Water As a Substitute For Gas - Solving the World Crisis by Running Car on Water

Nowadays, oil companies seem to make it a habit of increasing the price of oil every week. How can Motorists keep up with these soaring prices of oil? Having a limited income makes it very difficult for us to keep up.

In light of these new developments in the world market, people are finding ways to make their travel less costly. Some motorists tend to drive slowly because it saves them a liter or two of their gas consumption. Unfortunately, even though motorists find ways on how to save fuel costs it is still not enough because the price of oil still increases rapidly.

In response to the increasing oil prices and other world crisis, motorists are exploring the best alternative for Gas. One of solution they have is running a car on water. Before the idea of a car that runs on water was not salable to most motorists but in light of the recent developments, there is a good chance that motorist will entertain any idea that would lessen their travel cost.

In light of the recent crisis the world is experiencing, travelers would take advantage of anything that is available. Running car on water certainly is one way of making travel less expensive. The reason is that most of their income was used just to pay for their consumption of gas. People have other expenses that they have to think about, like food, rentals and many more. Giving them the best possible alternative would really lessen the burden and using water as a means of travel will definitely give them a bit of a breather in the rising cost of living.

Do you want the best convert your car to water kit? Well I did the research for you, I bought the 6 most popular kits and tried out each one. I put the top 2 on my website with a Review:

http://car2water.info/ - Don't get ripped off, I have seen many kits on the internet for over 1000 dollars. Think About all the money you will be saving each week if you buy one of these kits. I save 175 dollars a week on gasoline.

If you would like to check out the best and most affordable kits Visit: Car 2 Water

Article Source: http://EzineArticles.com/?expert=John_Coco

Algae Biodiesel - Fuel of the Future

It's no secret that many consumers will soon be faced with cutting spending on many things, including necessities, to offset the rising gas prices. Many families already have found themselves forgoing other expenses just so wage earners can continue to commute to work. This alarming trend means that the nation desperately needs alternative fuel sources in order to offset our dependence on oil and counteract rising gas prices.

Many people believe that biodiesel produced from food crops such as corn and soybeans provide the best answer to our fuel needs, but food crop biodiesel is not without its own set of problems. Biodiesel produced from food crops displaces the crops that would otherwise be grown for consumption. While replacing oil as a fuel source is a good thing, taking away from food production is not and will mean increased food prices. Making biodiesel from corn and soybeans is also not as efficient as making it from algae. It takes much more corn and soybeans to produce biodiesel than it takes to produce it from algae. An acre of algae will produce approximately 10,000 gallons or more of biodiesel per year while an acre of soybeans will only produce about 50 gallons and an acre of corn only about 20 gallons. This large difference in efficiency is one of the major reasons why algae biodiesel is quickly becoming the top runner for the fuel of the future.

As economically friendly as crop based fuels seem, it will take an enormous amount of space to create new farms to produce enough crops to make biodiesel that will fulfil the country's fuel needs without displacing too much of the nation's food. In contrast, it will only take 15000 square miles of algae farms to produce enough biodiesel to power all the cars and trucks in the country.

It is also possible to create algae biodiesel at home. The process is not one that can be undertaken without knowledge and skill, but the majority of consumers can create their own algae biodiesel in their homes to meet their own energy needs. This aspect of algae biodiesel will reduce the individual consumer's dependence on oil even more. Making your own biodiesel is possible with the right knowledge and equipment and algae biodiesel produced on a widespread scale may eventually almost eliminate our need for fossil fuels.

To find out more about making algae biodiesel visit: http://www.global-greenhouse-warming.com/making-algae-biodiesel.html

Article Source: http://EzineArticles.com/?expert=Stephen_Ewings

Alternative Energy And Solar Energy - Thin-Film Solar Panels

As technology constantly advances there are many new green technologies released each day that can help us improve our energy efficiency. One such technology is the "Thin-Film Solar Panel." How are thin-film solar panels being used by consumers today? How do they compare against traditional photovoltaic (PV) panels?

How Solar Cells Work

Since every solar panel is built using lots of individual cells its important to understand how these cells work. According to GE, "Solar cells convert one form of energy (sunlight) into another form of energy (electricity). When the sunlight is reduced or stopped, for example, when a cloud passes in front of the sun or when the sun goes down in the evening, the conversion process slows down or stops completely. When the sunlight returns, the conversion process resumes. Solar cells do not store electricity. At night, a solar electric system needs some form of energy storage, usually batteries, to draw upon instead of the solar cells."

What is a Thin-Film Solar Panel?

A thin-film panel is named more for it's manufacturing process than it's actual size. Considered by many as part of the second generation of photovoltaic cells, thin-film solar panels use a manufacturing process which involves applying multiple thin layers of a sunlight reactive substance onto a base material.

What are the Benefits of Thin-Film Solar Panels?

Unlike their "thick-film" cousins, thin-film panels use much less raw material in manufacturing. Additionally thin-film cells can be manufactured in a large-area process. This process can be both continuous and automated. Another unique characteristic of thin-film panels is their ability to be deposited on flexible substrate materials. This means thin-film solar panels can be integrated into roofing tiles and other architectural products. Thin-film panels are also much lighter than traditional photovoltaics.

Creating Thin-Film Solar Panels

Like many new technologies not everything is positive. While thin-film solar panels can provide a "green" way to make electricity it's important we realize their underlying environmental cost as well. Thin-film panels, like other solar panels, are very energy intensive to produce. They also require precious limited resources such as silicon, copper and cadmium.

Thin-Film vs. Traditional Solar Panels

While the efficiency of solar cells can vary widely from 6%, for amorphous silicon-based solar cells, to 42.8%, for non-commercial, multiple-junction research lab cells. The most common commercially available type of solar cell is the "Multicrystalline Si" which offers between 14-19% efficiency. While thin-film solar panels are catching up in efficiency, currently, they offer between 7-9% efficiency.

With Lower Efficiency Rates Why Should I Consider Thin-Film Panels?

Thin-film solar panels are lighter than traditional crystalline photovoltaic materials. Thanks to their lighter weight you can install them in a multitude of places you'd never be able to install traditional solar panels. Consider a roof installation, thin-film solar panels are simpler to install because you can avoid large, ugly and expensive roof mounted racks. Why would you want to install a rack when you can simply bond thin-film PV laminates to your roof? According to a recent Mother Earth News article it takes only "five to 10 minutes to apply each PV sheet to a roof panel."

Thin-Film Solar Panel Pricing

If you are willing to trade the efficiency loss for more flexible installation options you will most likely be surprised to learn that thin-film panels are priced competitively when compared to similarly sized traditional solar panels. Depending upon where you purchase your panels you should find them priced between $4 to $5 per watt. Remember to include the installation cost into your total purchase price because thin-film solar panels require significantly less labor to install.

Solar Incentives and Rebates

Incentive and rebate programs vary greatly based on where you live but due to the volume available I encourage you to search for incentives and rebates online. The Database of State Incentives for Renewable & Efficiency (DSIRE), run by the North Carolina Solar Center, is a great place to start. You can find the DSIRE here:

http://www.dsireusa.org/index.cfm?&CurrentPageID=3&EE=1&RE=1

While thin-film panels aren't for everyone they can offer some people a flexible way to add solar power to their home or business. In today's market, thin-film panels are already competitive and as technology improves you can expect their efficiency to increase. Solar panels can gradually reduce our dependence on fossil fuel based power. Residential electricity generated by fossil fuels is the 3rd largest contributor of CO2 emissions in the United States.

Do your part to fight global warming - by going solar.

Sam Greyhawk is an energy efficiency evangelist working with Cool-N-Save(tm), an Energy Star Partner, based in Huntington Beach, California.

Cool-N-Save(tm) is a brand new air conditioner add-on that can be installed in just 10 minutes with no tools required. In the hottest months, your air conditioner can be responsible for up to 90% of your monthly electrical bill. Cool-N-Save(tm) has been scientifically proven by Tulane University to improve air conditioner efficiency by up to 30% - which translates into real monthly savings for you. Saving energy helps fight global warming and Cool-N-Save(tm) is a cost-effective way to reduce your energy usage.

Article Source: http://EzineArticles.com/?expert=Sam_Greyhawk