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Windmill generator is a kind of alternate power source which could supply power for your house at a really cheap cost and that has a lot of efficiency. People have been really annoyed by the rise in rates of electric power and by their high bills. To cater these problems, wind generators are the perfect solution. Although wind turbines appear to be an oldtime concept, these days the superior windmill generators are a lot more powerful and efficient compared to those that were put to use in the old days. The best part regarding these windmill generators is that you could even build these things at your own home without too much of a hassle. All you need to do is go to your nearest hardware store and obtain some components that are needed to construct a windmill generator.

When you are looking to make a windmill generator you need to be sure that the generator that you will make will be able to support your entire home and the blowing wind and the breeze is continual in your region. Windmill generators operate on wind flow and, of course, if there is no wind then there isn’t any point in setting up one. A wind speed of 5-15 mph is the ideal wind mill speed for a windmill generator.

The US government had actually started out a venture that experimented with different types of wind generators so that they can create a windmill which would be really cheap and very effective and they were actually able to attain that by scientific research.

If you need to cut costs then the finest idea would be to construct your own wind turbine. You will be able to purchase the spare parts inexpensively this way and the total cost of the windmill will be a lot less than what you would have if you purchased a new windmill generator. A lot of people believe that making a wind generator would be quite challenging but actually it is not. You have many windmill building manuals available in the market these days. Or you may also obtain one at your local library. Those guides will teach you to easily make a wind generator. A good windmill manual will guide you through all the required steps and teach you the things needed to construct a wind turbine.

While getting your own windmill is questionable in a city, if you want in the countryside, there’s everything for it. It is going to pay itself by minimizing or eliminating your electricity bills.

If you own a business throughout the energy sector, specialised renewable power insurance coverage can really help save your bottom line. While you most likely carry commercial property insurance, that type of coverage doesn’t address all the distinctive problems that your corporation faces on a day by day basis. A specialized policy will fill in all of the gaps and preserve you coated in case of an accident. Here are 4 ways you possibly can benefit from renewable energy coverage:

1. Losses as a consequence of property damage

Let’s say your company’s primary assets encompass a wind power facility. A tornado hits your wind farm and damages the blades on a number of turbines. Depending on how your coverage is structured, you might be confronted with one or several deductibles. A single turbine can value $1 million to construct, and replacement components are hard to return by. You may face a loss of income until you will get your turbines back on line. Specialized protection will aid you pay for the repairs and can cover the misplaced income your organization suffers until it’s back online. The difference between a properly constructed wind energy insurance coverage program and a typical program may mean hundreds of thousands of dollars in your prices and the doable bankruptcy of your company.

2. Problems arising from air pollution

If you are a biodiesel producer, then you definitely need comprehensive pollution coverage. All it takes is one fuel spill to cost your enterprise millions of dollars in cleanup prices and lawsuits. Pollution protection will help cover the cleanup costs. It will even help defray the prices of any lawsuits brought by third parties. In addition, this sort of coverage will shield not solely fuel spills by yourself property, but additionally spills in transit to wholesale or retail dealers.

3. Costs arising from staff compensation claims

The threat of employee injury is kind of high for businesses inside the energy sector. Adequate security programs to protect your workers from harm are essential to them and to you, since the cost of current claims affect your future employees compensations premiums. An insurance coverage carrier that makes a speciality of the energy trade should be capable to assess your business and help you put policies in place that reduce the amount of risk you and your employees face.

4. Losses because of equipment breakdown

Equipment is bound to wear down over time, which is predicted and not usually insured. Equipment breakdown though could also be unexpected and catastrophic. If you lose a bit of equipment, you lose revenue as well. The proper coverage will make it easier to replace or restore the equipment and can assist with enterprise interruption coverage. This means that any income lost as a result of broken equipment will probably be replaced by your insurance coverage coverage.

Risks abound within the energy sector, but if you have a comprehensive specialised policy, you will be able to deal with most emergencies shortly and at little or no interruption to your routine. A specialized carrier might be able that will help you assess your risks and make recommendations for a cost-effective insurance product that may suit your needs.

Renewable energy indeed is effective and has helped thousands of household nowadays in cutting their electricity bill. It is not necessary that we will be enslaved by electricity suppliers with their expensive electricity. We can always study basic solar energy facts and renewable energy information on http://www.freealternativeenergyresources.com/ and learn how to save and use electricity wisely.

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TORONTO, ONTARIO–(Marketwire – Oct. 28, 2009) – Seakinetics Corporation (www.seakinetics.org) administration announced as we speak that underneath the guidance of its Chief Technology Officer, Jack Dhaliwal, the Company is moving proactively to target renewable power opportunities in India.

Over the previous two years Mr. Dhaliwal has been actively engaged in conducting feasibility research on the ground in India. The funding in these studies, costing in excess of USD$750,000, have clearly recognized India as a prime target to implement its renewable energy technology. In addition, these research have enabled administration to assess the opportunities and understand the entire Geo-Political conditions that exist in India which may affect our potential wind vitality investments in numerous Indian states. During the course of the studies, Mr. Dhaliwal reviewed and assessed roughly 15 potential wind farm websites before deciding on the Tamil Nadu region.

“As a results of the completion of these feasibility research we consider we have a head begin in being able to reap the benefits of the incentives which is able to result from the Indian government’s planned funding of greater than $USD 500 billion in infrastructure improvements,” says James C. Shelley, President and CEO of Seakinetics.

Jack Dhaliwal, explains that “The geo-political and financial elements that will drive the renewable energy business over the subsequent few a long time underscore the importance of India as a burgeoning marketplace for renewable energy services and power. In spite of aggressively tackling the energy deficit for its population, India nonetheless suffers from a 47% deficiency in energy supply. India is developing an international reputation as a “go to” area for average to mega-sized investments in renewable energy improvement projects.”

Mr. Dhaliwal additional stated, “When we initially embarked on the Tamil Nadu wind power project in India, we were building a wind vitality farm that may be capable of generating 300 MW of power, when totally completed. As calls for for energy grow coupled with incentives from the Indian authorities I firmly imagine that we will increase our manufacturing targets considerably for the Tamil Nadu wind farm. With a present identified capability of over 65,000 MW of wind energy generation, and solely 10,243 MW truly developed to date in 2009, the potential our new wind power farm improvement is enormous.”

Seakinetics is within the business of designing, developing, advertising and investing in innovative applied sciences and services within the renewable power field. Seakinetics’ mission is to be an business leader find solutions for renewable vitality today and tomorrow.

This release could include projections of future outcomes and “forward-looking statements” as that time period is outlined in Section 27A of the Securities Act of 1933 as amended (the “Securities Act”), and Section 21E of the Securities Exchange Act of 1934 as amended (the “Exchange Act”). All statements which are included in this release, apart from statements of historic fact, are forward-looking statements. Although administration believes that the expectations mirrored in these forward-looking statements are reasonable; it can give no assurances that such expectations will show to have been correct. Important factors that might cause actual results to differ materially from these disclosed in this release, including, with out limitation, along with those forward-looking statements contained in this release.

Renewable energy indeed is effective and has helped thousands of household nowadays in cutting their electricity bill. It is not necessary that we will be enslaved by electricity suppliers with their expensive electricity. We can always study basic solar energy facts and renewable energy information on http://www.freealternativeenergyresources.com/ and learn how to save and use electricity wisely.

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Environmental issues have become essential in our day to day life. Our world is being destroyed, so we need to take some action now. Using renewable energy sources can be a wonderful option to do so. Wind and solar power are some of the sources for additional energy supply.

Wind turbine energy kits for domestic use are getting more popular these days. They are quite easy to install and really affordable for any householder. Commercial and larger wind turbine energy systems can be too expensive for residential use. That is why DIY wind turbines are an outstanding opportunity to reduce your ecological impact on the environment and save some money. Many DIY windmill constructing guides are available online. These manuals have great information about how to build your own wind turbine energy system or how to recondition free forklift batteries for your windmill. They are quite cheap and the can provide the perfect assistance on very stage of the building process.

Residential wind turbine energy systems offer many advantages over the regular electricity supply. First of all, wind is everywhere. I may blow slow or quite fast, but it is always there. There is no way we could eve run out of wind.

As the sun, wind is a renewable energy source, so it is completely environmentally friendly and much better than fossil fuels, because wind turbine energy does not generate any pollutants. It is known that 1% to 3% of the energy provided by the sun turns into wind power. This is about 50 to 100 times the amount of energy obtained from plat life and biomass over the entire planet.

The installation of a wind turbine energy system is much simpler than solar panels setup. Besides, homemade wind turbines are smaller and need less space to be placed on. In fact, their size is perfect for a roof in a residential property. In order to meet legal regulations, it is essential that you get the established permission before you install the turbine.

Wind turbine energy can supply your electricity requirements and save you almost 80% of your electric company bill. What is more, you will never have to worry again about the electric company energy supply during a fierce storm or bad weather, because you will be able to power your home in an independent way. Most of the wind turbine energy systems have a set of batteries to store the exceeding energy generation and use it when required.

Regarding the production of wind turbine energy, much more advanced technologies have been developed. That is the reason why these windmills can generate energy even when the wind does not blow so strong and direct where it is needed in an efficient way.

Even though homemade wind turbine efficiency does not reach 1000 KW capacities, your domestic electrical requirements can be totally covered with it. Wind turbine energy systems are an exceptional possibility to save some money and they are also a great opportunity to use renewable energy sources to supply your routine necessities.

Renewable energy indeed is effective and has helped thousands of household nowadays in cutting their electricity bill. It is not necessary that we will be enslaved by electricity suppliers with their expensive electricity. We can always study basic solar energy facts and renewable energy information on http://www.freealternativeenergyresources.com/ and learn how to save and use electricity wisely.

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Not only gas prices are soaring nowadays; electricity bills are, too. In some countries, a lot of people have started utilizing electricity sources that bring about more savings. The most common are the so called solar panels, which are able to make use of solar power to produce electricity. Electricity that comes out of solar panels is more popularly known as residential solar energy that can help you save on electricity bills. How the said type of energy is produced is something that needs to be answered.

Panels that bring about solar power actually work in a simple manner: their job is to ensure that the sun’s light is transformed into usable energy that will give their users the electricity they need. This is done through silicon atoms that bond with each other in order to facilitate electron-sharing and therefore help in giving off electricity.

Part of the process of producing electricity through panels that produce solar power is combining silicon atoms with the photons that are produced by the sunlight. Once silicon atoms, their electrons, and the photons are mixed together, electricity is generated. Take note however that for a big amount of electricity to be produced, a lot of solar energy is also needed, which equates to the fact that more solar cells are also needed.

Some people may think that solar power producing panels may be hard to obtain, let alone placed in their homes. The truth, however, is that there are now various manufacturers that offer solar panel kits that come with easy installation and are definitely easy to use. The said kits also come with tools, better known as inverters that enable the production of power for home use.

If you have the desire to purchase solar panel kits, keep in mind that to get maximum benefits and to ensure that the output works properly, have those kits installed by the experts. Though it may be true that those kits are extremely easy to install, there are still some factors that may affect the performance of your finished product such as the roof angle of your residence, the directions the solar panel’s trackers face, and many more.

Finding out everything about how solar energy may be produced and how solar panels may be utilized are usually some ways of motivating people to consider the use of solar power in their homes, offices, shops, etc. Electricity produced from panels that emit usable energy may also be used in street lights, lighthouses, and even in traffic signs. Through the use of solar power, the process of energy conservation is practiced. Take note too that the electricity a user gets from solar panels may be described as reliable and very simple to maintain.

In our world that is bombarded with the rising prices of utilities, specifically high electricity bills, the only way to save a significant amount of money is to look for other sources of energy. Residential solar energy has a lot of benefits that we can enjoy for as long as we learn the right ways to obtain it.

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The recent dramatic increases in the price of oil have hit almost everyone. Gas and diesel are vastly more expensive, and that in turn causes the price of electricity to rise as well. With oil being a finite, non-renewable resource, increased use of renewable forms of energy such as wind, geothermal, hydro and solar is once again a hot topic. I say “once again” because we were there in the 1970s but didn’t learn our lesson. As soon as oil prices came down, so did our resolve to use and pursue more sustainable energy sources. No one argues the benefits of solar power, but putting it to use generally required complicated connections to the utility grid. That’s becoming more common, but there’s another way to use solar that makes a whole lot of sense, and that is solar water pumping.

Let’s think about this for a moment. The huge advantage of solar power is that it is free and inexhaustible. The disadvantage is that it’s only available when the sun shines. Theoretically you could use solar power to charge giant batteries so that electric energy would be available whenever you need it, but that is not practical. But how about putting solar to use in areas where it doesn’t matter when the work gets done, just that it does get done? Pumping water is one such area. Once water is pumped from one place to another, it’s available for use. It generally doesn’t matter when it is pumped.

Solar water pumping is becoming quite interesting to farmers who are facing increasing costs running diesel pumps to provide livestock with water as well as water for irrigation. On top of the cost savings from not having to run diesel pumps or extend the grid, bringing water to cattle instead of bringing cattle to the water offers substantial watershed and riparian zone management benefits (cleaner water, reduced erosion, etc.). And portable solar water pumps facilitate rotational grazing and temporary pasture.

Solar force is also an attractive option to bring water to remote homes, cabins or campgrounds. It even makes sense to employ solar drip irrigation and pumping for gardens and homes. The technology to do all that has been around for decades. It’s mature and efficient, and there are a number of government programs and utility incentives to use it. There is an initial investment, of course, but given the increasingly unpredictable cost of non-renewable energy that’s no longer the obstacle it once was. And the more expensive energy gets, the quicker solar water pumps pay for themselves.

A number of well established and highly reputable companies like Grundfos SQF, SunCentric, Solaram and Solar Force offer a variety of pumps (submersible, surface, solar slowpump, etc.), pump controllers and, of course, solar panels. A complete solar pumping system requires meticulous planning, proper sizing and expert installation, but the resulting benefits are well worth it.

The bad news is that our current problems with oil will likely not go away. The good news is that we have a number of alternatives, and solar energy is one of them. Solar water pumping makes a lot of sense and it is fairly easy to implement.

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GBI Research’s report, “”, which offers key data, data and evaluation on the South American renewable energy market. The report gives market drivers, restraints and market trends information for the top five countries in the South American region. The report additionally analyses the four major renewable vitality technologies, namely small hydro, wind, solar and biomass in every of the highest five countries within the region. The report provides comprehensive info on the important thing market traits with superior analytics. It additionally reviews the insurance policies and regulatory framework of the renewable power market. The South American renewable power market is expected to extend at a Compound Annual Growth Rate (CAGR) of 10.1% over the forecast period 2009–2020. Small hydro and wind energy are more likely to experience excessive growth throughout this period. The cumulative put in capacity of small hydro power in the top 5 countries is expected to extend at a CAGR of 7.8% throughout the period. The major drivers for the growth within the South American renewable vitality market embody favorable polices, laws in respective countries, financial support from international banks and clean development mechanism projects. The key restraints include the lack of incentives and the shortage of a binding agreement on the Copenhagen summit.

Scope
Key geographies reminiscent of Brazil, Argentina, Colombia, Venezuela and Chile.
Cumulative Installed Capacities for renewable power technologies globally from 2000 to 2009 and forecast up to 2020.
Percentage share of the highest 10 nations in wind, solar and biomass globally from 2000 to 2009 and forecasts as much as 2020.
Cumulative Installed Capacities for the highest five countries within the South American region from 2000 to 2009 and forecast up to 2020.
Country wise (Brazil, Argentina, Colombia, Venezuela, Chile) cumulative and annual installed capacity for the renewable energy market from 2000 to 2009, forecast as much as 2020.
Renewable Energy sensible (small hydro, wind, photo voltaic and biomass) cumulative and annual installed capacity for each of the highest five nations from 2009 to 2015.
Key subjects covered embrace the Market Drivers, Market Restraints and Regulatory Frameworks.
Reasons to buy

The report will enhance your determination making capability in additional rapid and time delicate manner. It will enable the person to:
Identify key progress and investment opportunities in prime 5 countries in the South American Region
Identify key entities and companions who could help in business development.
Position yourself to achieve the maximum advantage of the industry’s growth potential by developing strategies based on the newest policy and legislational events.
Identify the drivers and restraints of 4 renewable vitality markets in top 5 countries in the region.
Facilitate choice making based mostly on sturdy historic and forecast data.
1 Table of Contents 3
1.1 List of Tables 6
1.2 List of Figures 7
2 Global Renewable Energy Market 8
2.1 Global Small Hydro Power Market eight
2.2 Global Wind Power Market 8
2.2.1 Global Wind Power Market, Installed Capacity, 2000-2020 9
2.2.2 Global Wind Power Market, Market Share by Country, 2009 11
2.3 Global Solar PV Market 12
2.3.1 Global Solar PV Market, Installed Capacity (MW), 2000-2020 12
2.3.2 Global Solar PV Market, Market Share by Country, 2009 14
2.4 Global Biomass Market 15
2.4.1 Global Biomass Market, Installed Capacity (MW), 2000-2020 sixteen
2.4.2 Global Biomass Market, Market Share by Country, 2009 18
2.5 Global Renewable Energy Investments, 2009 19
3 South American Renewable Energy Market 20
3.1 South American Renewable Energy Market – Market Dynamics 20
3.1.1 Market Drivers 20
3.1.2 Market Restraints 21
3.2 South America Installed Capacity by Energy Sources, Top Five Countries, 2009 21
3.3 South America Installed Capacity by Renewable Energy Sources, Top Five Countries, 2009 22
3.4 South American Renewable Energy Market, Policies and Support Measures, by nation 23
3.5 South American Renewable Energy Market, Total Installed Capacity, Top Five Countries, 2000-2020 23
3.6 South American Renewable Energy Market, By Renewable Energy, Installed Capacity, 2000-2020 24
3.7 South American Renewable Energy Market Cumulative Installed Capacity, By country 2000-2020 26
4 Brazil Renewable Energy Market 29
4.1 Brazil Power Market, Market Highlights 29
4.1.1 Brazil Electrical Energy Sector, Entities and their functions, 2010 30
4.2 Brazil Renewable Energy Market – Market Dynamics 30
4.2.1 Market Drivers 30
4.2.2 Market Restraints 32
4.3 Brazil Installed Capacity by Energy Sources, 2009 32
4.4 Brazil Installed Capacity by Renewable Energy Sources, 2009 33
4.4.1 Brazil Renewable Energy Market, Installed Capacity, 2000-2020 33
4.5 Brazil Small Hydro Power Market, 2010 35
4.5.1 Brazil Small Hydro Power Market, Installed Capacity, 2000-2020 36
4.6 Brazil Wind Power Market 37
4.6.1 Brazil Wind Power Market, Installed Capacity, 2000-2020 38
4.6.2 Brazil Wind Power Market, Wind Farms Planned/ Under Construction 40
4.7 Brazil Solar PV Market forty
4.7.1 Brazil Solar PV Market, Installed Capacity, 2000-2020 40
4.8 Brazil Biomass Power Market 42
4.8.1 Brazil Biomass Power Market, Installed Capacity, 2000-2020 42
4.9 Policies/Regulations that impact renewable energy in Brazil forty four
5 Argentina Renewable Energy Market 48
5.1 Argentina Power Market, Market Highlights 48
5.2 Argentina Power Market, Entities and their functions forty eight
5.3 Argentina Renewable Energy Market, Market Dynamics forty nine
5.3.1 Market Drivers forty nine
5.3.2 Market Restraints 50
5.4 Argentina Installed Capacity by Energy Sources, 2009 51
5.5 Argentina Installed Capacity by Renewable Energy Sources, 2009 51
5.5.1 Argentina Renewable Energy Market, Installed Capacity, 2000-2020 52
5.6 Argentina Small Hydro Power Market fifty three
5.6.1 Argentina Small Hydro Power Market, Installed Capacity, 2000-2020 53
5.7 Argentina Wind Power Market fifty five
5.7.1 Argentina Wind Power Market, Wind Farms Planned/Under Construction 56
5.7.2 Argentina Wind Power Market, installed capacity, 2000-2020 57
5.8 Argentina Solar PV Market fifty eight
5.8.1 Argentina photo voltaic PV market, Installed capacity, 2000-2020 fifty nine
5.9 Argentina Bio-mass market, 2010 60
5.9.1 Argentina Biomass Market, Installed capacity, 2000-2020 sixty one
5.10 Policies/Regulations that impression on the renewable energy business in Argentina sixty two
6 Colombia Renewable Energy Market 66
6.1 Colombia Power Market, Market Highlights sixty six
6.2 Colombia Electrical Energy Market, Entities and their functions 67
6.3 Colombia Renewable Energy Market, Market Dynamics sixty seven
6.3.1 Market Drivers sixty seven
6.3.2 Market Restraints sixty eight
6.4 Colombia Installed Capacity by Energy Sources, 2009 sixty eight
6.5 Colombia Installed Capacity by Renewable Energy Source, 2009 69
6.5.1 Colombia Renewable Energy Market –Installed Capacity 2000-2020 sixty nine
6.6 Colombia Small Hydro Market 71
6.6.1 Colombia Small Hydro Market, Installed Capacity, 2000-2020 71
6.7 Colombia Wind Power Market seventy two
6.7.1 Colombia Wind Power Market, Wind Farms Planned/Under Construction seventy three
6.7.2 Colombia Wind Power Market, Installed Capacity, 2000-2020 seventy three
6.8 Colombia Solar PV Market 74
6.9 Colombia Biomass Market seventy five
6.9.1 Colombia Biomass Market, Installed Capacity, 2000-2020 75
6.10 Policies/Regulations that influence on the renewable energy business in Colombia 76
7 Venezuela Renewable Energy Market 78
7.1 Venezuela Power Market, Market Highlights seventy eight
7.2 Venezuela Electrical Energy Market, Entities and their functions 79
7.3 Venezuela Renewable Energy Market, Market Dynamics seventy nine
7.3.1 Market Drivers seventy nine
7.3.2 Market Restraints eighty
7.4 Venezuela Installed Capacity by Energy Sources, 2009 80
7.5 Venezuela Installed Capacity by Renewable Energy Sources, 2009 80
7.5.1 Venezuela Renewable Energy Market, Installed Capacity 2000-2020 81
7.6 Venezuela Small Hydro Market 82
7.6.1 Venezuela Small Hydro Market, Installed Capacity, 2000-2020 82
7.7 Venezuela Wind Power Market eighty four
7.7.1 Venezuela Wind Power Market, Installed Capacity, 2000-2020 eighty five
7.8 Venezuela Solar PV Market 86
7.9 Venezuela Biomass Market 87
7.10 Policies/Regulations that influence the renewable energy trade in Venezuela 87
8 Chile Renewable Energy Market 88
8.1 Chile Power Market, Market Highlights 88
8.2 Chilean Electrical Energy Market, Entities and their capabilities 89
8.3 Chile Renewable Energy Market, Market Dynamics 89
8.3.1 Market Drivers 89
8.3.2 Market Restraints 90
8.4 Chile Installed Capacity by Energy Sources, 2009 91
8.5 Chile Installed Capacity by Renewable Energy Sources ninety one
8.5.1 Chile Renewable Energy Market, Installed Capacity 2000-2020 92
8.6 Chile Small Hydro Market ninety three
8.6.1 Chile Small Hydro Power Market, Installed Capacity, 2000-2020 ninety three
8.7 Chile Wind Power Market ninety five
8.7.1 Chile Wind Power Market, Wind Farms Planned/Under Construction ninety six
8.7.2 Chile Wind Power Market, Installed Capacity, 2000-2020 96
8.8 Chile Solar PV Market ninety eight
8.8.1 Chile Solar Power Market, Solar Farms planned/under construction ninety nine
8.8.2 Chile Solar PV Market, Cumulative Installed Capacity, 2000-2020 99
8.9 Chile Biomass Market a hundred
8.9.1 Chile Biomass Power Market, Biomass energy plants planned/under construction one hundred
8.9.2 Chile Biomass Market, Installed Capacity, 2000-2020 one hundred and one
8.10 Policies/Regulations that influence the renewable energy trade in Chile 102
9 Appendix 104
9.1 Methodology 104
9.1.1 Coverage 104
9.1.2 Secondary Research one zero five
9.1.3 Primary Research a hundred and five
9.1.4 Expert Panel Validation one zero five
9.2 Contact Us one hundred and five
9.3 Disclaimer 106

Renewable energy indeed is effective and has helped thousands of household nowadays in cutting their electricity bill. It is not necessary that we will be enslaved by electricity suppliers with their expensive electricity. We can always study basic solar energy facts and renewable energy information on http://www.freealternativeenergyresources.com/ and learn how to save and use electricity wisely.

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Let’s face the fact that there are many environmentalist groups out there that are actively advocating the people to revert and minimize the usage of non-renewable energy. But is it really worth the time and effort for the people to go green?

Going green is not an overnight make over session with your favorite stylist. It takes money, sweat, and patience to have a fully converted eco friendly home. There are seven points to remember before joining mother earth’s campaign.

1. Eco Friendly is not Consumer Friendly

Sure the trend has been set and many companies have joined in the fad but those true blue advocates have money to burn in their pockets. Solar panels or wind mills are not easy on the wallet. A solar panel costs a hefty sum; consider buying four or five of them to cut down your electricity bill by a half. Not to mention that these technology is not widely available elsewhere.

They have to be specially ordered and professionally installed to be fully functional. It may be beneficial in two or three year’s time but at the start it’s just all bills and no gain.

2. High maintenance gadgetry may hurt the wallet’s feelings

It may sound rough but truth hurts. Unlike automobiles which can be maintained by good old dad, these gadgets must be maintained by a professional to be able too meet maximum potential and satisfactory performance.

3. With renewable energy, Mother Nature is in control

Complete dependency to renewable energy may seem bleak at the moment especially with the extreme climate change that the world is experiencing. On the contrary, severe climate changes were caused by pollution and global warming. The people are just reaping what they sow.

4. Sources of Renewable energy depend on geographic location

As the old saying goes, “we can’t win ‘em all” panels and mills need to be situated in a location wherein there is abundance of the resource. It’s a no- brainer to say that hydroelectric mills shouldn’t be installed in the desert.

5. Renewable sometimes means more pollution

Some sources stinks, literally! Biomass is one of the most abundant renewable resources on the planet and it would be a waste not to use it to produce millions of wattage of power. However, large scale harvesting of biomass need a facility far away from towns and villages for security reasons. Another is that biomass contributes to pollution and global warming with the emission of greenhouse gases released by the waste products.

6. More renewable energy needs more time

The fore fathers of modern technology depended on oil and coal thinking that it would be available forever for future consumption not knowing that a huge energy crisis would hit the people straight in the eye. To be able to see dramatic changes in the community it would take at least a century to fully dispose of everything that is non-eco friendly or at least half of it.

Renewable energy cannot emmidiately fully sustain the growing world’s needs. Sure there is nuclear energy but the use of it is still debatable. Unlike wind, solar, hydroelectric, or geothermal, nuclear has more cons to human life as to it being useful. It does cut down electricity and energy consumption. It takes a lot of trouble, and the main question, will renewable energy really save the world?

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If current news is any indication, Nanotechnology is poised to play a significant role in the development of clean, less expensive energy. The potential of nanotechnology for solving some of today’s greatest energy challenges is vast.

Nanotechnology refers broadly to a field of applied science and technology whose unifying theme is the control of matter on the molecular level in scales smaller than one micrometer, normally 1 to 100 nanometers, and the fabrication of devices within that size range. For scale, a single virus particle is about 100 nanometers in width.

Encompassing nanoscale science, engineering and technology, nanotechnology involves imaging, measuring, modeling, and manipulating matter at this length scale.”

At this size dimension, the physical, chemical, and biological properties of materials differ in fundamental and valuable ways from the properties of individual atoms, molecules, or bulk matter. The properties displayed at the nanoscale create a host of potential innovative uses for nanomaterials. One of these uses includes the creation of exciting and revolutionary energy applications. These potential nanoscale energy applications apply to a host of different sources of energy, including hydrogen, geothermal, unconventional natural gas, fission, and solar energy.

While hydrogen is an energy storage medium, it is not a primary energy source. Therefore, full realization of hydrogen as an alternative energy source is frustrated by gaps in technology, which do not precipitate the efficient and cost-effective storage and transport of hydrogen. Nanoscience provides new approaches to basic questions about the interaction of hydrogen with materials to enable the efficient and cost-effective storage and transport of hydrogen.

Applying nanotechnology to geothermal energy increases the opportunities to develop geothermal resources by enhancing thermal conductivity or aiding in the development of noncorrosive materials that could be used for geothermal energy production.

The recovery of unconventional sources of natural gas is yet another potential application of nanotechnology. Unconventional sources of natural gas include tight sandstones, shale gas, and coal bed methane. Nanotechnology applications may prove useful in accessing or exploiting these unconventional natural gas sources. For instance, nanocatalysts and nanoscale membranes may prove useful in assisting in Gas to Liquids production. Furthermore, certain nanostructured materials may assist in compressed natural gas transport.

Nanotechnology may also prove useful in solving the waste problems of the nuclear energy industry. For instance, certain nano-engineered barriers may prove useful in preventing the migration of or containing nuclear waste products.

Nanotechnology applications may assist in making solar energy more economical. Nanoscience can be utilized to improve the efficiency of photovoltaic cells, creating cost-efficient conversion systems, effective solar power storage systems or even the generation of solar energy on a larger scale. For instance, “nanopatterning” can artificially change the optical properties of materials to allow light to be trapped in solar cells.

Nanotechnology might someday allow for more powerful, more efficient and less expensive energy generation, storage transmission and distribution. Nanotechnology is being used to optimize production from existing energy sources and to exploit new sources such as geothermal, liquefied natural gas, nuclear and solar energy. Nanotechnology is also improving and opening new possibilities for the transmission and storage of energy, especially electricity and possibly hydrogen in the future. Nanotechnologies have the potential to reduce energy consumption by making it possible to manufacture lighter and/or more energy efficient cards and appliances. Even though nanotechnology is a relatively young field, the potential for future nanotechnology applications within the energy industry could turn out to be one of the most important technological developments of our time.

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When we talk about renewable energy, normally we will relate it to the power from sun, or better known as solar power. But, other than the sun, wind is another source to generate renewable energy. Let’s explore how does wind power work in generating energy that can be used to replace the non-renewable fossil-fuel energy.

Back to the basic, the wind power is actually a form of solar power because the wind is generated due to the heating effect from the sun. When the sun heats the earth’s surfaces at different speed on sand, water, stone and various types of soil, these surfaces absorb and release heat at different rates, creating different temperatures. At a certain temperature, the hotter air begins to rise from the surfaces very quickly because it is lighten than the equal volume of cool air. As the results, the hot air rises and reduces the atmospheric pressure near the earth’s surface, which draws cool air to fill the gap the hot air leaves behind. This action causes air movement or is known as Wind.

Based on the physic theory, when the air moves, it generates kinetic energy, a type of energy created with the motion of mass. With energy conversion technology, we can capture and convert the kinetic energy into other forms of energy such as electricity. Energy from wind is a renewable energy that can be generated endlessly. It has become the future trend as the one of major power generation sources besides the solar power. The world is put a great effort to make wind power a long-term energy strategy to produce electricity, mainly due to the wind power generation is clean and most importantly, it is renewable and environment friendly, a stark contrast to traditional power plants that rely on fossil fuels.

A wind power system consists of wind turbine, which is made up of tower, blades and a nacelle, a control gearing system. The wind power generated from a wind turbine is determined largely by the length and the design of the blades. The design of blades creates a pressure of difference in wind, high pressure at one side and low pressure at the other side. The pressure difference between the sides of blades rotates the blades. The rotation of blades generates kinetic energy and being transferred into electric energy, is in turn transferred into electricity via transformer.

With the technology improvement that leads to a better generation techniques, the cost of generating electricity from wind power has been greatly reduced, making it a feasible renewable energy solution to be used as the major source of electricity for future. In fact, there are many homemade wind power system building guides available that give guidance to people who are interested in implementing renewable energy system at home to make a homemade wind-power system to generate electricity for home uses. The renewable energy generated from wind has started to become an alternative energy source from today, and it will definitely be the major sources for future, replacing the finite fossil fuels as the power generation source.

Summary

Wind power works to generate electricity by converting the kinetic energy captured from wind turbine to electric energy via transformer. Wind power is clean and renewable energy that will become the long-term energy strategy for the world.

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