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You should be able to find several indispensable facts about Solar Energy in the following paragraphs. If there’s at least one fact you didn’t know before, imagine the difference it might make.

Ever wondered how solar energy is converted into electricity? Well, this will give you an idea how it works.

First, solar panels are installed over a flat surface like the roof of your home. Once activated, it absorbs the sun’s rays since the panels are made of semi-conducting materials such as silicone.

Electrons are then knocked off loose from their atoms so it can produce electricity. This process by which light is converted into electricity is better known as the photovoltaic effect.

From there, you now have direct current electricity and when this enters an inverter, it is converted into 120 volt AC which is the electricity needed to power the home. Of course this is connected to the utility panel in the house so the lights and the appliances will work when these are switched on.

If you are not using that much electricity from the solar energy generated, it is stored in a battery so will be able to supply the house with power during a power outage or at night. Should the battery be full, the excess electricity is then exported to the utility grid if your system happens to be connected to it. When your solar energy runs out, utility supplied electricity kicks in.

If you find yourself confused by what you’ve read to this point, don’t despair. Everything should be crystal clear by the time you finish.

The flow of electricity of solar energy is measured using a utility meter which spins backward and forward. It will go backward when you are producing more energy than you need and forward when you need additional power from the utility company. These two are only offset when you pay for the additional energy from the utility company. Any surplus is sod back to what is known as net metering.

A smaller version of this is used to power a water heater inside the home. Using the same principles, homeowners get to convert sunlight into heat to get warm water.

As you can see, transforming sunlight into solar energy is very easy. But why do countries like Germany and Japan use it more often than the US? The answer is because it is much cheaper for them to use this form of alternative energy compared to oil.

Also, although the US initiated this during the 1973 oil crisis, it is not as popular as it was back then because the government neither increased the budget in research for alternative forms of energy nor gave incentives so people will be encourage into doing that again.

Most state regulations also prohibit individuals from installing their own devices even if this is used to give you warm water. Chances are, you won’t even find anyone to do it so you will probably have to do it yourself. Just remember that if there is a problem with the plumbing, your insurance will not cover it. Should the state allow you to install such a system, you will not be entitled to the rebate.

Using solar cells is just one way to make the most out of solar energy. Your other option is passive solar energy which helps avoid heat loss so those inside will not feel too cold or too hot throughout the day. This is used by a lot of homeowners living in the southwest since they do not need that much insulation compared to homeowners who live in other parts of the US.

Now you can be a confident expert on Solar Energy. OK, maybe not an expert. But you should have something to bring to the table next time you join a discussion on Solar Energy.

About the Author
By Anders Eriksson, feel free to visit my latest acquisition: Adsense Sites and make sure to download the free adsense sites package!

your mind? There may be many sectors that must rely on the sun’s benefits. But the agricultural and horticulture industry will not thrive without it. They have no other options.

If the sun will be gone, these sectors will die.

The sun is need by the agricultural and horticulture departments to be able to grow their produce. The latter is needed by people as well as animals. These sectors’ productivity will depend on the amount of energy that they are getting from the sun. It must be balanced in all ways. It can never too little. And it must also not be so much.

If it is too little, the plans may not be able to grow accordingly. The farmers won’t achieve the required harvests in order to feed the population. And if it is too much, this will damage the crops. This will also cause bad effects on people’s health. But if the latter is the case, people can think of ways in order to achieve the needed produce by manually trying to reduce the amount of heat that can be directed on the plants. But if the situation becomes unbearable, it might lead to drought and deaths.

How can you put a limit on learning more? The next section may contain that one little bit of wisdom that changes everything.

Farmers must know when the sun will be up, when sunny days will be long and factors like that so that they can settle for what kinds of plants they must plant to survive the kind of weather condition. Here are only some of the things that they resort to in order to optimize the full benefits of the energy coming from the sun.

? Timed planting cycles
? Different heights of plants in between rows
? Tailored row orientation
? Mixing different varieties of crops to improve the yields

Do you ever wonder what farmers did in times like the Little Ice Age? It is said that English and French farmers resorted to fruit walls. These fruit walls help in maximizing the collection of the energy from the sun. These serve as the thermal masses. These walls help in keeping the plants warm to speed up the process of growing and ripening of produce.

The sun’s energy is also being utilized in these sectors in vital activities such as drying the crops, pumping of water, drying animals’ manure, brooding of chicks and a lot more.

It is hard to imagine the agriculture and horticulture sectors to survive without the solar energy. If there are anybody who knows the importance of the sun, these people are the first in line.

There’s a lot to understand about Solar Energy. We were able to provide you with some of the facts above, but there is still plenty more to write about in subsequent articles.

About the Author
By Anders Eriksson, feel free to visit my latest acquisition: Adsense Sites and make sure to download the free adsense sites package!

The following article presents the very latest information on Solar Energy. If you have a particular interest in Solar Energy, then this informative article is required reading.

Harnessing the sun’s energy efficiently is not an easy feat. The sunlight is so widespread that finding the most effective way of capturing it requires advanced knowledge and technology. There are several technologies for utilizing solar energy and all are unique and are dedicated for specific applications.

First up are the photovoltaic cells or commonly known as solar cells. These are probably the best known way of harnessing the energy’s sun. Whenever one talk about solar power, the first things that come to mind include having panels and panels of photovoltaic cells or PV. These cells contain semi-conductors, commonly are made from silicon, which absorbs the light from the sun. When sunlight hit the surface of the silicon, new free electrons are created. As the electrons are channeled out of the silicon, electric current is created.

The second solar power technology is the concentrating solar power systems. This one involves using mirrors to reflect sunlight to one area. Some systems incorporate high tech devices to track the movement of the sun and adjust the mirrors to maximize the amount of sunlight the system receives. The sunlight reflected from the mirrors is used to heat or power a conventional power plant. Other systems channel the light from the mirrors to an area filled with photovoltaic cells.

There are several kinds of concentrated solar power systems, the most popular ones are the solar trough, parabolic dish and solar power tower. The solar trough uses large, U-shaped (parabolic) reflectors to point the sunlight to a tower at the center of the mirrors. At the center tower, hot oil is heated by the sun’s energy and help boil water to create steam which is then used to power convention plants.

The more authentic information about Solar Energy you know, the more likely people are to consider you a Solar Energy expert. Read on for even more Solar Energy facts that you can share.

The power tower system uses the same concept as solar troughs.

Mirrors are used to reflect sunlight to a center tower where a liquid is heated and utilized for the creation of steam which will power a power. The parabolic dish system uses mirrored dishes to focus and concentrate sunlight onto a receiver. The size of the dish varies but it is commonly 10 times bigger than an ordinary cable satellite dish.

Another solar power technology used today is the solar water heating systems. This is a simple one. The process involves collecting the energy directly from the sun to heat water or liquids which in turn heats up the water. This is more common in households are ideal for family use.

In order to capture the sunlight, solar panels have to be installed in your home or in the place where you will be needing hot water like a swimming pool area. You will need a big space for this but in the long ru, you will be able to save lots of money from your electric bill.

For commercial establishments, an ideal solar power technology is the transpired solar collector or otherwise known as the solar wall. It involves using perforated solar collectors where outside air passes before it enters the building.

These are but a few of the technologies around which can be used for utilizing the power of the sun. The technologies for harnessing solar energy continue to evolve as new technologies and discoveries are being accomplished. Everything might change in a few years time. Plus, the whole solar power technologies will become more price competitive which will benefit the general consumers.

Those who only know one or two facts about Solar Energy can be confused by misleading information. The best way to help those who are misled is to gently correct them with the truths you’re learning here.

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By Anders Eriksson, who just launched this great product..
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Solar energy has been around for quite some time. In fact, now is the best time to get it if you want to cut your electric bill and do your share to protect the environment.

For that to happen, you will need to buy a PV system. This is designed to reduce or eliminate the amount of electricity you purchase from the utility especially when there could be a price increase in the next few months.

The best part about the PV system is that it generates clean electricity which is clean, reliable and renewable since it does not emit any harmful gases into the atmosphere.

The PV system must be placed in an area that is free from any obstruction otherwise, it will not be able to capture the sun’s rays. A lot of experts say that the south facing ro

of is best while the east and west is sufficient. If the roof is not available, it can be mounted on the ground.

You should know that PV systems come in various sizes so you should get the one that matches our electrical needs. If you consume about 6,500 kilowatts a year, then a PV system within the 3 to 4 kilowatt range is right for your home. You can measure this by reviewing your past electric bills and making some projections.

Naturally, the size of the PV system will determine the amount of space needed. If you do not use that much electricity, 50 square feet may be sufficient. However, a larger system may require a little over 600 square feet. Just remember that a kilowatt of electricity requires an area of 100 square feet.

Sometimes the most important aspects of a subject are not immediately obvious. Keep reading to get the complete picture.

Solar energy is converted with the help of an inverter since this is what changes direct current to alternating current. You will also need batteries so excess energy may be stored so you can still use solar energy during the evening or during a power outage.

The size of the PV system is also in direct proportion with the cost. Most cost from $9 to $10 per watt and when you include installation, the bill may reach be from $10,000 to $20,000.

The cost of the PV system should not discourage you from investing in solar energy. People who use it are able to get tax rebates and it will also increase the value of your home. With that, the only thing to do now is to call a reputable solar energy provider.

One other thing you should know about the PV system is that this should also be connected to your grid. For this to work, you have to enter into an interconnection agreement with your utility.

This agreement will address the issue with regards to the terms and conditions under which your system is tied up with them. This also includes what is known as net metering which allows you to bank any surplus electricity that your system generates on the electric grid in the same manner that you will be charged accordingly should you consume more electricity than what you have banked.

You need a PV system to generate solar energy. You just need to know what size of a system you require so this can be installed by your solar provider.

That’s the latest from the Solar Energy authorities. Once you’re familiar with these ideas, you’ll be ready to move to the next level.

About the Author
By Anders Eriksson, who just launched this great product..
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When most people think of Solar Energy, what comes to mind is usually basic information that’s not particularly interesting or beneficial. But there’s a lot more to Solar Energy than just the basics.

Solar energy will benefit a lot of people and not only the rich. This is why some governments have increased funding for this type of technology because they are aware of its many benefits.

For one, solar energy is very cheap compared to other technologies. It is also renewable unlike coal or the rest which are non-renewable and hard to maintain.

It also improves the health of people since it does not produce any carbon dioxide emissions unlike kerosene lamps that give out fumes which are just as deadly as smoking 2 packs of cigarettes a day. It also reduces the incidents of fire that are often associated with the use of kerosene, candles, diesel fuel and gasoline for generators.

Solar energy is almost maintenance free because the solar cells used will last for 20 years or more before it has to be replaced. You just have to keep the panels clean so it is able to absorb sunlight and convert that into electricity.

These are also very useful in remote locations where power lines are not yet available. Some examples of these include fish houses, highway signs, marine applications, remote lighting and telecommunication.

If countries focus on solar energy and other renewable techniques, they will be able to conserve their foreign exchange because they no longer have to use it to pay for foreign oil. This money can then be used for other things such as health care, infrastructure projects and education.

If you base what you do on inaccurate information, you might be unpleasantly surprised by the consequences.

Make sure you get the whole Solar Energy story from informed sources.

Solar energy will also reduce your electricity bills because you are no longer dependent on electricity coming from the power company. The only downside to solar energy is the initial cost in setting it up.

Yes you will have to buy a lot of solar panels which are quite expensive but in the long run, you will be able to save more because you don’t have to pay for anything else to keep them running. Should the cost of solar cells be beyond your budget, you can probably invest in used systems first then try to acquire the brand new ones later on.

Another benefit of using solar energy is that you get to conserve fossil fuels and other natural resources that are quickly diminishing as a direct result of an increase in the world’s population which could compromise the needs of the future generations.

So should people get into solar energy? The answer is yes because it is safe, cheap and good for the environment. You only have to worry when the sun isn’t shining because when this happens, rays from the sun won’t be able to produce electricity so you have to rely on other means to get power. The same also goes when there is a blackout or brownout because you will soon lose power from your solar system.

The demand for solar energy is increasing and you should join in. Aside from reducing your electric bill, homeowners who use solar energy may claim up to $2,000 in federal investment tax credit in the first year while businesses may claim a 30% federal investment tax credit.

Believe it or not, solar energy has one other benefit and that it increases the value of your home. According to home appraisers, a dollar decrease in your energy bill results in a $20 increase in its property value so do the math and you can easily figure out how much your home will be worth after you decide to invest in solar energy.

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By Anders Eriksson, who just launched this great product..
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Recollecting the history of solar energy brings us back to the 1970s energy crisis and oil embargo which caused long lines in gasoline stations, high gasoline prices, and even caused panic among consumers and investors alike in the United States. Knowledge about oil being a non-renewable resource has been around since the 1800s. But it was only during and after the 70s energy crisis that people really began to realize the consequences of depending too much on an already depleting energy resource.

However, utilizing the sun’s energy is not really a recent development. It has been used by ancient civilizations for warmth, for food and crop preparations and various agricultural purposes. What’s new are the technologies involved in harnessing this energy and utilizing it for man’s daily use.

The technology began in the 1830′s when Edmund Becquerel made public his studies on how solar light can be harnessed into usable energy. However, nobody followed up on this idea nor explore any practical use. The next breakthrough on solar power came after thirty years Becquerel published his works.

In 1860s, the French Monarch commissioned Augusted Mouchout to find other sources of energy. And Mouchout looked up in the sky for inspiration. His series of solar powered contractions were quite impressive back then. His inventions included a motor that run on solar energy, a steam engine that uses the sun’s light, and an ice maker that fully rely on solar power.

Knowledge can give you a real advantage. To make sure you’re fully informed about Solar Energy, penicillin keep reading.

After Mouchout, there were several other notable achievements in the line of solar power. Among these is the works of William Adams in the 1870s which utilized mirrors to channel the power of the sun to make a steam engine run. Adams’ power tower design concept is still in use today. Another notable work is by Charles Fritz in the early 1880s. His studies were attuned on turning sunlight into electricity, which he later accomplished.

But one of the most significant development in modern solar energy occurred in the 1950s. Early in the decade, R.S. Ohl discovered that sunlight produces large numbers of free electrons when it strikes silicon. Then in the mid-1950s Gerald Pearson, Calvin Fuller, and Daryl Chaplin was able to capture those free electrons and convert them in electricity. Today, silicon cells are used to make solar cells and solar panels for harnessing the sun’s energy.

Immediately these solar cells were made into good use and the first among to use them was the field of space aeronautics. These silicon based solar cells were used to power satellites that orbit the earth. The satellite Vanguard I was the first one launched out to space which rely on solar cells for power.

More satellites followed.

Nowadays, more and more research and studies are being conducted on how best to utilize the sun’s energy. Especially today where it is said that about 30-50 years from the now, the world oil reserves will be totally depleted. Thus, the search for alternative sources of energy continuous. The sun is expected to die out in a couple of thousand of years, it’s to long to worry about and man can have all the sun’s energy until that day.

The challenge today is creating solar energy power in more efficient and cost effective e way. Admittedly, the costs of those photo cells are not that cheap to be accessible by most of the ordinary consumers. The movement today in the science and technology committee is to be able to provide cheap alternative source of energy.

Of course, it’s impossible to put everything about Solar Energy into just one article. But you can’t deny that you’ve just added to your understanding about Solar Energy, and that’s time well spent.

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By Anders Eriksson, who just launched this great product..
- Do you want to make Your PDF files viral? Use This Secret Viral PDF Rebrander: Viral PDF

Solar energy is a form of renewable energy as it utilizes the radiant energy coming from the sun. This is done by converting sunlight into electricity using solar cells.

Solar cells or photovoltaics were invented in the 1880′s by Charles Fritts. Although it did not convert a lot of sunlight into electricity at the time, this started a revolution that continued on to the 20th century. The greatest example is perhaps the Vanguard 1 which was a satellite fitted with solar cells that enabled it to transmit back to earth after its chemical battery was exhausted.

It success prompted NASA and its Russian counterpart to the same with other satellites including Telstar which continues to serve as the backbone of the telecommunications structure today.

The most significant event that stimulated the demand for solar energy was the 1973 oil crisis. Early on, power companies would charge the consumer a hundred dollars per watt. In the 1980′s, it became only $7 per watt. Unfortunately, the lack of government funding did not sustain its growth so the growth of solar energy was only 15% annually from 1984 to 1996.

There have been a decline in the demand for solar energy in the US but this increased in Japan and Germany. From 31.2 megawatts of power in 1994, this increased to 318 megawatts in 1999 and world wide production growth increased by 30% towards the end of the 20th century.

Next to these two countries, Spain is the third largest user of solar energy followed by France, Italy and South Korea.

Knowledge can give you a real advantage. To make sure you’re fully informed about Solar Energy, keep reading.

There are three basic approaches to get the most out of solar energy. It is namely passive, active and solar photovoltaic systems.

1. In passive, it has to do a lot with the building design. This will enable the building to avoid heat loss so people inside will feel a great degree of comfort with the help of controlled ventilation and day lighting. Homes that apply this will greatly reduce their heating requirements by as much as 80% with minimal cost.

2. Active solar heating is used to convert sunlight into heat which provides space or water heating.

Used extensively in Europe, getting the right size will cover 50% to 60% of your hot water heating requirements.

3. Lastly is photovoltaic which converts solar radiation into electricity. This is done by installing solar cells in the ground and the greater the intensity of the light, the greater the flow of electricity. These are available in different sizes and some are installed in consumer devices like calculators and watches.

Some vehicles are now powered using solar energy. Cars although not yet produced commercially compete in the World Solar Challenge which invites competitors from around the world to compete in this annual event in Australia. There are also unmanned aerial vehicles and balloons. To date, solar energy has only been successful in passenger boats.

Many of us take the sun for granted and if we are really serious about preserving the environment and reducing our demand for oil, solar energy is just one of the options we have on the table. We have to lobby and convince our government leaders to do more because it is the cheapest means of providing our home with electricity compared to rechargeable batteries, kerosene or candles.

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By Anders Eriksson, who just launched this great product..
- Do you want to make Your PDF files viral? Use This Secret Viral PDF Rebrander: Viral PDF

The best course of action to take sometimes isn’t clear until you’ve listed and considered your alternatives. The following paragraphs should help clue you in to what the experts think is significant.

The sun is a great source of energy. It would be great to use solar energy in your homes especially nowadays when the prices of oil and gas continue to increase. Because of the high fuel and gas prices, more and more people are experimenting on the use of solar energy in their households in their attempts to minimize the costs of basic utilities.

The sun’s energy can be harnessed in different ways depending on how you would utilize the end product. There are so called solar collectors which are placed on the roof tops or used in buildings. The main purpose of these solar collectors is to provide heating and even ventilation for the houses and buildings. These collectors harness the sun’s energy by magnifying the sunlight several times and transferring that heat to air or water. That heated air or water is stored and will provide the building or home heating and hot water whenever needed.

The only problem here is that not all places have equal amounts of sunlight. As you go farther from the equator, the strength of the sun is reduced. But still, this is a much better solution than relying on electric grids which do not reach remote areas. It is just a mater of storing the heat generated from the solar collector properly. For example, some buildings in Sweden utilized an underground storage facility where solar energy is stored resulting to savings from heating the building and their water.

In areas where gas and fuel are out of reach of the pockets of poor communities, residents have to rely on solar cooking for their meals. They use this bowl shaped discs equipped with mirrors or reflectors which directs all the sunlight on the middle where a pot is placed. The same technology is being used in India, Sri Lanka, and Nepal. This serves are a good alternative from conventional fuels like coal, firewood, and gas. They can use these solar stoves during a sunny day and use traditional fuels when the weather is not that good.

Hopefully the information presented so far has been applicable. You might also want to consider the following:

This reliance by communities on solar cooking should encourage more studies on how to make photovoltaic cells cheaper for an ordinary household. At this time, the use of solar cells is not economically friendly for a single household. However, the approach here is to install a series of solar panels which would be shared by the whole community. This could be a good idea depending on your usage, but for basic lighting purposes these could work in small poor communities.

In some areas, community cooperatives have found ways to bring electricity to households out of reach of power grids. In the Philippines for example, a local cooperative provided households loans to enable them to install a basic solar power module which can produce enough electricity for three light bulbs. This ay be laughable in our standards but to these people who have been living all their lives with the flickering light of the candles, three electric light bulbs make a great deal of a difference.

The story is the same in other countries. In Israel, the high costs of photovoltaic cells have clamped down the growth of solar energy in the country. It if fortunate, therefore, that the Israeli government is now providing incentives for households that would use solar energy.

However, according to industry analysts, the costs of solar cells production will go down as the demand increase. Also, most are hopeful that recent discoveries and advancement in technologies will find a way to bring down costs of using solar energy.

Ordinary households using solar energy is an ideal scenario that we should all strive to achieve.

About the Author
By Anders Eriksson, who just launched this great product..
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Between you and me, we know that solar energy is a good renewable energy resource and that we should start to utilize it more especially when the Earth’s fossil fuel reserves are slowly dwindling and will run out in 30 to 50 years. We better look at the various alternative energies and begin a fast tracking of development to hasten our independence on non-renewable fossil fuels. And solar energy is as good as any other alternative energy resource out there. However, several arguments against solar energy have been raised through the years. But probably the most convincing argument is the high costs of solar energy utilization.

The problem with solar energy is that you can only harness it during the daytime. And even when the sun is up, the sunlight will be interrupted by occasional cloud covers, rains, fog, and even smog.

So in order to harness the sun’s energy we need equipment that can get as much solar power as possible at a given time and we need some way of storing that energy so we can use them without ay interruptions.

We do have the technology to harness the sun’s energy, convert it into usable electricity, and store them for future use. And that technology itself is the primary reason why solar power has not caught on even today. The process of making solar panels as well as the technology for storing that harnessed power remains to be quite expensive.

The good thing about this fact today is that due to the recent increase in the costs of fuel and gas, solar power is no longer a far fetched alternative. The gap between the costs has gone down considerably and hopefully in the near future, the costs of solar energy production will be quite competitive.

Most of this information comes straight from the Solar Energy pros. Careful reading to the end virtually guarantees that you’ll know what they know.

Furthermore, the costs of photovoltaic cells are indeed quite expensive that contemporary oil and gas equipment. But one of the flaws of the argument of costs is that people tend to limit their perspective of solar energy as to only referring to photovoltaic cells. There are other means of harnessing solar energy and not all of them are as expensive as PV cell manufacturing.

One way of getting the sun’s energy and converting it into usable electricity is the concept of solar thermal plants. In solar thermal technology, various solar collectors are utilized to generate heat which can be applied from the simplest heating and ventilation of houses to the production of massive amounts of electricity. The use of mirrors or lenses to reflect sunlight to towers equipped with liquids that heat up and produce steam. The steam then turns turbines which in turn generates the electricity needed.

The process adds another step compared to photovoltaics which converts solar energy directly into electricity. Nevertheless, solar thermal systems of power production is cheaper that the production of PV cells. For a larger consumer market, it seems that solar thermal energy is the way to go.

Regardless, the point here really is to emphasize that solar energy has more to offer. The cost of production is a valid argument against solar energy but still there are ways around it. Costs can be minimized by using other techniques of harnessing solar energy or future developments in the field of science and technology will produce products that are more cost efficient that what are available today.

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By Anders Eriksson, who just launched this great product..
- Do you want to make Your PDF files viral? Use This Secret Viral PDF Rebrander: Viral PDF

The US is not a leading user of solar energy for a very obvious reason: they can still afford to buy fossil fuels from the international market. In other countries the oil prices are ten times higher in the US and sometimes going for the alternative is a lot better in the long run.

Today, more and more countries are looking at solar energy as a primary source of power. There are several countries which can be considered as at the helm of solar energy technology.

The number one use of solar energy is Germany. It captures almost 50% of the world market of photovoltaic cells. Nowhere else in the world can you find the most number of households with solar panels installed on their roof tops. Germany has this Renewable Energies Laws (EEG) which passed in 2000. The law certainly helped Germans feel the need to go renewable.

According to statistics, Germans invested nearly US$5 billion in solar photovoltaic systems and have contributed considerable in the growth of the solar energy market. Although most of the things that we see are solar panels, it doesn’t mean that Germany’s solar industry is not limited to the production of photovoltaic cells for electricity. Other notable usage in Germany includes solar panels for home water heating system. Some news indicate that the German solar hot water market earns fU.S.$1.5 billion per year.

The ?solar park? in Arnstein, Bavaria, Germany is one of the biggest photovoltaic plants in the world. It became operational in 2006 and with more than 1,400 PV solar panels, it can produce 12 megawatts of energy.

The next biggest country in terms of usage of solar energy is Spain. The solar energy usage in the country, more specifically the photovoltaic cells usage, has a world market share of 27%. Spain has no sign of slowing down its aggressive and pro-active approach in solar energy. Solar fields are being constructed one of the latest ones is the 60 MW solar field in Olmedilla de Alarcón, near Cuenca.

Is everything making sense so far? If not, I’m sure that with just a little more reading, all the facts will fall into place.

There are other big solar plants in Spain and these include the solar park 12 miles outside of Salamanca, Salamanca, Spain which have 70,000 PV panels divided into three 36-hectare arrays. The arrays produce an output is 13.8 megawatts and has been powering roughly 5,000 homes since it opened in 2007.

And the rest of the world follow Germany and Spain. Japan and the US still have a market share in the photovoltaic world market. The two countries both have an 8% market share, a far cry from Germany and Spain. Nevertheless, it is quite important that countries continue to improve their status in the world solar market.

Other notable country that uses solar power includes Alegeria, Australia, Italy, and Portugal. Aside from the rich European countries, people in Israel and India are realizing the importance of having alternative sources of energy.

These are the countries on the helm of solar energy technology. But, other countries are slowly catching up. The government of Israel, for example, required all residential buildings to install solar water heating systems in the early 90s. Today, business establishments like hotels and office buildings are trying to use solar power as an alternative from using fossil fuels whose prices continue to soar in the world market.

India is facing a similar energy crisis and they are also looking at solar energy to get them through it.

That’s the latest from the Solar Energy authorities. Once you’re familiar with these ideas, you’ll be ready to move to the next level.

About the Author
By Anders Eriksson, who just launched this great product..
- Do you want to make Your PDF files viral? Use This Secret Viral PDF Rebrander: Viral PDF