What are some energy production methods?

humanity has produced electricity on industrial scale since 1881. The first power plants used water energy and coal energy. Since then, other energy production methods have been introduced: natural gas, oil, nuclear and small amounts of energy generated by solar, tidal, wind and geothermal sources. In 2006, about 15% of global energy production via nuclear, 16% through water space, 68% through fossil fuels (coal, oil, natural gas) and less than 1% through renewable sources (solar, wind, tidal).

Energy production includes either the transformation of thermal energy, such burning oil, mechanical energy, or mechanical energy, such as moving windmill blades, on electricity using a generator. Even in the case of an advanced energy source, such as nuclear, the heat from the fission core is used to heat the water that changes the turbine and provides electricity.

The force was generated in large quantities from diametersSlovak revolution, when Was used everything from performance from performance to chemical synthesis plants. Since then, thirst has increased exponentially after electricity and we have resorted to any ways of energy production.

Especially since the age of 80, the Western world has been trying to reduce its dependence on fossil fuels and increase the use of renewable resources, but had a little success. Two primary problems on the use of the power of fossil fuels were possible to finance terrorists and release greenhouse gases by combustion. Anthropogenic greenhouse gases were referred to as the main cause of global warming.

so far proposed alternative energy production methods were creative, but insufficient to eliminate the world to the world from fossil fuels. After nuclear accidents in Chernobyl and Three Miles, the public, especially in the United States, was with the aim of full of nuclear energy support, although it may be a comeback.

The ideal method of energy production can be a nuclear fusion - also a source of solar energy. During the nuclear fusion, the atomic cores joined together and released the energy of the binding. Unfortunately, no experiment of nuclear fusion created has so far created more energy than it was consumed.