Unfortunately, the current grid is a dinosaur keeping its roots back to the early grid projects in the late 1800s From this time on the U.S. power grid grew into something of a haphazard, gradually - but grow it By 1940, 10% of U.S. energy consumption provided by the network. Today, more than 40% of U.S. energy is given in this way. Advances in electric car technology, some displace the use of petroleum as a fuel, I can only imagine the number continues to rise. The power grid is still systemic design flaw that has its roots in the early days. In part because of his race, the reliability of our power grid is evidence of deterioration in the face of rising demand. The North American power grid is like a little technical or human error can cause a fatal error sequence. In the last 20 years lack of power risen more than 125%. One of the most complex system ever built, it has proven to become prone to error causes warmer than normal weather, the trees falling on power lines. Of course we need to upgrade the power supply using the latest technology. Congress recognized this and in 2007 passed an energy bill, addressed the need to modernize it. is called to bring the "smart grid", it is true intelligence for energy distribution. Consider the early telephone network, with teams of operators to plug into the board to make the connection. Now the network is almost completely automated. Human error is mitigated. If there is fault in the network, voice and data are automatically redirected through other links. This is the kind of improvements that smart grid technology will bring to the electrical distribution grid. With the push towards alternative energy technologies, new transmission lines are needed. Solar power, for example, makes the most sense in the sunny U.S. Southwest desert. Wind power, on the other hand, is likely to windy Midwest. If the U.S. ever again begins with the construction of nuclear reactors, it will probably put in sparsely populated areas. In each of these cases, null, new line with the latest and best technology to build than not timely. Of course, this kind of infrastructure upgrades and installation carry a heavy price tag. There are literally hundreds of billions of dollars to be made in the smart grid business, both in the U.S. and other countries. Investors have the best smart grid and alternative energy company asset. For example, discovered in the 1980s, MIT researchers a new class of high-temperature ceramic superconductors. Since superconducting material shows no resistance to electric current, no power loss due to heat. scientists and engineers have known about these superconducting materials since 1911. Unfortunately, it requires early superconducting material cooled to operate close to absolute zero with liquid helium. It made it too expensive for most applications. New superconducting ceramics discovered in the 1980s, however, operate at higher temperatures. The technical challenge is to break Ceramics is a way to enable it, drawn wire. Fast forward 25 years and we now have the ability to produce high temperature (HTS) superconductor wire and cable, and the timing could not be more perfect than requiring efficient smart grid, smart power transmission. In addition, this superconducting cable 10 times the current-carrying capacity of conventional copper cables. This reduces the space required for the new line, so that 1 meter underground right-of-way will be enough capacity to 20 gigawatts of energy transfer. Such a small footprint makes laying new cable far cheaper than conventional suspended high voltage transmission line tower. It is much less of an eyesore as well. There are several demonstration projects. For example, the Power Authority Long Iceland now operating the world's first HTS transmission lines. Another demonstration project will commercialize South Korea LS Cable has 50 kilometers of superconducting cables for the next five years. The most exciting project in Clovis, NM It is called Tres Amigas, which means "three friends" in Spanish. Tres Amigas tie three separate regional power systems covering the United States and much of Canada. This network is called the Western Interconnect, Interconnect Eastern and Texas Interconnect known. Right now, the connections between different grids have been limited since the time of alternating current is out of sync. Since the superconducting transmission system uses direct current and the special power electronics conversion, this problem is solved. Power is shared in the country, from coast to coast. Not only Tres Amigas such as the creation of transcontinental railroad to carry electricity, it can also be a game changer for renewable energy. As mentioned above, the parts of the country with the greatest potential for solar energy and wind energy. Large distance to the more densely populated, energy-hungry areas Tres Amigas, due to its location, a hub for new renewable energy projects offer the national grid. There are hundreds of thousands of miles of power transmission wiring Accessories for cities in the U.S., and much of it is an upgrade or replacement needed in the coming years. Several miles of new cabling must be set to renewables are connected to the network. Of course, this situation does not even shoot with the all-new cities across Asia, all requiring all new power grids to meet them. contact The entire IT landscape, to the smart grid a game changer for renewable energy. Smart grid hold great promise and wonderful investment opportunity, a new class of high-temperature ceramic superconductors applied. I trust this post has some background information and evidence that strong efforts are conducted with breakthrough technologies for the smart grid. These activities are closely alternative wealth creating opportunities and our economy stronger. I would like a quote from Steve Forbes. Forbes says do additional financial education and the resulting increase in our financial literacy (including the investment potential of breakthrough technology) will give us the eye-creating alternative approach to wealth and it is the key to solve our global financial crisis. Open to gain the necessary financial education, it is best to get along with, access to, and membership in a community in the creation of wealth. As a result, you will learn and the knowledge of the wealth-creating alternative strategies such as Bank Yourself, debt reduction and asset protection use. You will be exposed to wealth acceleration investments in areas (discussed this and previous blog post), as the smart grid nanotech, biotech, biotech and nanotech strategy in the semiconductor industry, electric cars, new access to space, 3D virtual technology application, atomically precise manufacturing, nuclear power generation, commercial space ventures, Carrier Ethernet technology, lithography Nanotechnology, Robotics, nano-based next-generation battery technology, precious metals, water rights, oil, natural gas, potash mines, food, and gold mines. They have the knowledge to account for investments in fixed assets, natural useful like oil rigs, hydropower, or methanol plants, things that are hard to build, difficult to replace, and replace the expensive, certainly not financial stocks, definitely not retail stocks, definitely not commercial property. Another benefit of membership in a community in the creation of wealth exposure to business opportunities and business leadership. Many leaders suggest, if you do not focus on a digital entrepreneurs, self-employed or a small business, it is tough road Over the coming months and years, in fact it is a tough battle to be As a results, to provide innovative value-added education and training communities in B2B and B2C, eCommerce enabling a new generation of professionals, creating a six-figure second income. It is advisable to monitor the success of technology because it really exciting ongoing development of the smart grid and related business activities. I continue to monitor the development and future updates and articles on my blog. Finally, I would like to thank Ray Blanco and Patrick Cox of Agora Financial, because it is the source for some of the materials mentioned above, the technological advances in this post. 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Early in his career, Mike was an engineer with a major aviation and aerospace companies. For many years he "marquee" consulting firm, where she worked extensively with clients all over the world and is known as an American globalist. Recently, he has technology, business and management consulting as an independent contractor.
