Congress has made a offer to car manufacturers which has the auto makers scrambling. They are working to create a short term plan for the release more fuel efficient vehicles into the market in order to help reform the energy situation in the US. This will give automakers aid in the amount of $25 billion. The current plan looks to be ending current car design lines and designing newer, more energy efficient automobiles. The current golden child of the plan is the hybrid diesel electric auto, a star of energy efficiency from Europe. This technology looks to out perform current gasoline hybrid vehicles in terms of energy efficiency.
This technology has been utilized by the train industry since the 1920s. This tested technology has improved the efficiency of transit systems and automakers hope to be able to adapt it to automobiles. The current leader in adaptation is Volkswagen, utilizing the diesel electric technology in their VW Golf. The Golf is capable of up to 70 miles per gallon, but will not touch US soil. Doing so would be too expensive for the automaker, but where they fail many local manufactures stand to make it quite big.
The improving quality of cars and comfort they provide has lead to another issue stifling the switch over to hybrid vehicles. More and more drivers are keeping their vehicles for longer and longer. Drivers are also buying more used cars, again thanks to the quality in which they have been made. The market seems ready for diesel electrics to enter the market. The need for fuel efficiency is growing and growing, and diesel electrics such as the VW Golf will be a phenomenal asset to the energy situation in the US.
It is thanks to the actions by Congress that automakers can make a truly good step forward for energy efficiency. Auto makers can create the means to sell vehicles that owners will want due to their energy efficiency and lasting capabilities. This will provide a means to pull the manufacturers out of the money hole that is gas and move to save with diesel electric vehicles.
Hybrid vehicles work by utilizing the combustion engine to generate electricity as opposed to generating motion. The electricity is used to power an electric motor to generate motion of the vehicle. This process is much more efficient in terms of converting fuel to motion. This increases gas mileage which will confer costs to the driver. Combine this with diesel fuel. Diesel, although more expensive, is more energetic per gallon, and with a highly efficient conversion process, 70 mile per gallon efficiencies are not unheard of.
The best chance for energy efficient vehicles in the US is the diesel electric. Congress’s offer of aid will stimulate local automakers to adopt technologies that have been proven in many markets. All in all, the new generation of automobiles will hit the market and the environment and consumer wallets will be much the better.
Originally posted 2009-01-17 05:09:16. Republished by Blog Post Promoter
Environmental Benefits of Hybrid Electric Vehicles There are a number of environmental benefits associated with hybrid electric vehicles. Understanding what they are is one of the keys to getting the most out of your knowledge of these vehicles. Gasoline, when it is burned, is capable of producing large amounts of carbon dioxide, which is the major......
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What You Need to Know About Electric Hybrids and Electric Cars The electric car market is expected to boom over the next few years as more and more companies start to enter the electric car market. Chevrolet will be releasing the Chevy Volt in late 2010, and will be followed by offerings from Nissan and Toyota, among other companies. It can......
When it comes to diesel electric hybrid automobiles, the US has to wait until 2010 before we see the first commercial iteration, the VW Golf. For those who cannot wait, and have access to a garage full of power tools, there is an option. That option is the XR3 Hybrid. The kit car is a two passenger diesel electric hybrid. The car can achieve a maximum speed of 80 miles per hour, weighs in at about three quarters of a ton, and can get anywhere from 125 mpg to 225 mpg.
The design is based upon a three wheel platform, which combined with a specially designed hybrid drive system, results in the phenomenal fuel economy so far described. When just using the diesel component, the vehicle achieves 125 miles per gallon. Running hybrid enables the car to be used at the jaw dropping 225 mpg.
The plans that are available for the vehicle can be used to build the XR3 Hybrid, or the system can be integrated into an existing vehicle to improve fuel economy. The overall features that bestow upon the XR3 Hybrid its fuel economy are understood so that they can be implemented into other vehicles to boost their economy. For the enthusiast or experimenter, this is a vehicle that can improve fuel efficiency and provide enjoyable learning.
Fuel economy is achieved through maintaining two limits. The machine must be made as light as possible. Heavier cars need more energy to move, and as a result burn through more gasoline. The overall internal design and features of the system must remove enough mass so as to light, but not so much as to hinder structural stability. After this balance is achieved, the second limit to push is the efficiency of moving the remaining mass of the vehicle. That is where hybrid energy gets utilized.
The hybrid drive is a plug in based system. If you plug in the car, you can get around on the battery alone, for about 40 miles. Combined with the diesel engine, the vehicle becomes able to achieve up to 200 miles per gallon efficiency. Other hybrids are mild hybrids, in that they maintain charge. The electric system helps with acceleration, while the fuel system is what charges the electric system. The plug in hybrid gets its charge from the grid, and uses the electric system for all operations.
Mild hybrids like the Prius also require computer control and intervention to make sure the electric and fuels based systems are in sync. The XR3 is based upon the idea that the two are separate from each other. The front is controlled by the diesel engine while the rear is electric. Choices that are made for the various drive components will ultimately affect the efficiency of the vehicle. To build the vehicle completely to spec would cost upwards of $25,000 dollars. The diesel side of the vehicle would only cost less than $10,000. The separation of the two systems allows the builder to start with diesel, and then later upgrade to hybrid. If you are willing to put in the work and time, the XR3 is the vehicle to get.
Originally posted 2009-01-23 05:57:18. Republished by Blog Post Promoter
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Hybrids are made to operate in all of the same conditions and temperatures that standard automobiles are, while being powered by multiple fuel technology. The use of a rechargeable energy cell system supplements the gasoline engine for propulsion. The basic principals are not hard to understand: hybrid automobiles use the electric engines to get up to a basic speed, usually around 35 miles per hour, at which point they turn on the gasoline engine. This saves energy because the electric motors are more efficient at getting the car up to speed, whereas gasoline engines are not really efficient until they are at cruising speeds. Hybrids further save energy by making the electric motors act as generators when you apply the brakes, charging the batteries back up a little at a time. This is what they are talking about when they speak of regenerative braking.
Hybrid electric cars are capable of operating differently dependent on whatever current driving mode you are in. Many people purchase hydrogen cars because they are hoping that they will be able to spend less money on gas, thereby saving money in the long run. The solution, according to the beliefs of many people, is to fit hydrogen and electric vehicles with an external sound system. Gas electric vehicles are no longer considered to be quite as antique, and they are quickly becoming a part of the mainstream vehicle market. This is becoming evident as a result of the introduction of new hydrogen automobiles, which are being launched with great speed into the current automotive market.
The real factor between these two types of vehicle is price. Right now, hydrogen automobiles are not doing very good in terms of price. You could save money by buying a vehicle with higher fuel efficiency, but it would take approximately six years for you to see the cost savings. So while hydrogen cars may be a thing of the future, right now it is not always financially feasible for people to purchase them for the sake of higher fuel economy.
Last year alone, more than 88,000 hybrid vehicles were sold in the United States alone. Automakers like Ford are working to train thousands of mechanics so that higher fuel economy vehicles can be serviced properly and completely. There are a number of incentives that come with buying hybrid electric vehicles including tax rebates on the purchase price of the vehicle. These new vehicles happen to be affordable, innovative and efficient in numerous ways. Once you understand how hybrid electric vehicles work, you can determine whether or not this is the right type of vehicle for your driving needs.
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One of the fads that seem to be sweeping the nation right now is to drive a diesel hybrid vehicle. But many people are beginning to ask what the real benefits are of driving a diesel vehicle at all. The following is a list of benefits that are associated with diesel engines, making the idea of driving a diesel vehicle one that is well worth considering in the right circumstances.
With a diesel vehicle, you can see an increased fuel economy.
Vehicles that have a diesel engine can operate with a much greater fuel efficiency in relation to vehicles that are fueled by gasoline. This is because diesel engines have higher compression rates capable of producing a greater level of power while consuming less fuel volume. Modern advances relating to high pressure injection systems have allowed the diesel engine fuel economy to increase even more simply by ensuring that the fuel is burnt off efficiently without any waste.
With a diesel vehicle, you can see cleaner gas emissions.
Diesel engines tend to be extremely effective when it comes to reducing how much greenhouse gas is released during the combustion process because diesel engines tend to burn fuel in what is an excess of available air. Advances in these technologies have further helped to reduce how much fuel is required to achieve efficient ignition, and this prevents soot from being released when the diesel engine is in use, which reduces or eliminates the pollution of our environment.
With a diesel vehicle, you can experience cheaper road taxes.
Diesel engines tend to be cleaner burning today more than ever before, and this produces a much smaller level of carbon dioxide in the air. Road taxes are based on the vehicle’s carbon dioxide emissions and not its engine capacity, meaning that by driving a diesel vehicle you will be paying less since your vehicle is cleaner burning than the rest.
With a diesel vehicle, you can see easier maintenance.
Diesel engines tend to function in a unique way in comparison to gasoline engines, and so they do not require complicated systems for electronic fuel injection. By discarding such a system, there is no potential for an ignition failure, and this means that your engine will be more reliable and reduce potential repair costs in turn. You may require more servicing at regular intervals, the servicing itself is significantly less complicated, meaning that a diesel vehicle will be easier for you to maintain in general.
With a diesel vehicle, you can experience increased towing power.
Diesel vehicles tend to have more torque than vehicles that are comparatively sized but drive using gasoline or petrol. Horsepower isn’t the only thing that matters when it comes to your vehicle’s capabilities, after all.
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Environmental Benefits of Hybrid Electric Vehicles There are a number of environmental benefits associated with hybrid electric vehicles. Understanding what they are is one of the keys to getting the most out of your knowledge of these vehicles. Gasoline, when it is burned, is capable of producing large amounts of carbon dioxide, which is the major......
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