Solar energy has its uses many of them but running the world isnt one of them. Solar energy has always and will always provide some fraction of the worlds energy budget. The question is how much? By and large, that fraction has been on a steady decline not just for decades, but for centuries. The Solar Fraud presents the physics behind the hype, explaining why the problem is not technology, but rather the dilute nature of sunlight.
Price: $23.95
Solar energy is awesome! It is a form of a group of energy types called Renewable Energy, since it is the energy that simply renews itself all the time. Know Renewable and Energy. I worked as a civilian contractor at the US Department of Energy Headquarters in Washington, DC for five years. I know my apples.
You put up a solar panel, and when the sun shines you get more energy. You build a windmill, and when the wind blows you get more energy. You push air into a geo-thermal unit in the ground where it is 65 degrees, and it will give you the 65 degree air coming out, or run water through a pipe buried at 65 degrees ground temperature, and you can run your heat pump with 65 degree water year round. renewable These are, since you don't have to destroy something to make more electricity.
They just keep going and going and going. renewable Non-energy runs out of supply and ceases. Think of a coal plant making electricity. They have to burn the coal to create the electricity. When the coal is all gone, you have no more energy. The sun keeps shining, with the exception of Alaska in the winter, letting you continue to create free electricity.
I can tell you though, none of the free electricity comes cheap. A Solar Array on your rooftop can be installed in $ 20,000 or more. Parts and labor to put in the geo-thermal, can easily run $ 40,000. With a really big house, you can expect double that amount. A windmill requires a large area where the noise of the continual windmill running won't affect your neighbors. You would probably want to use this on a farm.
Let's talk about getting real. Let's talk about low-cost solar. There are several online ads for To It Yourself solar. One company out there advertises that you can build the following.
about $ 200 for a usable solar panel and storage battery setup, and
about $ 200 for a usable system for windmill
He sends you the instructions for less than $ 50.
Now comes the fun part. Do You want to know about these ads To It Yourself. If you go online looking for "To It Yourself solar panel 's", there are over 331,000 responses. Go ahead, Google it. That is the people that claim to 331,000 have built a solar panel for less than $ 200, integrated it into a system and reduced their energy costs between 75% percent. (I'll give you a hint-no way! It's all the sales pitch. There aren ' t that many free forklift batteries in the world.) Or stay right here and get the information you need.
You see, there are is only three companies out there getting 90% of those hits. You're going to get a FAQ page and a signup form. They don't have time to talk to you directly. Fill it out, send them their fifty bucks, and get your instruction book.
The rest of that online traffic is going to honest, tree hugging solar enthusiasts. They have forums that have laymen and engineers participating. They have parts, true life examples, and advice.
For instance, in the US, the panels must be certified before they can go into your electrical system. Electric Codes! Insurance Company Underwriters will deny your home-owners insurance if you don't meet Code on self-installs. You can find out how to get that done. However, if you want to know the good, the bad, and ugly, read on.
The Good:
about Solar electricity is great for the environment. I'm into that. I want to save trees, and breathe clean air and drink non-polluted water. My favorite charity is Raptor Rehabilitation of Kentucky (RROKI). You can see that from my vantage point, great for the environment is my favorite.
o Saves you money. We're both into that, too. If you build an entire array of solar panel s, you can produce a lot of electricity. If you make the electricity yourself, then you don't have to give the power company as much money each month. For instance, my personal electric bills have doubled twice in the last seven years. If a solar array cuts my usage by 75%, my power bills would be back to what they were seven years ago. I would be at 75% of the power I am using, and paying the power company for 25% of it at full price.
o You can make money doing this.
Two ways:
* 1) Build enough solar panel s on your roof to sell BACK to the power company
* 2) After you have created your own, you could make a cottage industry out of making the panels for your neighbors at a small profit. It's really easy and you already have the instructions.
The Bad:
* You have to have a place with sunshine. And the solar panel covered with snow is not going to work either. * You need power inverters, batteries, cables and wires and hardware to connect it into your electric panel * A single panel will not very well run and refrigerator, washer, and dryer at the same time. You will need an array of panels for all that.
The Ugly:
* This is electricity. Most States have strict laws called Electrical Codes. You must have a licensed electrician for the hook up into your house wiring. If you do not have a licensed electrician for the hook up into your house wiring, you are in a very sensitive area. Legally. I said ugly. Long story short, use a licensed electrician to the hook up. Build it yourself, but have a pro link it into your system.
* Bottom Line??? Yes, you can build a solar panel and create your own electricity. However, one panel isn't going to be enough. They solar panel produces about 1 KwH of electricity per week. That would be what it takes to run your computer for about 40 hours. When you look at the average cost of a solar setup for your house being $ outturn 2004, they aren '' t talking about a single $ 200 panel. They mean an array. Building your own panels will save you a lot, but you will still need to be on the grid until you connect a lot of panels.
However, the answer remains, Yes, You can build your own solar panel and it will work.
This article was written rfitz42@fitzprefers.com order. I worked in the Renewable Energy Sector at DOE in the Office of State and Community Programs in an outfit named Building Technology Section. I now run an informational and informative website called, oddly enough http://solar.fitzprefers.com., There are several other articles on DIY Solar, and a bunch of other things as well. Or, just http://www.fitzprefers.com it is. It's all there. Thank you. A link to my website would also be greatly appreciated.
Light Up the dark Night with This new Flashlight From GSI. Super Brightness, Sleek Design and Durable waterproof material - all combine to make this your new Rechargeable flashlight of choice. Easy, User Friendly and Affordable, it is a great alternative to other pricier Models out there!Price: $49.99
"Renewable energy focused on the Web site serves as a vital communication tool Trojan and provide information to the energy storage solutions, guidance, according to the choice of the appropriate battery for its customers in the News related to Trojan battery level again, sharing and use of renewable energy applications in the most recent," said Bryan Godber, Trojan battery Director of renewable energy sources. "We want to provide visitors with a comprehensive source of information, which improves their investigation on renewable energy and help to implement a successful alternative energy solution by selecting the appropriate energy-storage system."
Trojan battery renewable energy Web site provides detailed technical information about the Trojan is very reliable, deep cycle, gel and AGM, actually flooded with products designed for a wide range of renewable energy sources and the backup destination applications. These batteries are designed to provide superior performance, rugged durability and long life on clean energy systems.
Also, users will learn the various Trojan batteries may be off the grid in the vary, rural electrification and backup power grid-tie, applications and smart grid applications. Trojan offers products for renewable energy sources and the backup destination to satisfy the needs of the broadest Portfolio of applications. "Our new Web site launch solidifies the Trojan is committed to renewable energy market by strengthening the company's support to the energy storage solutions in this specific market segment in different parts of the world," Godber said. "The loan is in the process our team of more than 200 years of deep cycle battery development expertise and works together to innovate and bring on the market of advanced battery technology, designed specifically for the renewable energy sources and backup power stereozoom that surpass the expectations of the outstanding battery performance."In addition, the Trojan renewable energy Web site contains information about the company's comprehensive renewable energy technical support. Its unique information shall apply to the Trojan in battery technology for the benefit of renewable energy applications, offering customers a special technical support team consists of experienced system engineers battery and renewable energy sources. This year, the group draws the hands-on laboratory and practical experience to help customers understand the battery technologies and specifications and offers a wide range of training adapted to specific applications and services with a focus on the market.About Trojan battery company
Trojan battery company, is the world's leading manufacturer of deep cycle batteries, offering a complete Portfolio of technologically Advanced meeting and a flooded, gel batteries that most long-term performance, today's agenda to meet the requirements of the renewable energy systems. Trojan battery company, was founded in 1925, is a U.s.-based operations in California and Georgia certified according to ISO 9001.
For more information about the http://www.trojanbatteryRE.com/ following the
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About:, a leading manufacturer of deep cycle batteries, Trojan battery company offers quality, deep cycle, gel and AGM, actually flooded with products of the various renewable energy sources in the energ ... more» 
Ensupra grid tie power inverter can obtain the solar energy from solar panel, and can tie to the grid through its output cable with no extra equipment. Price: $299.00
When we think going green and using forms of energy, we can enter from and is harmless to our world, we think solar energy and wind power. green energy does not cost a thing to the collection and is not harmful to our planet, because it is a natural element.
Other than the initial costs of obtaining and configuring devices, are very low maintenance costs and after setting up the device by solar radiation and wind a lot, you can even store saved power for later use without additional costs in the case where, as you can do this with conventional energy suppliers.
The first step is to look in your pocket to see how much money you spend. I bet, does not wants to be so very Ghost, as we have a bit of world financial crisis on our hands. So what are you doing? Yet you do not have the money to hire company to match the chosen system, but you have the money to build your own.
Before you set on your task to build your own system solar, take a step back and look at home. This is efficient, you can reduce Your energy bill a little before the start of the project? The answers to these questions as a Yes, and Your on your way to better, cheaper running a home.
The next step would be to decide what you want to start with a of solar energy. If you want to power an entire home, consider making a system that has both the Sun and wind power only in order to guarantee the power even on cloudy. On the basis of the everyday life of the family, this is the average amount of energy we use in our homes;
58% of the energy goes to Your heating
24% of the energy goes into your water heating
13% of the energy goes to the light and the other plug of the electric equipment
5% of the energy goes to our cooking
These percentages are indicative amounts, but they give, you can see what is used on average.
The basic solar panel, you can build with approximately $ 200. Not bad for a small pocket of how you can receive Your cells, which form the solar panel, with very slight blemishes slightly damaged. Continue to work correctly, just not so pretty to look at. They would be decorated, which have been damaged, some as so instead of throwing them, they get sold. As I said before, they work fine, but if the manufacturer sells s solar panel, cells must be ideal to charge the amount of money, which is loaded into them.
The best thing is, in my opinion is to review the information in put solar panel and the windmill together. It is not rocket science, but we could get a good guide, explaining how to build your device quickly and easily. Not techy guide is the ideal solution, because we are not conducive to all diy!
Now that your ready to make your first solar panel do you need a first course in the Guide, which is as easy as 1 ... 2 ... 3 ... and the images and video to spell out how to do things.
Knowing how build your own Sloneczna is a great asset for anyone who wants to save money and save the planet, all at the same time.
The first two stops on the Tour are the biogas and waste energy and visits to facilities in Pompano Beach, Waste Management and Wheelabrator services at home. Next tour stop is set to visit commercial solar array roofing concepts unlimited, Billings, MT, which visits Graboski roofing contractor, VB Engineering and new Engineering building is installed in commercial solar FAU SECTION of the A51 array installed in residential solar array on the roof of the Boca Raton comply with LEED Platinum certification for aim. Palm Beach and Broward Tour Stop is scheduled to finish the evening at the Town Hall, the Palm Beach State College, the Boca Raton campus, which is set to begin at 5: 00 pm. Town Hall with local elected officials, the dialogues and economic development officials in Broward and Palm Beach. Scheduled speakers are Shelly Vana-Palm Beach County Commissioner, Gary Hines – Government Affairs expert FARE and Richard Pinsky Palm Beach County Business Development Board, David Cottington-VP of Business Development, Broward Alliance, Dr. Howard Hanson – Vice President and General Manager of Ocean energy technology scientific, Executive Director of the Center-Mike Antheil-site at VP Senior.
2011 Florida renewable energy Tour visiting Florida, throughout the month of February to 10 cities to visit, as the case may be, immediately preceding the beginning of the legislative session in March. The tour will focus on renewable energy policy and the discussion includes local jobs, manufacturing and export and local economic resurgence. The tour is free of charge and open to the public and the management of waste, Solar world, Beacon lighting, and more than 100 companies and organizations in support of Florida. Tour is visiting dozens of renewable energy projects through the participation of the State of equipment and contractors, roofers, electricians are assigned, solar installers, architects, engineers, financiers, municipalities & local government, the academic community and the local economic development groups, and chambers of Commerce. For more information about the tour and register online, visit the following www.farenergy.org read more
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About: Florida Alliance for renewable energy sources "fare" is a coalition of interested persons, firms, manufacturers, communities, agricultural stakeholders. more» Price: $169.95
TeslaCoverUp.com higher daily sales and conversions from any other Diy energy products. Strongest upsell and ultra low refunds. It is also available with rebills. For the maintenance of the affiliate an e-mail tesla@ultimateresultsnow.com
21410R01 Use in a pond or create your own water feature. The pump is using and has maximum water flow capacity of 40 gallons per hour (varies with strength of sunlight). Includes Eva foam float allowing use at any depth. There are no operating costs, simply install and enjoy. Features: -Fountain kit. -Solar Aquatics collection. -Mini water pump powered by solar energy. -Operates in direct sunlight. -Powered by a separate solar panel (supplied). -Low voltage water pump with filter. -3 different fountain heads. -10 ft : 118.11'' cable to solar panel. -Maximum fountain height up to 14 . -Water flow capacity: 150l/h. -Assembly required. -No distressed finish. -Dimensions: 13.4'' H x 4.9'' W x 4.9'' D.Price: $70.00
Solar Wooden Wind TurbinePrice:
Practical Photovoltaics, the now-classic reference on solar electricity, offers a unique combination of technical discussion and practical advice. Physicist, lecturer, and solar-home dweller Richard Komp explains the "how" and the "how-to" of PV, while providing valuable information on the industry, new developments, and the future. The book is a comprehensive guide to the theory and reality of solar electricity, as well as a detailed installation and maintenance manual. A well-illustrated appendix offers step-by-step instructions for constructing your own solar module, a creative approach to demystifying the technology. Presented in a clear, concise, and understandable style, Dr. Komp's contribution to PV literature has been called the "best single reference available," "the easiest and most complete education on photovoltaics," "one of the best basic books on PV," and "the best of the books."Price: $18.95
Orlando Tour Stop represents a wide range of hosts, and partners, and also to Florida redevelopment aid Association (FRA), the Florida renewable energy Association (FREA), Florida's first manufacturer of solar energy, the National Association of students of the BlueChip I.D.E.A. S, and a close working relationship with the statewide Tri-City electrical contractors Electric. Waste management, solar world, Beacon lighting, and more than 100 companies and organizations in support of a global tour of Florida. Tour is visiting dozens of renewable energy projects and installations from the State through the participation of contractors, roofers, electricians are assigned, solar installers, funders, municipalities & local government, the academic community and the local economic development groups, and chambers of Commerce. FRA, whose mission is to revitalize local communities and economies, is a natural Fit for the development of renewable energy sources. FREA, which is a sister organization, the FARE, and coalition partner, is the leading State and public outreach, education and the development of renewable sources of energy. Renewable energy is a proven industry, which transcends the political affiliations and associations and to combine the creation of jobs in all business segments, the energy independence and economic growth through local opportunities. Orlando tour feature special first event in Florida's first solar manufacturing facility, the head of the Directorate-General for energy and then BlueChip southwest towards the UCF in the afternoon, the Town Hall, the Tri-City to visit their solar energy and energy efficiency "proving ground" along the way at the headquarters will be stopped.
Mike, the Director-General of UNESCO, according to the FARE Antheil: "Orlando has had a special place in the history of our country will be displayed in Florida, the rest of the growth can be achieved, regardless of political or economic climate. Comprehensive renewable energy and local employment and economic growth, which it creates, Orlando, Florida, may continue to use the driver for the economy. "
2011, renewable energy sources Tour travels throughout Florida, visiting from February 10 cities, the beginning of the legislative session preceding the March. The tour will focus on renewable energy policy and the discussion includes local jobs, manufacturing and export and local economic resurgence.
2011, renewable energy sources Tour will be held during the last week of February 2011, 3 official in the course of the entire schedule, locations, and posted soon www.farenergy.org speakers, visit the following Web address:
The information on this page is created and posted for the above company. RenewableEnergyWorld.com does not endorse, edit or to substantiate such information and assumes the obligation for the accuracy of this content. About: Florida Alliance for renewable energy sources "fare" is a coalition of interested persons, firms, manufacturers, communities, agricultural stakeholders. more» Super high converting affiliate program by 50% for each sale. Great for any niche. Personal development, the art of war, etc.
As unobtrusive as a small electric clock, the PowerCost Monitor is a powerful real-time direct feedback display device that measures home electricity usage. It tells at a glance, in real-time, how much electricity your home is using in dollars and cents and in kW. Domestic energy usage studies have demonstrated that real-time feedback yields energy savings anywhere between 10 and 20 percent. The savings at the high end of this range are realized when a tabletop energy display device, such as the PowerCost Monitor, is used. The PowerCost Monitor technology consists of two discrete functional units: A detection unit, known as the sensor unit, is affixed to an existing household utility meter with a simple ring clamp. The sensor unit is compatible with standard North American digital and electromechanical meter types. This is the only component of the PowerCost Monitor that will be in direct physical contact with the utility's meter. The clamp mechanism allows it to be attached to the outside of the meter glass It can also be quickly attached and detached without making any changes to the existing meter. The display unit, located inside the home, receives a wireless signal from the transmitter and displays the consumption information in real time and in dollars and cents. Other information is also displayed such as time and outside temperature. Considerations before you order: The PowerCost Monitor uses a wireless signal (433 MHz) to read the information on your utility meter. This means that your utility meter must be located next to your home or within 30 meters (100 ft) of your home. The PowerCost Monitor can be easily used in a single detached dwelling, a duplex dwelling, or a row or town house. The PowerCost Monitor will not work with net metering applications such as wind and solar power, or on a business meter that uses demand pricing.Price:
We promoted top energy products-the result is that the "Nikola Tesla Secret" enhances the highest conversion rates in the far 9.79%! (Proof in the affiliate area) ~ Sceptic? Try it yourself! ~ Affiliate area at: www.NikolaTeslaSecret.com/affiliates.php
The ultimate travellers power pack. Globetrotter comprises the Freeloader Portable Solar Energy System, complete with eleven connectors and connection cables, the Freeloader Supercharger for all weather, super fast charging and a tough carry pouch to protect Freeloader in the most hostile of environments. Freeloader is an advanced portable charging system that can power any hand held device anywhere, anytime. Freeloader takes power from its solar panels, the supplied Supercharger or via its charge cable that plugs into a computers' USB. Once charged, Super Charger will fully power a FreeLoader in as little as 4 hours in sunshine, which means it is possible to charge FreeLoader twice in one day! SuperCharger is a fully weather resistant unit supplied in a tough case. ·120mA premium quality crystalline solar cells ·1000mAh environmentally friendly Li-ion battery - typical battery life is 2 years. ·Freeloader's solar panels can charge its internal battery in as little as 5 hours or 3 hours when using the supplied USB charging cable. Supplied with a computer USB charging cable. Supplied with a power master cable and Eleven adaptors to fit the following: 1) iPod Classic, iPhone, iTouch, Nano, and all iPod products 2) LG Chocolate series phones 3) Motorola V3 series phones 4) All Nokia current and N series phones 5) Samsung A288 and current D800 series phones 6) Sony Ericsson K750 series phones 7) 4mm straight jack for Sony PSP, Tom Tom sat nav, digital camera's, PDA's and two-way radio's 8) Mini USB for Blackberry Smart phones, Nintendo DS, Bluetooth headsets etc 9) USB 2.0 female socket for MP3 players, smart phones, PDA's, GPS plus much more. Size 123x62x17mm Freeloader / 210x159x6mm Supercharger / 144x84x30mm Freeloader Pouch Weight 457gPrice: $99.95
Yes you can, today, if you want to, convert to cheap, solar energy - doing it yourself. And hence, cheaply and affordably!
By that, we mean that it's just about what experts call a "settled issue" about which there's absolutely no more disputing, or even an argument, today in the field of energy generation. Namely, that it is, ACTUALLY, pretty easy and simple to build solar panels and wind turbines and to convert your home to cheap, green, solar-powered electricity - even by complete non "handyman type" homeowners with no prior solar background. Some have called it the New Global Solar Energy Craze!
How easy? How practicable?
One analyst, Don Nsofor, who has himself done it, says "It's so easy that even a cave man (of nowadays) can do it."
"Solar panels are easy to make, so [that's why] lots of new players, especially from Asia, are adding capacity and driving down prices...[as] what matters to the consumer is the cost of electricity." - Forbes Magazine, the publisher of the famous "The World Richest Men," and probably the most respected voice in International business, stated in its Dec. 2009 issue, at p.39.
HERE'S THE CENTRAL RELEVANT POINT(S):
?==For much of the world today, especially Europe, Asia and the developed world, the ordinary people of these societies have been moving in growing numbers yearly to a method of generating electricity and cooking their food and the warming of their buildings, through one significant non-conventional method - use of the SOLAR POWER.
?==In deed, even in the United States which has been a little bit of an exception in lagging behind among developed countries, the people have begun to move in significant numbers in the direction of using solar power, especially since the coming of the current global economic recession and high unemployment. In deed, the United States, as well as many other countries worldwide, are already providing financial incentives to those who go solar, and more and more countries are following.
?==Worldwide, the production of solar units to power peoples' homes has been DOUBLING yearly for the last several years - fueled largely by the promise of projected huge cost savings in consumers' electric bills and the whole idea of being able to reduce their "carbon footprints," as well as reducing their dependency on the commercial energy company, and potentially reducing, or even eliminating, their monthly power utility bills altogether.
?==And experts almost unanimously forecast that such DOUBLING (worldwide) in yearly production of solar units, is most likely to keep doubling in the foreseeable future.
?==YOU (as an individual or a family) can produce solar panels or wind turbines, and renewable, green energy right from your home that will supply all of your power needs and convert your home to solar. However, doing it and converting a home using professionals and commercially manufactured solar components, is generally an expensive proposition. So, you'd need to have some other way that is a more viable "alternative," for doing it in order to be able to accomplish it at costs that you can better afford.
A new, ever-growing, major way that home owners have been able to convert to solar..... CHEAPLY, MORE AFFORDABLY
In this connection, it so happens that there's one major new positive REALITY that has emerged lately to immensely aid this whole development. And that is this: solar energy engineers, green energy entrepreneurs and home owners the world over, have just about discovered such a vital viable "alternative" way. And what is it? Simply using the DO-IT-YOURSELF method!
That is, it has become generally discovered by home owners, that they can, in fact, SUCCESSFULLY do the assembling and installing and conversion work to solar energy, THEMSELVES, without using the solar material that they will have to pay for that comes from the traditional commercial solar energy material manufacturer, and without employing the traditional professional commercial solar energy installer to install the system for them. And, that simply by using this method, they'd bypass incurring the usual high cost of the solar materials manufactured by the commercial dealers, and the professional installers' charges to install the solar panels or wind turbine system for them. Thus, this way, many and growing number of home owners are able to make solar conversion substantially affordable for the average home owners seriously intent on converting to solar energy.
Home owners Picking the Use of good, do-it-yourself guides as their "choice" way in conversion to solar energy...
Summed up simply, in the past few years, what has developed as something of a little "revolution" in the solar energy industry, is that consumers and home owners seriously desiring to convert to solar power, have pleasantly found that to compensate for the high cost of conversion through the "traditional" high-cost method, they can, in fact, use some good, competent, self-help solar energy conversion guides and kits that are out there in the marketplace to teach and guide them through the entire solar conversion process.
Using this method of utilizing good quality, step-by-step solar conversion instructions that are professionally packaged, is estimated by experts to save the average home owner a huge amount over the cost of doing it the 'traditional' energy generation way. Experts and studies estimate that using commercially manufactured solar panels and professional installers to power your home, may cost upwards of $28,000. While using a professionally made wind turbine large enough to power your home, may cost $16,000. But, on the other hand, it is estimated that doing it yourself, that same home conversion will cost you pennies in comparison.
These guides (or kits) are really complete PROGRAMS, in that they (the good ones) go into nearly everything about the subject.
But here's the Problem that developed with that solution, Though.....
But another significant problem has developed for consumers, however, regarding the use of this method. With the appearance of these self-help guides that teach home owners how to build and install these solar systems, the principal headache and worry for many a home owner has become this: which one or ones of the many, many "guides" in the marketplace (which number literally in the several hundreds!), are in fact even any good at all, and can actually 'deliver' in teaching you how to build and convert to solar power?
As you might have probably imagined, since the 'popularity' of self-help solar conversion guides emerged, the Internet marketplace has literally been flooded with countless number of materials - reported to be some 150 to over 200 of them in number - all of which purport to be solar energy "guides" that teach people how to switch a home to solar or wind generated energy. But studies have suggested that it is only a few of these materials that are worth even anything. So, the critical question for home owners on this, has now become this: how do you know, or even determine, which one or ones among all these several hundreds of solar energy "guides" around, are in fact even any good? Which ones of them can actually 'deliver' in teaching you how to build and convert to solar power?
SO, HOW THE HECK CAN THE AVERAGE PERSON TELL THE GOOD
GUIDES FROM THE NO-GOOD OR BAD ONES?
Suffice it to say that our staff at our offices have been literally inundated with calls and e-mails on this particular question, as home owners who have bought such "guides" or were contemplating buying one, have expressed confusion and different uncertainties about them. Many of such home owners have appealed to us to review the myriad of all these "guides" which seem to be everywhere.
Consequently, following the consumer outcry, our staff was commissioned to conduct a full-fledged research study to evaluate the quality of the various guides floating around on the Internet marketplace today. This comprehensive study is simply a purely evidence and research-based, and, above all, independent, objective review and study. Through an objective, data-based, set of criteria and mathematical formula, the study assembled all the major solar energy self-help guides from across America, Europe and the world, and methodologically tests, evaluates, scores, rates and ranks them. The result has been to produce virtually the very best and proven of the best do-it-yourself solar energy guides among them all (the Top Dozen Solar Energy Self-help Guides), and then the sole Top Number #1 solar energy guide in the whole industry.
SUMMARY: Summed up very simply, what the said study and review clearly shows, is that there are quite some good self-help guides and "kits" out there today that can actually and easily teach you how you can, very successfully, build and install these solar systems by yourself - IF only you can identify the RIGHT ONE(S), and use that. And that, for the average home owner, using the better or best guides in the market to create solar energy can actually be a much easier thing to accomplish than is ordinarily thought; that, in fact, it is a task that even average ordinary folks can readily undertake and accomplish quite easily and comfortably, using such material to guide and instruct themselves.
NEED MORE INFORMATION?
For more information on the findings of this Self help Solar Energy Research Study? Or more information on how to go solar or to take advantage of the new and growing solar energy craze using competent self-help solar energy guides or kits, visit this site:
http://www.yourhonestwebreviews.com/Solar-WindPower2.html
Benjamin Anosike, Ph.D., has been dubbed by experts and reviewers of his many books, manuals and body of work, which dwell largely on self-help law issues, as "the man who almost literally wrote the book on the use of self-help law methods" by America's consumers in doing their own routine legal chores - in uncontested divorce, will-making, simple probate, settlement of a dead person's estate, simple no-asset bankruptcy, etc. A pioneer and intellectual and moral leader of the 1970s-based "you do your own law" movement and a lifelong vehement advocate and veteran of historical battles for the right of the American consumers to perform their own tasks in the area of routine legal matters, Anosike was one of the pioneers who fought and survived (along with many others of courage) the lawyers' and organized bar's stiff war of the 1970s and '80s against American consumers and entrepreneurs who merely sought, then, to use, write, distribute or sell law-related self-help books and kits for non-lawyers to do their own law, upon the lawyers' claim then of such being purportedly "unauthorized practice of law" or "practicing law without a license." Anosike holds graduate degrees in labor economics and management and a Ph.D. in jurisprudence. Once characterized by a review of the American Library Association's Booklist Journal as "probably the most prolific author in the field of legal self-help today," Dr Anosike is the author of over 26 books and manuals (and countless number of articles) on various topics of American law, including 4 volumes on personal and business bankruptcy filing, in a lifetime of dedication. For more on the subject matter discussed in this article, or on how to get a low-cost, affordable bankruptcy filing, or the author's other books and manuals, visit this site: http://WWW.Afford-Bankruptcy.Com
Using natural methods of diet & nutrition, acupressure, qi Gong herbs and breathing techniques to increase your levels of energy. Ebook plus 3 great bonuses. High and television.
If you have one for research and a list of pros and cons to anything, before taking the decision will appreciate these of solar energy and against that decision Sloneczna place in the home. The question always comes that out weigh the cons of specialists or vice versa, and if there is a work around any defects.
No one argues that the energy provided by the Sun is abundant and free. Sun renewable, is a sustainable source and its use does not reduce its ability to provide unlimited free power. The power produced by and collected from the Sun may be stored indefinitely.
Sun provides clean energy. Do not contaminate, air, water or anything. Does not produce any by-products and beyond with the use of electricity, you will know was even collected and stored for short observation of the panels and batteries, the evidence. The Sun actually cleaning affects many things and is part of the life sustaining.
S solar panel, which are used to capture energy from the Sun can be installed on most roofs, eliminating the need to use the space on Earth, and the cost of their purchase was going down. They are silent and easy to maintain. Unless you are connected to the mechanical Sun, tracking mechanism, are virtually silent and not only the need to periodically. The photovoltaic cells have a long warranty, often 25 years, and where the demand, technology, making them more efficient with time.
Perhaps the biggest disadvantage of solar energy is cash outlays for the initial installation. Residential solar systems, while reducing the price for years, they are not cheap. They are considered investment.
There are physical defects for of solar well. Some areas may have a problem in heavy smog or pollutants, which can limit the effectiveness of solar panel s., some areas have been less favourable weather, for use solar panel due to their scattered clouds, precipitation, or foggy over a longer period. Of course, there are a few points, such as Alaska, when the Sun is not seen days at a time. All of these things can have a negative impact on the collection of solar energy.
If you get a residential solar system, such as starting small but expandable set up and the other ways of collecting energy when the Sun is difficult, such as the wind, you can find a solution to the problem then you just might be enough to get its own professionals, system solar energy, in the home.
www.urbanhomesteadingtoday.com is a website that focuses on urban homesteading and topics and tips, such as the solar energy and against relating to develop their own homestead.
Advantages of 5-blade wind turbines over 3-blade wind turbines 1) 5-blade wind turbines will greatly improve annual energy production in low wind conditions. For areas with average wind speeds of 11 MPH (5m/s). If you compare annual energy output to conventional 3-blade wind turbine, there is an increase of annual energy output of more than 60%. 2) 5-blade wind turbines will dramatically improve the reliability and safety in high speed wind conditions. The blade rotation speed of a 5-blade turbine is 60% of the rotational speed for a 3-blade wind turbine. 5-blade wind turbines will greatly reduce chance of overspeed control malfunction. This will ensure operational reliability from a long term perspective. 3) The lower blade rotation speed of 5-blade wind turbine will lower wind turbine noise and make 5-blade wind turbines more community friendly than 3-blade wind turbines. Nylon-Fiber Glass High Efficiency blades is aerodynamically designed to regulate themselves, slowing automatically in high winds. 1. Strong Neodymium magnet PMA, the unique winding and multi pole design reduces the start-up torque of the alternator that assures generator to generate electricity at low wind speed. 4.5 mph start up wind speed. 2. Electric over-speed control, no more problematic mechanical furling. 3. Innovative low maintenance two-moving-part system design. 4. Easy to Install, Light Weight and highly reliable. 5. Generator: The generator is built using high-performance rare earth neodymium permanent magnets, so the alternator is compact and light weight with a high power generating efficiency. It is designed for various working conditions such as severe climate, sand and salt corrosive environments and marine usage. Number of Blades: 5 Blades Diameter: 5.9 Feet Rated 1000W @28 mph More Energy Output at low wind than 3-blade models Max Wind/Solar Output: 1200WPrice: $1,299.00
These are the hard days. Cost of living going higher and higher by each day, while earning capacity is more or less static. This is a scenario for most people. If there may be a way to cut expenses, I doubt it is any person who does not like, and will be eager to know what is. And if the same limitation of expenditure as well prove revenue opportunity, well, anyone Guess what happens.
Believe it or not, but this possibility there is, in fact, exist. What renewable or alternative sources of energy. Everyone is annoyed by the increasing of electricity from the power companies each month and is a significant amount of the invoices paid quickly or face the consequence of leaving without a light. Alternative sources of energy has the potential to reduce charges for about 80% or even completely eliminate it. Next one will generate more than enough power to their own needs, the same company, power, that only the sending and collecting bills may be interested in the reverse position and pay for Your excess energy. And to generate energy in their own backyard without any heavy machinery, but with the help of some portable Kit is to stimulate a more considered, is not it? It really is possible and one you can do this in alright. The whole is only the idea of generating electricity with wind energy and solar panel s.
Most people never think while building your own power station in their homes. The primary reason to be afraid of thinking about the cost of the construction cost of such an installation would be high. But actually is not so. There are companies that have developed powered generation Kit, which can be constructed and maintained by each man the laity and that too, in an astonishingly low prices. They provide a complete, step-by-step configuration, fully illustrated manual and easy to follow the instructions in the video, so that any one can follow the instructions in the support of the entire thing without any difficulties.
Solar Panel the power of the manufacturing costs a lot. If one wants to also produce energy from wind energy together with the solar, the total cost will not be more than 500-600 dollars. It may be mentioned here that it is always advisable to install the solar panel and wind power to generate the energy units. The reason is simple; one always to have flexibility, so that it does not work with the power supply. In the case of cloudy weather started for number of days unit generation wind power will come more than handy. Or one may not be Self sufficient in electricity. The excess power generated can also be stored for future use or distribution of the batteries. The manuals of the company, with the exception of step by step demonstration of configure also reveal where to get the batteries, free of charge or at prices very slight. These are high quality deep cycle batteries, which are perfect for storing the energy produced by a system of alternative energy.
The benefits of establishing their own energy generation units are specified below:
) is easy to install and which are mobile in nature, can be taken together with without any difficulties. This aspect is very helpful for those who want to change their place of residence for any reason.
b) on the set up is illustrated in a language easily understood by and supported by a video demonstration, making it more easier for anyone to install.
(c)) is the most affordable cost. Solar Panel and power generation unit wind energy total cost less than $ 600, and thus saving thousands on energy bills and to spend the savings on other important issues.
(d)) with the exception of savings on energy bills for option values may be even the labour surplus, the generated sales.
e) this system of electrical energy is completely eco-friendly and one of our beloved planet also helps the environment along the way.
f) companies have an excellent after sales service to help buyers in the case of any problems encountered by them. Customer inquiries are attended to within 24 hours.
Consider all of the above, i think, if it is the time to start your own energy generation? What could be more user friendly than to hit a few bull's eyes with one set of dart? You have the pleasure to generate their own power and not according to any person or company for that matter, is written to your hard earned money each month, you can even earn are from sell their excess capacity, you can take the entire system, wherever such as power generation and start to look and last but not least, you are also doing Your part to conserve the only planet we have for us, saving its environment, for which the future generation will thank you.
swarnali Choudhury-affiliate marketeer and blogger. Blog has been described in many ways the online revenue opportunities.
If this article interests you, and you want to learn more about renewable energy/alternate Go here
Texas energy independence of the week, the of Texas renewable energy Industries Association (TREIA) for recognizing the batch still reported by Texas a & M University, the largest renewable energy sources in the long tradition. Only one week prior to celebrate Texas Independence Day, Texas energy independence week gives the opportunity to role as Texas ' Texans on energy in the future. TREIA represents more than 600 member companies, organizations, agencies and individuals who offer products, services, and information within the Texas a & M University's growing renewable energy sector. In 1984, TREIA is central to the promotion of trade and competition, the Organization, headquartered in Austin, Texas.
Texas energy independence week events take place at or places near the Texas State Capitol Building. During the week of the exhibits is the screen of the Capitol the North Gallery. Open to the public free of charge two forums will also occur on a Wednesday, February 23 Capitol Auditorium.
Forum (i) 8: 30 – 11: 30 pm
Texas a & m University, speaks on the renewable energy and technology research includes:
John Butler, Professor, University of Texas at Austin, and Wei-Jen Lee, Professor, University of Texas at Arlington is speaking about the Smart Grid, Professor Robert Balog., Texas A & M University speaks on Solar PV.Andrew Swift, Professor, Texas Tech University deals with the storage of the wind. Les Shephard, Professor, University of Texas, San Antonio covers Geothermal Energy., Michael Webber, Professor, University of Texas at Austin, I'm going to talk about public education, the role of research and development and conservation of the world's leading energy, Texas, the role of the integration of technologies.Forum II:, 2: 00 – 5: 00 p.m. Consists of two parts:
Panel 1) renewable energy, and natural gas, Confluence or conflict or something in between? (2-3: 13: 30)
Moderator: Michael j. Osborne, special Asst. Manager for Austin Energy.
Panelists:
Todd Foley, SR. V.P. of policy and international relations, renewable energy, Wash- , D.C. American Council, Vice President, Tommy Foltz, government relations, Peterohawk Energy Corporation Houston, TX, Kevin Gresham, V.P., regulatory affairs and migration, (E). climate & renewables North America, Inc., Austin, TX and John Lichtenberger, Vice President of sales-Midwest utility, SunEdison, Beltsville, MDPanel 2) renewable energy sources in the energy mix of Texas ' strong position in the activity diagram. (3: 45-5: 22: 00)
Moderator: Colin Meehan, Environmental Defense Fund
Panelists:
Cathy Boone, Senior Vice President, energy policy and market development, applied materials, Inc., Charles, President and CEO of Dauber officer, American Electric Technologies, Inc. Colin Murchie, Senior Vice President, Federal Government Affairs, SolarCityTREIA www.treia.org, whose job is in Texas, the promotion of electricity produced from renewable energy resources and the development of their wise use is assembled in the quarter century the oldest to renewable energy sources-a not-for-profit trade organization.
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About: TREIA represents more than 500 member companies, organizations, agencies and individuals who offer products, services, and information on solar electric fields. more» 
This is easy to read guide hany-man or diy type of person who want to know how to build a solar panel. This guide will not only make it easy to build, but will manage to buy parts are the most inexpensive know how.
I spoke with three leaders in venture capital finance to discuss the sector's current status and outlook. Joining me were Jay Spencer, partner and the Americas director of Cleantech for Ernst & Young LLP; Nancy Floyd, managing director, Nth Power and Ira Ehrenpreis, general partner, Technology Partners.
Q. How did the recession affect venture capital investing?
Ira Ehrenrpeis (left): Having invested in this area for as long as we have, I don't look at it myopically as quarter to quarter or even compared to the last year or two, but rather try to put this in the context of how this compares with where we first were when we started investing in this space in the early '90s. And compared to a decade ago this is a renaissance time for cleantech investing. We see corporate interest in this area like never before, we see it from a policy perspective, and I'm broadening it beyond just U.S. policy. Of course, in the U.S. we've seen tremendous support from the ARRA (American Recovery and Reinvestment Act), ARPA-E (Advanced Research Projects Agency-Energy) and a number of other U.S. government initiatives. But that's even been trumped by the international initiatives in the sector and support we've seen.
Nancy Floyd: The venture industry as a whole is going through a contraction. We certainly view that as a good thing because there were just too many firms and too much money chasing too few good deals. In part the recession contributed to that, but there were other factors and the industry will continue to contract. But, on the other hand, cleantech is one of the two or three largest areas of interest for the venture community.
Ehrenpreis: Nancy, to your point, great deals are still getting funded. When you've pruned the tree it gets healthier. We're seeing the best and the brightest come to the cleantech sector in an unprecedented way.
Floyd: There's no lack of capital.
Jay Spencer: To put this in context, just some numbers we've looked at from an analysis perspective: during the third quarter 2010 we're at about $3.8 billion globally invested in cleantech. The good deals are getting done. Just go back to the significance of energy and natural resources and everything we do. It's such a big market opportunity that we're seeing capital continue to go in and we expect additional growth.
Q. Does the Solyndra episode weigh at all in the psyche of investors? Are there any cautions or red flags as a result of its withdrawn initial public offering and decisions related to its manufacturing line?
Ehrenpreis: I'd point to a number of successes during the same period of time. We saw Abound Solar get $400 million from the Department of Energy loan guarantee program; we see that company growing during that same period of time. So the fact that there may be some companies experiencing speed bumps and contraction doesn't take away from all the growth and opportunity we see in other companies. Moreover, the fact that even Solyndra may be going through a speed-bump period doesn't necessarily suggest what the outcome will be. In fact, some of the best venture-backed companies historically have gone through a period of difficulty and contraction. That's the time when the outside world so often looks in and sees that difficulty and presumes an ending. I think it's a bit premature.
Floyd (left): This is the venture business, after all. I don't think there's a single company-and we're even talking about the most successful companies across all venture sectors-that hasn't had to deal with speed bumps.
There are some investors who say in order to have a meaningful impact on the global energy industry you need to invest hundreds of millions of dollars. That's really swinging for the fences. There are other investors-and we're in that category-that see game-changing opportunities that don't require more than $50 million of equity all-in.
Ehrenpreis: People misunderstand when they talk about capital intensity and equate that with venture capital equity dollars. Where there's been a historic lack of funding in the energy and cleantech ecosystem is in true energy innovation. And historically there has been a lack of capital that targets that real early stage; that risk stage of innovation. There has never been a lack of capital for growth and scale-proven technologies. Venture dollars target the early stage when you prove in the lab and in a pilot and, ultimately, in a full-scale facility, which can then access different parts of the capital markets. It's a misunderstanding to presume that one step has been accomplished: it's either all equity or venture capital dollars. It is not.
Floyd: One of the changes over the last maybe five years is that you do have the full financing spectrum come into play here where you can access debt, project finance-although, of course, project finance was hurt in 2008 and 2009-grants, other sources of capital that can complement equity dollars. So I would agree with Ira on that respect.
Ehrenpreis: I would refer to this as a renaissance time. It's true from a human capital perspective, it's true from the kinds of real innovation that we're seeing coming out of these venture-backed startups; this is an incredibly exciting time.
There are areas of concern. And those areas of concern have less to do with a single company or even what the capital markets happen to be doing this day or this week or even this quarter and have to do with-at least from a patriotic perspective-the lack of having a long-term, comprehensive energy policy here in the United States. And the implication of that is perhaps less to us as investors and more to us as citizens of this country.
What's happened now is you see enormous support from other areas of the world for our portfolio companies, most notably China. We've seen since late September almost $50 billion of support that has gone into the solar and the wind industry at a time when this country has been trying to figure out how to get to a smaller government footprint. And therefore it will be challenging in the near-term to figure out how we actually get U.S. support for a lot of these companies.
The implication of that is we are going to be seeing U.S. innovation and deployment internationally. And that should be concerning to us as citizens. But as investors and entrepreneurs it means we've got a global opportunity in front of us and we've got to navigate the global footprint of where we're going to deploy.
Floyd: We're seeing a record number of patents being filed in cleantech; we're seeing more innovation coming out of the labs, out of universities. But because of a lack of predictable, stable policy in this country at the federal level, once these companies gain market traction, they're going elsewhere. So the innovation is happening here and then the manufacturing and the jobs are going elsewhere.
Spencer: One of the things that we see from an investment perspective is the interest of corporate players. So as companies are developing and their technology is getting to scale we're clearly seeing interest from large corporate companies in helping companies prove the scale and getting the product to market. It's a trend we've seen and a trend we expect to continue to see.
Ehrenpreis: This is not a social networking Internet company, which gets fully funded just from venture capitalists. In fact, the way we scale our companies-maybe initially with VC equity dollars to fund the high-risk, innovative technology stage-but then we've seen plenty of examples where corporates and governments come in at that next stage to help with deployment and growth.
There are a number of examples we've seen in 2010 of great corporate partnerships in the cleantech sector. I contrast that with the early days when the corporates were largely doing greenwashing and not paying attention to clean and green.
Q. What role does the Valley of Death play both positively and negatively in moving from development to commercial scale?
Ehrenpreis: That was one of the things I was just trying to address: how do you deal with the Valley of Death, how do you deal with this growth phase when you may need more capital and it's beyond the venture checkbook? You see plenty of examples of corporates and the government-not the U.S. government but plenty of international governments-stepping in to help bridge that valley.
Floyd: I'd also say that not all of these deals are capital intensive. Of course they do take dollars to get to scale and Ira's absolutely right: the corporates are stepping in and helping these companies. Not just providing capital, but their channels to the market. They really can help these companies execute on a global scale.
Q. The Valley of Death serves a useful purpose, doesn't it, in weeding out companies that might not make it to commercial scale?
Spencer (left): It's another step in the process. You bring technology or some kind of innovation to market and there are critical steps: you have to prove the concept, you have to prove you can manufacture it and ultimately you have to prove that you can scale it. So it's a step in an overall process for a company to get to market in a big way.
Floyd: And they could fall out at any step along that process.
Ehrenpreis: It is a misunderstanding that all cleantech companies are capital intensive and experience a Valley of Death. It is absolutely the case that there are some companies that have that profile and plenty of other companies which do not have that capital-intensity profile. Instead, they have a classic venture profile in terms of the amount of capital required.
It's probably important to offer readers an analogy to other areas of venture-type investments historically to illustrate that cleantech isn't alone in great ideas needing capital to scale. If you look at the biotech industry, it's presumed that getting from idea to direct-to-market is $1 billion and historically it's been large investments. What is also true is the necessity of partnerships and the importance of understanding the business model in order to get to success.
Spencer: This jumps a little bit away from the renewable side, but it's also important to talk about vehicle electrification. What you're seeing there is a great example of partnerships that are beginning to develop; partnerships that are really cross-industry. You're seeing automotive suppliers, automotive manufacturers and utility companies talking to one another and figuring out how to make electrification a reality. The belief is it's going to be done in a large way and be accelerated through partnerships and collaborations.
Ehrenpreis: It's a very good example. I'm on the board of Tesla Motors and Tesla is a great example of both points I was trying to make earlier around the necessity for both corporate and government partnership. The company has very strong partnerships with both Daimler and Toyota, both of which have invested capital and developed business development partnerships with the company. In addition, the company has a partnership with the DOE and has accessed $465 million as part of the DOE loan guarantee program.
Q. Let's talk a bit about primary exits for cleantech: how are they different than other sectors and how are they similar?
Floyd: Across all venture sectors, everyone thinks IPO is the correct exit for most ventures-backed companies and that's simply not the case. It's 75 percent M&A, 25 percent IPO. I think we're going to see a very robust M&A market in the next few years in cleantech.
Spencer: I agree with that principle. It's not an either-or; it's a situation where it's going to be a mix. It's historically been a mix and it's going to be a mix.
Ehrenpreis: There were over 100 M&A deals for venture backed companies in Q3. That represented almost $4 billion of M&A value. It's been a time where we've seen robust M&A activity. We also have seen some venture-backed IPOs (in 2010); Tesla leading the charge, pardon the pun. And more important we see a robust IPO pipeline in the cleantech sector. Companies which have either filed their S-1s (a registration statement filed with the Securities and Exchange Commission) or likely will be filing here in 2011.
Q. It's a healthy mix of IPO and M&A?
Ehrenpreis: If you look at the last 30 years of venture statistics you will find it's always been disproportionally M&A and a smaller subset of companies that go public. That is the venture model.
Floyd: An M&A transaction can generate a great return for a venture investor.
Q. How much do venture capital companies go back to companies they've worked with in the past?
Floyd: Believe it or not we are patient capital and we're going to support our companies, assuming they're continuing to make progress. Again, that's the nature of venture capital. We really are patient capital.
Ehrenpreis: The National Venture Capital Association in Q3 saw a silver lining in the story of first-time fundings. The amount of money that went into first-time fundings of technology companies exceeded follow-on, but it was very high in Q3. What that suggests is there is no shortage of new and innovative companies and venture capitalists are continuing to see plenty of new opportunities to invest their money.
Spencer: On the question of IPO or M&A we don't think it's an either/or question. It's going to be: what's the opportunity what companies are in development? The good opportunities are going to get the funding, whether they're initial rounds or they're follow-on rounds.
Q. What do you see as the next "solar?" What's hot?
Floyd: Energy efficiency is certainly getting a lot of attention. It's an area we've been investing in since the mid-90s, though I think the environment for energy efficiency products is stronger, there are more defined channels to the market. There's a lot of attention on energy efficiency and green buildings.
Spencer: In reference to some of our analysis around solar, it's a different type of solar investing these days. Investments are now focusing on optimization, whether it's optimization of materials, storage, integration into manufacturing sites. We're seeing a new generation of types of companies in a particular vertical. We would expect to continue to see that as the space develops.
Floyd: Well that's true, Jay, the industry is now, what, a $40 billion industry; it's not monolithic. You're seeing segmentation by application. You're seeing opportunities to really optimize what's a very large industry that continues to grow at double-digit growth rates.
Ehrenpreis: Until recently, people mistakenly thought of cleantech as the narrow opportunity of solar and then they narrowly thought of it as solar and biofuels. Now we think of cleantech as a transportation play with the growth of the EV opportunity, we think of it as a whole set of sector areas to invest in; Technology Partner's portfolio is in many ways a microcosm of that breadth and diversity. We have invested in solar, biofuels and transportation. We also have investments in battery storage, water, fuel cells, coal technology, the environmental registry side, advanced materials. Our newest investment is a wind investment. And perhaps more importantly, in the existing portfolio every day we're looking beyond these opportunities for ones that weren't even mentioned: in efficiency, in building materials, in smart grid.
It's this breadth and diversity of opportunity that in many ways has been one of the drivers of clean tech in the sector because it's not just a single problem with a single solution.
Nancy said it and she's right: this isn't monolithic, it's really the breadth of innovative solutions targeting the breadth of issues and opportunities we have in the energy ecosystem.
There's one important point that's perhaps the most important thing if you're sitting inside a venture capital firm. It's to see how we think about the future.
The single factor, which is the best barometer of success, is the human capital side. When you try to predict the future and measure where we are as a sector, the most talented people today are dedicating their lives and their resources to cleantech. Cleantech really has been a magnet for the best and the brightest.
The kinds of people Nancy and I funded a decade ago were disproportionately the scientists and the technologists with a great idea. And now we're able to match those people with some of the best entrepreneurs and some of the best executives who are coming from traditional energy and who want to get into the cleantech sector.
It's the marriage of those great technologists and the great executives and entrepreneurs that is really leading to the cleantech opportunity today.
Hydro
The biggest project, which started operation in 2010, also applies to the record, the largest hydroelectric power station in the South-East Asia. Six turbines Vietnamese Son La station was the first network-connected late in December.
Officials said that the 2400 MW plant expected to be fully operational in 2012, a three-year National Assembly item.
The second largest online status in 2010, the Lao People's Democratic Republic is ordered in December 1070 MW Nam Theun 2 project. It is co-owned EDF electricity is generated, the Laotian Government of Thailand public company and the Italian Thai development.
Construction began in the five years from the date of the establishment, supply of Thailand March 2010.
The next Brazilian 855 MW Foz was made Chapeco hydroelectric plant, which started commercial operations in 2010.
The body is 51% owned by the utility and Energy Group CPFL sits South of the States of Rio Grande Sul and Santa Catarina edge.
Offshore wind
The largest offshore wind projects, which were completed in the year 2010 are located in Europe.
Approximately 10 km UK-Kent coast, 300 MW 1,2 billion dollar Thanet Offshore wind farm officially began in the UK-conserving power on the grid in the last quarter of the year.
Next was the R?dsand II, 207 MW-extension of the existing Danish project, which was developed by E.. It was originally slated to online mode in 2011, but instead ordered in July 2010.
Robin Rigg farm 180 MW of wind, construction was completed in April 2010.
It is the third in the offshore wind farm, and the first commercial offshore wind farm, in Scottish waters. 60 turbine site began in April 2010, a whole generation.
Third place was 172 Gunfleet Sands Offshore wind farm MW, which came in June on the network and is located 7 km north of Rochdale, England's northern Thames Estuary.
K?ytt?tunneilla
The 300 MW in 2010, the two sites and 201.6 MW-extension of the highest ranked projects offshore wind installed as of the end of the year.
300 MW CGN Inner Mongolia Huitengliang project was developed in the people's Republic of China Guangdong Nuclear Power and was equipped with a 1.5 MW turbines, up to a maximum of 200 and Chinese Oriental turbine factory manufactures.
300 MW wind farm in the Streator Cayuga Ridge South, near the Streator, Illinois, formally create the power of May 2010.
It was you Iberdrola that was also responsible for the wind farm in the United States of America, the third largest online in the United States in 2010.
Iberdrola developed also in the UK wind farm Whitelees 322 MW-European largest k?ytt?tunneilla space so far.
Solar PV
In Europe is dominated by very large solar PV project announcements in 2010. Sarnia, Ontario, Canada extended the MW PV plant 97-capacity during the year, however, was the largest PV power plant commissioned. The second largest plant was built through the eighth in Italy, Germany and Spain.
Geothermal
A large number of geothermal projects in 2010 became the largest online with the New Zealand Rotokawa field. 132 BMW national geospatial-intelligence agency has ever Purua Awa plants developed the largest single turbine project.
Manufactured by turbine plant owned by Fuji Electric and hosted by the Mighty River power and, as the case may be.
Secondly, most of the plants was in Italy Larderello-field, the resource-rich region, which has been the supply of energy since the 1930s. Nuova Radicondoli Chiusdino 1, 2, 3, 4, 5 and 20 MW, both became also the network in 2010. The turbines were manufactured by GE and the project is owned and operated by power Enel green.
Thirdly, the largest geothermal project to conclude in 2010 was in Kenya, 35 MW expansion of Olkaria II, the plant.
In addition, the import project and makes the most of 105 MW in Africa. Turbine manufactured by Mitsubishi Electric Corporation and the generation of electricity in Kenya's certification.
Transportation fuels
US and Brazil was the most advantageous locations for new ethanol plants this year.
Diesel fuel from renewable energy sources in space were the two aspects of the Note in 2010.
Dynmic fuels online sythentic diesel plant, which produces renewable fuels, animal fat in the food category. In addition, the actions initiated in the Finnish firm Neste Oil's new site in Singapore. The NExBTL renewable diesel fuels are produced in the Palm, rapsi?ljyn and food waste of fat.
In 2011 the search alerts from two waste fuel. Enerkem, wait 10 to MGPY-the body that produces ethanol is not recyclable and non-compostable municipal solid waste (MSW), Edmonton, Alberta.
Construction began in June 2010, the port facility. Fiberight is 6 MGPY body, which is set to begin operations in 2011 Blairstown OH. The establishment is used as a raw material for MSW.
Power storage
Research and development is in progress energy storage solution.
The largest Lead in the operation of the energy storage system is 10 MW system in Chino, California, built in 1988. The first commercial with compressed-air braking systems, energy storage system is 290 MW unit, which was built in Hundorf, Germany in 1978, and it remains the world's largest CAES installation.
Most of the sodium sulfur (NaS) battery is a wind of 34 MW unit of the stabilisation and association agreement, Northern Japan.
The world's largest pumpatun hydro-operation Niagara, Lewiston, who went to 2880 MW in 1961 on the network.
That was followed by a processing plant, Virginia, us 2700 MW capacity, which went online in 1985, The third largest Guangzhu, China is the world 's. 2400 MW facility went this year 2000 on a network.
