The Hybrid Electric Vehicle (HEV) also known as the hybrid car is quite the economic wonder. Even as a work in constant progress, the Hybrid Electric Vehicle technology has truly done a lot to improve the gas-dependence situation. Hybrid cars has also saved consumers from having to spend so much on fossil fuels and has even helped save some taxpayer money.
What is it under the hybrid car hood that is seems to set it apart from the other cars? Let's take a peep and try to take a look at just how these wonders called the hybrid cars work.
A Combination
The keyword in all of this is the word "hybrid." An HEV basically brings out the best in both electrical power and fuel. By incorporating both an electrical motor and a gas engine, it allows the vehicle to switch back and forth between energy sources. Of course, the usual case is that the car really depends solely on the battery and electrical motors to run the vehicle.
You may ask what the gas is for. The car will still need gas to operate an engine that charges the battery which, in turn, runs the whole car. However, the good thing about this set up is that not much gas is required to charge up those batteries. Hence, hybrid cars really only need so much gas to fill their significantly smaller gas tanks and therefore saves people from having to cash out so much on gas.
Go The Distance
To fully comprehend and appreciate how a hybrid car works, a spin in one with a full tank to compare results in terms of mileage and distance would be required. Definitely, you will see a lot of difference in vehicles running on electric motors. Going long distances is achieved in the way how a hybrid car operates. Generally-speaking, there are 3 technologies that allows this to happen.
The first innovative technology used in hybrid cars is the regenerative braking that applies resistance to the drive train. This in turn causes the wheels to slow down. The energy from the wheels turns the engine which in real time acts as generator which converts the energy wasted during coasting and braking into electricity. The electricity is then accumulated in a battery until such time when it is needed by other functions in the electric motor.
The next hybrid car technology used is the elect motor assist which gives additional power to aid the motor in acceleration like in speeding up or ascending higher terrains. This simply means that the smaller engine or electric motor is used. This motor is more efficient that the internal combustion engine that needs and uses up more gas.
Another technology that is starting to pick up in a lot of modern hybrid vehicles is known simply as automatic start and shutdown. When a hybrid vehicle stops in the middle of traffic or at a stoplight, the whole engine will shutdown as well. This prevents the engine from wasting energy and fuel from just being idle. And when the accelerator is pressed again, the engine will automatically start up so that acceleration is made available. It's a nifty option that has gained popularity from city street drivers. Combine these three technologies and this is essentially how hybrid cars work. - 16752
What is it under the hybrid car hood that is seems to set it apart from the other cars? Let's take a peep and try to take a look at just how these wonders called the hybrid cars work.
A Combination
The keyword in all of this is the word "hybrid." An HEV basically brings out the best in both electrical power and fuel. By incorporating both an electrical motor and a gas engine, it allows the vehicle to switch back and forth between energy sources. Of course, the usual case is that the car really depends solely on the battery and electrical motors to run the vehicle.
You may ask what the gas is for. The car will still need gas to operate an engine that charges the battery which, in turn, runs the whole car. However, the good thing about this set up is that not much gas is required to charge up those batteries. Hence, hybrid cars really only need so much gas to fill their significantly smaller gas tanks and therefore saves people from having to cash out so much on gas.
Go The Distance
To fully comprehend and appreciate how a hybrid car works, a spin in one with a full tank to compare results in terms of mileage and distance would be required. Definitely, you will see a lot of difference in vehicles running on electric motors. Going long distances is achieved in the way how a hybrid car operates. Generally-speaking, there are 3 technologies that allows this to happen.
The first innovative technology used in hybrid cars is the regenerative braking that applies resistance to the drive train. This in turn causes the wheels to slow down. The energy from the wheels turns the engine which in real time acts as generator which converts the energy wasted during coasting and braking into electricity. The electricity is then accumulated in a battery until such time when it is needed by other functions in the electric motor.
The next hybrid car technology used is the elect motor assist which gives additional power to aid the motor in acceleration like in speeding up or ascending higher terrains. This simply means that the smaller engine or electric motor is used. This motor is more efficient that the internal combustion engine that needs and uses up more gas.
Another technology that is starting to pick up in a lot of modern hybrid vehicles is known simply as automatic start and shutdown. When a hybrid vehicle stops in the middle of traffic or at a stoplight, the whole engine will shutdown as well. This prevents the engine from wasting energy and fuel from just being idle. And when the accelerator is pressed again, the engine will automatically start up so that acceleration is made available. It's a nifty option that has gained popularity from city street drivers. Combine these three technologies and this is essentially how hybrid cars work. - 16752
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Planning to drive your own hybrid car? Find out more how hybrid cars work or get more independent hybrid car reviews from Anton Rowd now.
