Joanne Greco asked:


Hybrid Trucks are the future of the construction industry. As fuel becomes an increasingly scarce commodity there will be a growing need for cost effective construction vehicles. Builders and contractors will need to be able to haul more at lower fuel costs to accommodate for rising prices. Additionally, builders will be looking to cash in on the “green movement” by using these more environmentally responsible trucks.

Hybrid trucks will also play a larger role in consumer goods transportation as fuel prices rise. With fuel price hikes the cost of food and other transported goods will increase accordingly unless transporters can offset diesel prices by filling their tanks less often. More fuel-efficient hybrid trucks are an effective solution to this problem. Other vehicles have already seen the hybrid treatment but none offer the hauling capacity that a truck can afford its owner.

With the documented benefits of increased fuel efficiency, why else might hybrid trucks be important in the future? In the struggling domestic automotive industry, manufacturers are looking for new ways to appeal to customers and revive their slumping sales. Releasing a fuel-efficient high capacity vehicle that can carry as much as its gas guzzling counterparts while achieving the fuel mileage of their eco-friendly hybrid car peers will go a long way towards meeting this objective.

Another appeal to hybrid trucks is the concept of appeal. Men are generally drawn to masculine vehicles and aren’t willing to sacrifice their machismo just to save a few bucks at the pump. Giving them a way to remain macho to their buddies and co-workers while keeping their wallets a little fatter will be key to the long-term success of the truck sales market.

In summary, there is a growing need and a strong desire for hybrid trucks. Vehicles that can carry a lot of cargo with less trips to the pump and a masculine image will go a long way towards reviving the automotive industry and greening our world.

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Scott Harker asked:


The international concern about the environment is encouraging. Due to the desire for the preservation of the natural world, interest in particular, has been awakening in regards to pollution and saving the planet’s energy sources.

Important steps have been made in this direction. Scientists, engineers and vehicle producers have combined efforts to create new green vehicles, or at least, to modify the existing ones to reflect ecological needs and help humanity survive into the future. One notable outcome of their efforts is represented by the appearance of more and more hybrid vehicles. And this is where hybrid trucks come into play.

What’s the deal about hybrid trucks? Well, as you know, the transportation of goods relies a lot on big vehicles like trucks all over the world. There are three main cargo moving methods – boats, trains and trucks! And usually the last leg in the journey is completed by these trucks – big vehicles which are huge consumers of fuel. Commercial hybrid trucks are needed to conserve fuel and still get goods to market.

People are becoming more aware every day of the importance of preserving our environment and not using our energy resources wastefully. This is true even of owners of businesses in the field of transportation. Rising fuel costs and squeezed profit margins have changed their views and turned them to seeking hybrid trucks. Changing laws and state regulations are also encouraging the purchase of commercial hybrid trucks.

It seems, that hybrid trucks may represent one of the most popular hybrid items in the automotive industry. People are waiting eagerly for the latest achievements in the hybrid vehicle construction business.

And people are interested in all kinds of duel-fuel trucks which include hybrid electric, diesel and flex fuel pickups, hybrid commercial trucks, freight trucks, semis and many others.

The number of manufacturers involved in the design of hybrid trucks is increasing, and efforts are progressing in the direction of getting fully electric vehicles. Thus Chevy and GMC are bringing out versions of hybrid pickups.

Truck drivers will get satisfaction soon, when promises made by Toyota, Dodge, Freightliner, International Truck Engine, Eaton and Kenworth will materialize into the launching of new hybrid trucks. A nice bonus in the making of hybrid trucks is the considerable lowering of the noise level, in addition to the energy saving features. Hybrid trucks are quieter, cleaner and more reliable to use: and better for our future.

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Jane Muder asked:


Global warming is a major issue in the United States today, and lately, it seems it’s been in the news more than ever. In 2008, a pivotal election year, every major or minor candidate running for office would be remiss not to address issues of fuel conservation, carbon emissions reduction, and alternative energy sources. New and used cars and trucks alike burn gasoline to enable motion, and gasoline burning is a major source of carbon dioxide emissions in the United States. Over time, the cumulative effects of global warming can include significant increases in Earth temperatures; the melting of polar ice caps, and severe weather incidents resulting in property destruction and losses of human life. One easy way to reduce CO2 emissions is to reduce the amount of fuel burned per day, per month, and per year.

Americans who live in major cities — such as New York, Pittsburgh, San Francisco, Baltimore, or Atlanta — often have the option of helping to reduce total yearly carbon emissions by taking public transportation. The American Public Transportation Association estimates that using public transportation saves $1.4 billion worth of gasoline each year. However, many Americans do not live in areas where subways, buses, or trolleys are available or convenient. Some American suburbs are too sparsely populated to support extensive public transportation; meanwhile, the infrastructures of many exurban areas cannot support bus or light rail systems at all. In order to effectively reduce American CO2 emissions each year, individual drivers must seek solutions to excessive personal vehicle gasoline consumption, including car, truck, and SUV gasoline use.

In March 2004, the United States Environmental Protection Agency (EPA) announced the manufacture of the first “advanced hydraulic hybrid” SUV. NextEnergy, a Michigan nonprofit organization states that hydraulic hybrid cars, trucks, and SUVs use a regenerative braking system. This means that when the hybrid driver brakes his or her car, truck, or SUV to a stop, the vehicle motor pumps fluid from a low-pressure chamber to a high-pressure chamber. The fluid that is pumped is hydraulic, and has the ability to pressurize the braking system by compressing nitrogen gas in the high-pressure chamber. As the system is pressurized, energy is stored by a system battery, to be used during vehicle acceleration or in other driving modes.

Hybrid cars, trucks, and SUVs are seen as Earth-friendly inventions. By capturing kinetic energy that would otherwise be lost during the vehicle braking process, and using this energy to charge the vehicle battery, hybrid vehicles reduce the total amount of gasoline the car, truck, or SUV must burn to generate motion. Therefore, this type of technology results in significant fuel savings for the consumer. In many hybrid vehicle models, the gasoline-driven engine completely shuts down during stops, resulting in heightened vehicle fuel economy.

Global warming is much more complex than just carbon dioxide emissions, however. Several chemical compounds created by fuel production and use contribute to the “greenhouse effect,” or the warming of Earth surface temperatures that results from gases trapping heat in the atmosphere. The fact that burning gasoline releases CO2 into the atmosphere is fairly well known. However, several other principle gas compounds contribute to the greenhouse effect, too.

Gasoline combustion, in addition to releasing CO2, releases nitrous oxide, NO2, into the atmosphere. According to the Intergovernmental Panel of Climate Change, NO2 has 296 times the impact of CO2 per unit of mass over longer periods of time. Therefore this compound, though less often discussed than CO2, is another deleterious chemical by-product of fuel consumption. Furthermore, the production of fuel itself contributes harmful compounds to the atmosphere. Methane gas, CH4, is released during fuel production activities. The IPCC estimates that methane has a dire effect on global warming, as well – it warms the Earth 25 times as much as CO2 per unit mass over long periods of time. Automobile manufacturers and drivers alike can readily conclude then that production and consumption of fuel has major, long-term consequences for life on Earth.

During the driving process, a significant opportunity for fuel waste occurs when a car, truck, or SUV is stopped with the motor still running; for example, at a stoplight or an intersection. A hybrid engine reduces incidents of gasoline waste and total chemical atmospheric release because it draws from stored energy to power the motor when the vehicle is idling or traveling at the lowest speeds. The smaller, more fuel-efficient hybrid engines also enable them to reduce greenhouse emissions by using less gasoline overall. Consumer pocketbooks benefit immensely from reduced gasoline consumption, of course. More importantly, experts from institutions like the Environmental Protection Agency and the Intergovernmental Panel of Climate Change estimate that hybrid vehicles will lessen or halt the effects of greenhouse gases on the Earth.

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