Why Hybrids Vehicles Are Better Than Gas
Hybrid is a term used to describe a combination of two or more distinctive things, aiming to accomplish a common objective. A hybrid vehicle is a fuel efficient vehicle having two motors- one a gasoline powered motor and the other electric motor. The reason for combining two motors is using their strengths and reducing deficiencies. Electric motor is used at low speed wile gas motors perform better at high speed generating extra power for a particular motor weight. During rush hours, when vehicles are continuously stopping and running, performance of electric motor is appreciative. Gas motor supports higher speed supporting driving at the highways. (Anderson 134-45)
Hybrid vehicles are continuously gaining popularity in the general public. With the growing societal concerns about green revolution and also achieving significant reduction in fuel consumption, hybrid vehicles are considered satisfactory in performance. They have become so popular that certain tax incentives have been offered by the government on hybrid vehicles. Due to their better performance compared with gas powered vehicles, we present the thesis of our paper as follows:
Thesis statement: it is hypothesized that compared with the gas powered vehicles, hybrids offer more benefits in maintenance, are cost-effective, and most importantly environmental-friendly.
History of Hybrid Cars
A steam-powered motor carriage was used in France in the eighteenth century. In the next century, a car with electric motor was assembled in England. By the end of nineteenth century, hundreds of electric cars were being used in the United States. A significant development occurred when Porsche- a German- invented a hybrid when he used an internal combustion engine and then combined it with an electric motor. This is recorded as the first hybrid car in the history. Later, in the start of twentieth century, Henry Ford- father of automobile industry- developed the first assembly line manufacturing plant to facilitate the production of gas-powered car. (Anderson 134-45)
Major developments in hybrid cars were recorded when General Motors conducted experiments to produce hybrid cars on commercial basis. They tested by using electricity at 13 mpg and then utilized gas engine reaching up to 40 mpg. The 1973 energy crisis necessitated the introduction of alternative ways relying less on oil and gas. After continuous research and development; GM, Ford, Chrysler, and the Department of Energy entered into a contract to initiate a program to produce 'Hybrid Electric Vehicle' (HEV). Objective of this joint venture was to create efficient as well as cost-effective vehicles that are safe to use and also address environmental concerns. After the failure of electric cars, car-manufacturers concentrated more on using HEV program to produce vehicles. The first hybrid vehicle was marketed in the United States in the year 2000 by Toyota- the Japanese automobile giant- named as 'Pirus'. (Anderson 134-45)
Main Features of a Hybrid Car and Current Market Leaders
One of the major benefits of a hybrid vehicle is the strength of two engines used in it. Gas motor is useful for charging batteries while it is running, however it has to be charged through an outlet. Hybrid, on the other hand, does not need an outlet for charging purpose. It is pertinent to mention that hybrids are the most gasoline-effective of all vehicles with owners saving more costs by using hybrid vehicles compared with vehicles running on gas. (Yost 77-91)
As mentioned above, hybrid vehicles use two or more distinctive technologies, mostly merging electric and gas power. Currently, automobile companies have started using technology of gas powered or commonly known as 'internal combustion'. At slow speed the vehicle utilizes electric power only reducing usage of gas and avoiding toxic emissions from the internal combustion engine. It means that hybrid vehicles offer more benefits just than saving fuels. It is helpful in the cause of 'going green' reducing impact of pollution as a low quantity of gas emissions are produced by the hybrid car specifically driving in the cities in traffic jams, at a low speed. (Leitman, 230-232)
Due to its acceptance by a large segment of American people, government has introduced tax incentives on purchasing hybrid cars. One of the main reasons for these incentives is its low gas emissions, helping in going green. It is pertinent to mention that higher the car is fuel-efficient and the more it is cost-effective in its life time, higher are the tax incentives on hybrid cars. It should, however, be noted that these tax-credits are due to expire after the year 2010. Furthermore, the tax credits are applicable to those HEV vehicles that are equipped with the modern technology burning less gas and also powered by fuel cells. For this purpose certain standards have been set by the government regarding specific emissions, so these standards should be met for enjoying tax credit. (Anderson 134-45)
The regenerative braking in hybrid vehicles support brake pads to survive more compared with other vehicles. Maintenance is also normal as required in other cars and batteries as well as motors also survive for a longer period. Therefore, the main features of hybrid vehicles include tax incentives- although up to 2010- its low gas emissions, and significant reduction in costs, and its regenerative braking system. Honda and Toyota are the market leaders for producing hybrid vehicles. United States have recently started producing hybrid vehicles. The largest selling hybrid vehicles are Japanese- Pirus and Insight. General Motors have introduced hybrid with the brand name as 'Mercury Mariner'. Ford has achieved significant success in its hybrid vehicle: "Escape SUV". The main tactics adopted by the hybrid vehicle marketers- Japanese or Americans- are based on its 'green' image and cost-effectiveness being an innovative technology. (Yost 77-91)
Environmental Benefits of Hybrid Cars Compared with Gas Cars
It is pertinent to highlight that millions of barrels of oil are used by the vehicles in the United States. United States have to import almost half of its oil requirement mainly from Persian-Gulf nations with petroleum products catering most of the transportation needs of the nation. Extraction of oil itself has numerous harmful effects on quality of air and environment. Then there are problems of oil-spills and underground storage of fuel. Since United States is the larges producer of CO2, it is beneficial to rely more on using it. Due to high environmental concerns about gas emissions, technology of HEV is used by the hybrid vehicle manufacturers reducing gas emissions from CO2 by almost half to one-third. (Yost 77-91)
Due to above-mentioned reasons, a hybrid vehicle helps save environment from gas emissions creating pollution and breaking ozone layer. Especially driving in the cities during rush hours and traffic jams, hybrid vehicles with low gas emissions work better and effectively compared with the gas cars, one of the main reasons for the increasing popularity of hybrid vehicles. Expert drivers adapting to the new technology by modifying their driving techniques are in a better position to benefit from this innovative technology-driven vehicles. Japanese made Pirus and Insight are comparatively smaller cars being used mostly in large cities having more traffic rush and traffic jams. The environmental factor alone is the predictor of hybrid vehicles as currently it is being bought by the upper social class with high income, however, with the improvements in technology it is expected that the future of hybrid cars is bright. (Yost 77-91)
It is pertinent to highlight different ways of reducing gas emission and promoting green environment. Hybrid vehicles such as public transport can support in the cause of going green. Small but efficient cars can also prove to be useful particularly in large cities. In other words, hybrid vehicles can be labeled as 'environment-friendly' because of combining electric motor with internal combustion engine which is helpful in reducing dangerous effects of emission noxious gasoline combustion products.
In addition to remitting less gas than gas powered vehicles, hybrids also provide the benefit of effective braking system. Hybrid vehicles run exclusively on electric motor at a low speed. Gas vehicles procures CO2 adding to pollution in the environment. The fact is that no regulation exists in United States restricting emission of carbon dioxide. As such gas powered vehicles contributes to the factor of global warming. Hybrid vehicle is the solution to this grave problem. (Nerad, 201-205)
A General Comparison between Hybrid and Gas Powered Vehicles
In addition to environmental-friendly vehicles, they offer better fuel efficiency. They are just similar to other normal vehicles with enough space for everyone including people and pets. The fuel efficiency in hybrid vehicle compared with the gas powered vehicle is accomplished through technological advancements in the areas of weight reduction and aero dynamics. This will eventually results in reduction of gas engine meaning more mileage. A significant benefit of hybrid is the cost-effectiveness. Although the initial price of vehicle is comparatively high, yet there are specific benefits in the consumption stage that counterbalance its initial high cost, rather proves to be more cost-effective in the long-run. (Nerad, 201-205)
Hybrid vehicles offer benefits of advance fuel cells as well as wind and solar power. Some of the companies have started using lithium technology that support in producing plug-in hybrid vehicles. The conversion of hybrid to pug-in hybrid makes the vehicle run only on electricity at lower speed- up to forty miles per hour- at a full-charged battery. Moreover, plug-in hybrids have also proved to be more fuel-efficient. (Boschert 114-121) Another significant benefit of hybrid vehicles compared with gas powered vehicle is the maintenance cost factor. It is easy to maintain similar to other normal vehicles. Success of any vehicle is mainly dependent on wide availability and easy handling by the mechanics. In other areas like oil changing, hybrid vehicles are also cost effective requiring oil change after a longer period than other vehicles. Batteries and motors are comparatively more efficient in the overall life of the vehicle. As claimed by the automobile companies, hybrid vehicles require less maintenance in the long run compared with other gas powered vehicles. Due to its regenerative braking, the brake pads have relatively long life than gas powered vehicles. (Yost 77-91)
Safety and security is yet another critical issue that is tackled more effectively in hybrid vehicles compared with gas powered vehicles. As already discussed, hybrid vehicles provides a delicate, yet the best combination of normal car with electric cars. Hybrid electric vehicles are as safe as other vehicles, offer more reliability and comfort. Spending just extra money at the time of purchase stage means more cost saving at the post-purchase stage supported with high standards of performance and more importantly safety. (Nerad, 201-205)
Efforts have been made in the paper to make a comparative analysis between benefits provided by hybrid against gas powered vehicles. A hybrid is a fuel efficient vehicle having two motors- one a gasoline powered motor and the other electric motor. It is evident from the analysis made in the paper that hybrid vehicles offer more benefits in maintenance, are cost-effective, and most importantly environmental-friendly.
Anderson, Curtis Electric and Hybrid Cars: A History McFarland & Company, 2004, p. 134-45
Boschert, Sherry Plug-in Hybrids: The Cars that will Recharge America New Society Publishers, 2006, p. 114-121
Leitman, Seth Build Your Own Plug- In Hybrid Electric Vehicle (Tab Green Guru Guides) McGraw-Hill, 2009, p. 230-232
Nerad, Jack The Complete Idiot's Guide to Hybrid and Alternative Fuel Vehicles Alpha, 2007, p. 201-205
Yost, Nick The Essential Hybrid Car Handbook: A Buyer's Guide The Lyons Press, 2006, p. 77-91
The world is changing quickly, and what looked like a science-fiction fantasy is gradually becoming our current reality. It seems that progress spreads to all spheres of humanity’s life, but one of the most amazing breakthroughs has been achieved in energy recently. About two decades ago, it appeared there was no effective alternative to the conventional fossil fuels such as gasoline and oil, but it turned out that there is a better, cleaner, and more effective substitute to them: electricity. Although electric engines are not so widespread, more and more people consider changing their gasoline-fueled vehicles to electric cars. And this choice is more than reasonable.
The maintenance cost of electric cars is lower than the one of those fueled by conventional gasoline. Fuel prices heavily depend on the political and military situation in countries providing oil; even if we do not take it into consideration, one year of driving a gasoline car would cost you about $2,100 (given you drive about 15,000 miles per year, use one gallon of gas for each 25 miles traveled, and buy gasoline at $3.50 per gallon). At the same time, driving an electric car would cost you only $475 per year. Along with the fuel costs, conventional cars require regular technical inspections, transmission repairs, and so on (EVgo). By all means, electric cars are a much cheaper alternative for those who want to save money.
Safety is another reason why electric cars are more preferable. There were several incidents when Tesla Model S electric cars flared up. This motivated Tesla Motors to research the situation with car fires in general, and it turned out that there are about 150,000 car fires per year only in the United States. “Since the Model S went into production last year, there have been more than a quarter million gasoline car fires in the United States alone, resulting in over 400 deaths and approximately 1,200 serious injuries,” Tesla Motors management informs. “There are now substantially more than the 19,000 Model S vehicles on the road that were reported in our Q3 shareholder letter for an average of one fire per at least 6,333 cars, compared to the rate for gasoline vehicles of one fire per 1,350 cars” (The Long Tail Pipe). So, according to the statistics, electric cars are safer—at least in terms of flaring up.
Electric cars are also known to be more efficient in terms of converting energy: on average, electric cars use about 60% of the power of the electrical energy to make the wheels spin, compared to 17%–21% of the energy stored in gasoline converted to power at the wheels. This is important not just in terms of efficiency, but also environmental protection, because the more effective use of energy means less resources taken from nature; besides, electric cars emit no greenhouse gases. Power plants that produce electricity may pollute the air, but only those working on fossil fuels; nuclear, hydro, solar, and wind power plants produce no pollution at all. So, the more people choose to drive electric cars, the less damage will be dealt to the environment (fueleconomy.gov).
As it can be seen, electric cars are in many ways more preferable than conventional gasoline vehicles. The costs of fueling and maintaining an electric car are much lower compared to those of regular cars; electric cars are safer in terms of being prone to flaring up—according to the statistics, many more car fires occur with gasoline vehicles than with electric cars. And finally, electric cars are more environmentally-friendly, meaning that not only people, but our whole planet benefits from them. Thus, it is advisable that as many people as possible choose to change their vehicles to electric cars.
“Why Electric Vehicles are a Good Idea Now.” NRG EVgo. N.p., n.d. Web. 19 July 2016.
Herron, David. “Electric Cars are Safer than Gasoline Cars.” The Long Tail Pipe. N.p., n.d. Web. 19 July 2016.
“All-Electric Vehicles.” Fuel Economy. N.p., n.d. Web. 19 July 2016.
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