cut down on pollution and save money at the pump. You’ve evaluated various models, checked out all the latest features, and compared the top hybrid models to your favorite gas powered models. As interested as you are though, you still wonder exactly how those hybrid systems operate. Maybe they’re still a mystery to you, but when you get a clear picture, it’s really easy to understand.
A hybrid vehicle simply combines the internal combustion of a gas powered engine with the energy of a battery powered electric motor. The two work of them in concert with each other as the electric motor helps boost the efficiency of the engine which reduces its fuel consumption.
Likewise the gas powered motor helps make up for the short driving range of the electric motor. Combined they allow you to travel as far as 500 miles without refueling, and you never have to recharge the electric motor because it charges itself as it runs.
Hybrid’s feature an idle-off feature which allows the gas engine to turn off completely when the car is stopped, so no fuel is expended sitting in idle. At the same time, the electric engine ensures that the car moves forward at normal speed as you accelerate again from the stop.
Another advantage of hybrids comes in the form of the regenerative braking system. Regen brakes use the electric motor to help stop the engine rather than relying totally on friction from the disc brakes. The system also stores the kinetic energy that would normally heat up the brakes, and uses adds it to the energy supply of the battery.
