Sunny Wagner Miosotis

insieme per l'environment clean energies. In good time! Environmental Prediction 2011 Nostradamus

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The nineteenth and twentieth centuries, energy developed from the model based on the exploitation of fossil fuels. Oil, gas and coal became the transforming energy, capable of moving humanity to the moon. The XXI century starts with a visible depletion of these energy sources, and acknowledges the environmental, product de las emisiones anuales de dióxido de carbono hacia la atmósfera, que han generado fenómenos como el efecto invernadero y el calentamiento global de la Tierra.

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Tecnológicamente tardamos en prepararnos, las ciencias nuevamente nos abrieron el camino y llego el momento de poder producir un cambio en el modelo energético. De ahí que las "energías renovables" se perfilan como la gran solución de este siglo, porque además de ser casi limpias, son inagotables.

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GUIADOS DE LA MANO POR LA NATURALEZA

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Los siglos de las profundidades energéticas, están por cerrar su ciclo. Ahora aguas arriba, al alcance de nuestros ojos, de todos nuestros senses, the solution appears. It then describes the new energy deposits, which were waiting for us for thousands of years.

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energy of light, as the great sun and thermal and photovoltaic technologies. is an infinite resource, because each year the sun throws 4 thousand times more energy than they consume, so their potential is almost unlimited. Enlarge free emission greenhouse gas effect, technological proposal to stop global warming change. The intensity of energy available at a given point on earth depends on the day of the year, time and latitude. Furthermore, the amount of energy that can be collected depends on the orientation of the receiver. Today is one of the most developed renewable energy and used worldwide.

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energy from the wind. which we could improve through wind technology. This type of energy produces no emissions and no runs over time. A single wind turbine of one megawatt (1 MW) operating for one year can replace the emission of more than 1,500 tons of carbon dioxide, 6.5 tons of sulfur dioxide, 3.2 tons of nitrogen oxides and 60 pounds of mercury . The same is una tecnología modular y escalable: las aplicaciones eólicas pueden tomar muchas formas, incluyendo grandes granjas de viento, generación distribuida, y sistemas para uso final. Las aplicaciones pueden utilizar estratégicamente los recursos del viento para ayudar a reducir los riesgos por el aumento en la carga o consumo y costos producidos por cortes. Así mismo, reduce visiblemente la dependencia a los combustibles convencionales.
También, los vientos que producen olas que generan energía . Ya se ha desarrollado tecnologías para el uso del poder de las olas, la cual usa la energía cinética de las olas del mar para generar electricidad. La mayoría de los productores de la energía de olas son private laboratories and companies emerging, but the race to bring to market this type of alternative has begun.

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Moon energy. Powered tidal, lunar tides help us to produce energy. The principle of using tidal power is the same since ancient times, where dams were built that allowed the water is stored and when the tide rose, it backs up so he could not return to sea when the tide went down, the stored water was released and moved the pallets that were used for mills, etc.. Today, with technology Solidad, dammed water that passes through various channels containing a propeller that generates electricity as it moves under the laws dictate that Michael Faraday made more than 150 years.

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Reservoir water energy. Hydropower is obtained from the moving water. Where water power is converted into mechanical energy to move the blades of a turbine in a hydroelectric plant, where it is converted into electrical energy. Since the dams, the system designed, in conjunction with hydropower for energy production, which are usually located in the reservoirs. Hydropower is renewable, clean and large energy producer.

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volcanic vapors. Call Geothermal energy uses hot water that comes from deep in the crust of the earth to spin turbines and produce electricity. Produces few carbon emissions and can re-inject used water back into the earth to be reused, making them fully sustainable. Only applicable in areas where there is volcanic activity, or where two tectonic plates meet. For this reason, places like Indonesia and the Philippines, which are located in the Pacific "Ring of Fire", or California, with its many fault lines and hot springs are strong markets para este tipo de energía.

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Y yacimientos energéticos a partir de vegetales . Como ejemplo de ello, la fabricación del Etanol, que es un biocombustible que puede ser mezclado con gasolina; está hecho de azúcar fermentada, y el maíz es su aporte primario. Actualmente, existen vehículos que pueden correr con una mezcla del 90% de gasolina y un 10% de etanol, aun cuando no hay casi suficiente etanol a base de maíz producido en el momento para encontrarse con esta capacidad. Hay, también, carros que pueden correr con un 85% de etanol e incluso con etanol puro, pero estos vehículos son de fabricaciones limitadas aun.

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Iniciamos así, el siglo “verde y azul”, renovando nuestro modelo energético, para desintoxicar los pulmones y piel del Planeta Tierra.