By hybrid motor vehicle we refer to any vehicle that relies on 2 separate power sources for propulsion. Among the power sources for a hybrid car there are gasoline or diesel fuel, on-board or out-board rechargeable energy storage systems (RESS), hydrogen, wind, compressed or liquid natural gas, solar, coal, wood or other solid combustibles, etc.
The very concept of hybrid car designates electric vehicles of which adapt use of an internal combustion engine to that of the electrical batteries.
As stated before, there are other hybrid vehicles beside the hybrid car we will mainly deal with here. Just think of mopeds and electric bicycles. These are the rather basic kinds of hybrid vehicles. The combination between a gas engine or a battery and the physical power of the muscles is definitely superior.
And then there are hybrid heavy vehicles like railway locomotives, buses, heavy goods vehicles, ships or mobile hydraulic machinery. Usually, the term hybrid car-vehicle is used to refer to hybrid electric vehicles. This category consists of the next types of automotives: AHS2 (Chevrolet Tahoe, GMC Yukon, Chevrolet Silverado, Cadillac Escalade, Saturn Vue), Toyota Prius, Ford Escape Hybrid, Toyota Highlander Hybrid, Toyota Camry Hybrid, Honda Civic Hybrid, Honda Insight and many others. A petroleum-electric hybrid car usually gets its power from an internal combustion engine (gasoline or diesel engine) and an electric battery.
The beginnings of the hybrid car go as far back to the late 1900s when David Arthurs, an electrical engineer from Arkansas, invented the braking regenerative hybrid. Other than the combination of gas engine and electric motor, there are other propulsion sources used, but for a single engine only.
Although there's a certain similarity to a hybrid car, distinctions do exist. In fact, vehicles with double or multiple energy sources are dual mode automotive systems of the trolley type.
A hybrid car presents numerous advantages from the environmental perspective and there are two sides to consider here. First of all, you're able to do some thing for the environment and mankind, but you additionally save money on fuel.
Both of these advantages and benefits brought about by the hybrid car are tributary to at least three elements in the design: the combination of gasoline and the electric motors, a battery with plenty of storage capacity along with the chance to re-capture important amounts of energy, which are usually wasted while braking.
The very concept of hybrid car designates electric vehicles of which adapt use of an internal combustion engine to that of the electrical batteries.
As stated before, there are other hybrid vehicles beside the hybrid car we will mainly deal with here. Just think of mopeds and electric bicycles. These are the rather basic kinds of hybrid vehicles. The combination between a gas engine or a battery and the physical power of the muscles is definitely superior.
And then there are hybrid heavy vehicles like railway locomotives, buses, heavy goods vehicles, ships or mobile hydraulic machinery. Usually, the term hybrid car-vehicle is used to refer to hybrid electric vehicles. This category consists of the next types of automotives: AHS2 (Chevrolet Tahoe, GMC Yukon, Chevrolet Silverado, Cadillac Escalade, Saturn Vue), Toyota Prius, Ford Escape Hybrid, Toyota Highlander Hybrid, Toyota Camry Hybrid, Honda Civic Hybrid, Honda Insight and many others. A petroleum-electric hybrid car usually gets its power from an internal combustion engine (gasoline or diesel engine) and an electric battery.
The beginnings of the hybrid car go as far back to the late 1900s when David Arthurs, an electrical engineer from Arkansas, invented the braking regenerative hybrid. Other than the combination of gas engine and electric motor, there are other propulsion sources used, but for a single engine only.
Although there's a certain similarity to a hybrid car, distinctions do exist. In fact, vehicles with double or multiple energy sources are dual mode automotive systems of the trolley type.
A hybrid car presents numerous advantages from the environmental perspective and there are two sides to consider here. First of all, you're able to do some thing for the environment and mankind, but you additionally save money on fuel.
Both of these advantages and benefits brought about by the hybrid car are tributary to at least three elements in the design: the combination of gasoline and the electric motors, a battery with plenty of storage capacity along with the chance to re-capture important amounts of energy, which are usually wasted while braking.
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