The Thin Film Hydroelectric Energy system utilizes rivers, lakes, etc., where the potential energy flows to a low level, converting the potential energy contained therein into the kinetic energy of the turbine, and then taking the turbine as the driving force to drive the generator to generate electricity. Due to the power of the power plant issued by the lower power voltage, to be transported to the distance of the user, it must be the voltage through the transformer increased, and then transported by the empty transmission line to the user concentrated area of the substation, and finally reduced to the family Users, factory power equipment voltage, and by the distribution line to the various factories and families.
When the brine flows through this nanoscale graphene, the latter is first electrolyzed and then self-synthesized, during which the by-product is the same current as the direction of the flow. The discovery of this principle provides a new idea for more gentle and environmentally friendly hydroelectric power generation. Most of the hydroelectric power is "rough", "swift" hydraulic shock, and a large number of mountains and rivers to build large rivers will inevitably affect the ecological environment. The use of brine and graphene power generation, although also follow the faster water, the greater the water, the higher the efficiency of the law, however, slightly gentle water with more long graphene belt can also stimulate the obvious power, as long as the rational use of existing Sea, rivers, but also to achieve the purpose of a large number of power generation.
Today, with the development of science and technology and people's living standards, people's demand for energy has also increased significantly. Traditional energy: coal, oil and natural gas have been in short supply. So we must use the natural wealth brought to us, that is, to develop new energy. So the experts began to find, find looking for, found a variety of resources can be exploited. Such as submarine combustible ice, solar energy, water and so on.
Hydroelectric power is popular to the kinetic energy of water into electricity. While the kinetic energy of water comes from the conversion of its potential energy. China is not an old saying that the water to the low flow it? Because there is a high degree of difference, so speed up the flow of water. Increased the kinetic energy of water. Thin Film Hydroelectric Energythe greater the difference in height, the greater the potential for its ability to be converted into kinetic energy and further into electrical energy.
The next step is the construction of Thin Film Hydroelectric Energy construction, but everything must be prepared, or will be loopholes. So before the formal construction, we must first local conditions, according to the specific circumstances to make the appropriate planning. Find the most suitable set of construction plans. Such as should pay attention to the rational choice of materials, construction time reasonable arrangements,Thin Film Hydroelectric Energy the reasonable arrangements for the construction work, the rational planning of construction equipment and so on. And extensive solicitation of all aspects of the proposal, repeated plans to modify, so nothing to do.