The debate rages on inside environmentally conscious households about whether or not switching to a hybrid vehicle is the right thing to do. Some feel that purchasing a hybrid vehicle sends the wrong message to the car industry, and could result in delays in the design and production of better options, such as more versatile, longer range all-electric vehicles. Others feel that purchasing a hybrid now offers environmental advantages and an incentive to car companies to produce cars that offer even more eco-friendly qualities in the future. If you are trying to decide what is best for your family, Mopfrog of Atlantic City offers three good points to consider.
Domestic Energy vs. Imported Oil
Hybrid vehicles, such as the Toyota Prius, can rely on locally produced electricity for fuel. Families that choose to drive HEVs are effectively making the choice to purchase less gasoline and reduce their dependence on imported oil, often by as much as half. Choosing to utilize locally produced electricity instead of complete reliance on gas not only cuts their use of a non-renewable resource, it also creates benefits for their local communities, such as jobs and increases in tax revenues that support education and social programs in these communities.
Travel vs. Consumption
Utilizing a hybrid electric vehicle for family travel and daily commutes does not have to result in increased consumption of fossil fuels. Instead, families may actually purchase far fewer gallons of traditional fuel when they choose to drive a hybrid vehicle and make full use of its hybrid nature to maximize fuel efficiency. Because the electric engine takes over for the gas engine during periods when the vehicle is stopped or idling, it is possible to go much farther on each tank of gas. This reduces your cost per mile driven, and removes much of your dependency on the world’s oil resources.
HEV Emissions vs. Traditional Vehicle Emissions
Emissions are another area where hybrid electric vehicles can really make a difference. Not only are emissions greatly reduced when the electric engine takes over for the gas one while idling or sitting still, but the regenerative braking process helps the vehicle utilize energy that is wasted when driving a traditional vehicle. Kinetic energy formed by the braking process is converted to electricity in the hybrid electric vehicle and then stored in the vehicle’s battery banks to provide fuel for later needs.
Because the electric battery system takes over for one that is gasoline powered each time the car stops or idles, the energy that is captured during the braking process creates a constantly renewed source of power for the vehicle. This constant cycle of producing and storing electricity each time the car brakes decreases the need for gasoline and the emissions that are formed each time the gas engine is used.