Showing posts with label GREEN CARS. Show all posts
Showing posts with label GREEN CARS. Show all posts

Tuesday, June 23, 2009

ehow.com - How Does the Government Support ‘Green’ Cars?

The Federal Government supports green cars by supplying grants and cost sharing programs, and state and local governments offer incentives and tax decreases for those that use green technology. Learn more about government support programs for green cars, such as free parking and lower fuel cost, in this free video from an automotive industry writer and editor.

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ehow.com - TURBO VS. SUPERCHARGER - IT WOULD BE WONDERFUL TO SEE SUV'S GOING WITH TURBO AND SUPERCHARGERS NOT REALLY FOR THE ENVIRONMENT

Supercharges use an air compressor to improve engine combustion, whereas a turbocharge engine recycles the engines exhaust. Learn how turbochargers and supercharges increase horsepower and also provide greater fuel efficiency in this free video from an automotive industry writer and editor.


Turbo Vs. Supercharger -- powered by eHow.com

Video Transcript

"Hi, I'm Ron Coogan with Greencar.com. Today we're going to talk about how Superchargers and Turbochargers. You know these two devices have been used for years in racing and by Hot Rodders. They give you a lot more power in an engine without having to use a larger engine or other exotic technologies. The interesting thing about these technologies are you get additional power almost for free. Once you've paid for the component, and that's not a small cost. But let's take Superchargers for instance. A Supercharger is essentially a compressor, it's an air compressor. And it's driven by a belt that's turned by the engine. It compresses air that goes into the engine, gives you a much more powerful explosion in the combustion chambers. More powerful explosions mean greater power, that means better speed. The interesting thing about this is that it isn't that exotic. This technology has been with us for a very long time. Because Superchargers use a belt drive from an engine, they use some of the engine's power, which means a little bit of fuel efficiency decrease. That's a trade off for the power. A Turbocharger is really interesting because it recycles exhaust power. You get exhaust coming out the tail pipe, that exhaust is used to spin a turban. That turban creates the air pressure that's fed into the combustion chambers for greater power, greater efficiency and much better performance. Internal combustion engines take in an air fuel charge that combusts in the combustion chambers. The air that's taken in is an ambient air pressure. If you increase the air pressure within a cylinder, that's going to give you a greater and more powerful explosion, which then creates more power, drives your engine faster, drives your car faster. The beauty of Turbocharging and Supercharging is that it can be done very efficiently with known and proven technology and give you not only more horsepower but greater fuel efficiency under the right applications."

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Monday, June 22, 2009

ehow.com - Fuel From Biomass

Ethanol, which is a biomass fuel, is usually made from corn, which is controversial to some groups; however, ethanol can be made from biomass leftover waste products. Find out how public opinion is changing towards biomass fuel in this free video from an automotive industry writer and editor.


Fuel From Biomass -- powered by eHow.com

Video Transcript

"Hi, I'm Ron Coogan with greencar.com. Today we're going to talk about making clean fuels from biomass. You know, there's a lot of discussion today about ethanol as an alternative fuel. Most people will look at ethanol and say "It's made from corn. Corn is a food crop. It's displacing a food from the table of Americans and others, and it creates issues with availability and high cost." And in a way, that's true, because any time you're diverting a food crop for other uses, you're creating more demand, and that higher demand can drive prices up. What people largely don't understand is that ethanol will not always be created from corn and food crops. It's going to be created in other ways, from cellulosic ethanol sources. Biomass is one resource. Biomass may be the waste products from corn, corn husks, corn stover. It may be fast growing woody grasses that can provide much more material for making ethanol than corn can in the same acreage. Creating truly sustainable, renewable, biofuels starts with using resources that are not dependent on food crops. That's happening today. Breakthroughs are being made everyday. There's a huge amount of money at stake in this, there's a huge market-share involved in this. It's being followed by government, and funded by government, private industry, automakers like General Motors, many others who want to see this come to fruition. Using biomass sources like waste products from food crops like corn is important. And it's happening right now. The economics will improve as we move forward, until we get to that point where all ethanol, all biofuels are made from fully renewable resources that don't impact food or the price of food."

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ehow.com - WHAT IF BIG CAR COMPANIES LIKE BMW AND PORCHE STARTS PRODUCING CLEAN DIESEL?

Clean diesel vehicles receive 30 percent better fuel efficiency and reduce greenhouse gas emissions. Learn about the increasing popularity and technological advances of clean diesel vehicles in this free video from an automotive industry writer and editor.


Clean Diesel -- powered by eHow.com



Video Transcript
"Hi, I'm Ron Coogan, with greencar.com. Today, we're going to talk about clean diesel cars. Now, some people think that's an oxymoron. How could diesel be clean? But things have changed. The image in most people's minds of course would be buses or trucks, big plumes of soot that are emitting from the, from the exhaust, and that's true. That's how it's been for years. But diesel vehicles have come a long way. The new generation of passenger cars uses the most advanced technology and approaches levels that are were unimaginable in emissions just a few years ago. Diesel vehicles are on their way to becoming near zero emission, just like internal combustion gasoline cars are on the way to becoming near zero emission. It's amazing, but it's true. The advantage of a diesel vehicle is obvious. It gets thirty percent better fuel efficiency. That means thirty percent less fuel you're going to have to pay for to put in your tank. The other advantage is that fuel efficiency corresponds pretty directly with greenhouse gas emissions, so if you're decreasing thirty percent of your fuel use you're also decreasing a like amount in greenhouse gas emissions. That's critically important today with vehicles. Clean diesel vehicles are being explored by everyone. Of course, traditional diesel makers, the ones who have been here a long time with diesel in the market, like Volkswagen and Mercedes Benz have clean diesel vehicles, but other untraditional automakers who have never offered diesel in the U.S. market are coming. Advances in diesel technology have come a long way in recent years. Volkswagen in particular has come out with all new injection systems for their diesel models. They were off the market for a couple of years, and returned in force with diesel vehicles that meet all fifty state emissions regulations. That's pretty amazing when you when you examine it, because California and the states that have adopted California emissions have very stringent emissions regulations. To do that with diesel is a real accomplishment. Other strategies are at play because diesel can have higher oxides of nitrogen emissions than gasoline vehicles in many cases. It's harder to make larger engines meet the the requirements than smaller engines, so BlueTec technology has been developed by a consortium of Mercedes Benz, Volkswagen, and Audi to develop a mixture called AdBlue that's added into the the engine, into the combustion through computer control on the car, and it cuts those nitrous oxide emissions and allows that also to meet fifty state emissions regulations. Diesel vehicles are coming in very large numbers. They'll be a competitor to hybrid, and they will be at less cost than hybrid. It'll be interesting to see where the market goes. In the meantime, we really do expect diesel vehicles to come to the highway with a vengeance in very large numbers."

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ehow.com - How Do Fuel Cells Work?


How Do Fuel Cells Work? -- powered by eHow.com

Hydrogen fuel cells work by introducing hydrogen and oxygen into the cell, which creates electricity to power the vehicle, and some of their benefits include water droplet emissions and a constantly charged battery. Learn more about the emissions and efficiency of hydrogen fuel cells with this free video from an automotive industry writer and editor.

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By Ron Cogan, eHow Editor Ron Cogan is the lead editor of GreenCar.com and the Green Car Journal. Ron has over 30 years of experience as a writer in the automotive industry, including 6 years as the feature.
How Do Fuel Cells Work?
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Part of the video series: Green Car
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History of the Hybrid Car History of the Hybrid Car
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Pros and Cons of Hybrid Cars Pros and Cons of Hybrid Cars
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How to Get Better Mileage How to Get Better Mileage
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How Hydrogen Cars Work How Hydrogen Cars Work
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Racing Goes ‘Green’ Racing Goes ‘Green’
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Where Does Hydrogen Come From? Where Does Hydrogen Come From?
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How Do Hybrid Cars Work? How Do Hybrid Cars Work?
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How Does the Government Support ‘Green’ Cars? How Does the Government Support ‘Green’ Cars?
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Clean Diesel Clean Diesel
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Turbo Vs. Supercharger Turbo Vs. Supercharger
Summary: Hydrogen fuel cells work by introducing hydrogen and oxygen into the cell, which creates electricity to power the vehicle, and some of their benefits include water droplet emissions and a constantly charged battery. Learn more about the emissions and efficiency of hydrogen fuel cells with this free video from an automotive industry writer and editor.
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ev_21d8dd27-fd96-43b2-ad78-39fbfc98f72b
By Ron Cogan, eHow Editor
Ron Cogan is the lead editor of GreenCar.com and the Green Car Journal. Ron has over 30 years of experience as a writer in the automotive industry, including 6 years as the feature...read more

Video Transcript
"Hi, I'm Ron Coogan with greencar.com. Today we're going to talk about how fuel cells work. Most people don't understand a fuel cell is a lot like a battery. It creates electricity. That electricity is used to power drive wheels. Different from a battery, however, is that a fuel cell doesn't need to be recharged. It receives a continual flow of fuel. So it always produces electricity as long as that flow continues. That's an important distinction. Batteries are heavy, they're bulky, they take up a lot of room. In an electric car, your range is dictated by how much battery power's on board. In a fuel cell vehicle, the hydrogen fuel cell stays the same size. Range is only dictated by how much fuel you can carry on board. And that's a big deal because in the end, fuel cell vehicles will have the same driving range as conventional vehicles. A lot is being done in the storage of hydrogen fuel to accommodate that. Hydrogen fuel cell takes in oxygen and it takes in hydrogen. It's introduced into the fuel cell. Inside are two electrodes and an electrolyte. The hydrogen goes through one path, the oxygen goes through another path, they combine at the end to create water, H2O. You have little water droplets, that's your exhaust emissions, which is wonderful. During the process, they create electricity. That's the magic. That electricity is made in abundance to power drive motors on board. It gives you efficient transportation, zero emission transportation, and it frees you from dependence on imported oil."

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EHOW.COM - How Do Hybrid Cars Work?

A hybrid car combines an internal combustion engine with an electric battery, and the vehicles work by starting the car with the battery then switching the power source to the internal combustion engine. Hear about the efficiency of hybrid cars with this free video from automotive industry writer and editor.



How Do Hybrid Cars Work?

By Ron Cogan, eHow Editor

Ron Cogan is the lead editor of GreenCar.com and the Green Car Journal. Ron has over 30 years of experience as a writer in the automotive industry, including 6 years as the feature

Video Transcript

"Hi, I'm Ron Coogan with greencar.com. Today we're going to talk about how hybrid cars work, like this Nissan Altima hybrid I'm standing in front of. You know, regular cars use an internal combustion engine. It...it usually runs on gasoline, some run on diesel. Those are the two choices. Today we have hybrid electric cars. Those combine standard internal combustion drive along with an electric motor powered by batteries. Hybrid cars are very efficient by nature. Most of them are designed so that when you're first starting out, you're driving on electric power. As the car picks up speed, the internal combustion engine takes over seamlessly, you can even feel it. And you drive along that way. If you need more power as you're passing, or climbing a hill, the electric motor joins in, gives you even more power to do those very efficiently. The advantage of a hybrid car is the very fact that it has those two power sources. Electric motors are, inherently, very efficient. The problem is, you can't drive on electric power for great distances or at great speeds, 'cause it takes a lot of battery power. Batteries are expensive, they're heavy, and you have to put a lot of 'em in a car to be able to work on electricity only. That's being worked on with electric cars, and we'll see that coming in the years ahead. Today, hybrids have an advantage because they have those two power sources. They'll use the appropriate power source when it's needed under specific conditions. And in the end, you get extremely high fuel efficiency, up to forty-five, fifty miles per gallon in some instances. And extremely low emissions, which is important for the air quality in our cities today."

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