Fuelless generator – cheap and environmentally friendly source of energy.
Fuelless electric generator (jet engine) is an operating on water jet engine, created due to the ejection of a jet of water pressurized reactive power and simultaneously generating electrical current.
Fuelless electric generator (jet engine) is a combination of the upgraded pump – hydracarina, which unlike conventional hydrocarbon runs fully submerged at any depth and using for its operation only the potential energy of water at a given depth, throws himself from the spray with a high pressure stream of waterthat is under pressure at this depth in it, and built a special Converter of the kinetic energy output of the water jet into electrical energy, which generates AC or DC voltage required.
Fuelless electric generator (jet engine) is a that runs on water jet engine, created due to the ejection of a jet of water pressurized reactive power and simultaneously generating electrical current. Based on the resulting reactive force F and the output power generated by the electric current from the N diameter D and the depth of immersion h is given below.
N/S = 1,85h0,75 (MW/m2)
Fuelless electric generator (jet engine) is not “eternal engine“, and is a Converter of energy and has energy efficiency as all the converters of less than 100%.
Fuelless generator (jet engine) when using a special Converter of the kinetic energy output of jets of water into electrical energy does not contain any breaking of the rotating and reciprocating the incoming partsthat allows us to hope that its lifetime will be longer than the time possible the operation of conventional hydrocarbon.
1. As the pumpinstalled in the river, in the pond or in the sea to lift water to a height exceeding the level set is not less than 2000 meters.
2. As an individual mini power station for small diameter D. for Example, a device with a diameter of 0,24 meter and, respectively, 1.2 m long, mounted so that the axis of the device is at a depth of 0.5 meters in the river, in the pool or lake can generate an electric current of about 50 KW, which is sufficient for one individual home or cottage.
3. As the power plant giving electricity to the grid at a sufficiently large diameter D or for a sufficiently large equivalent diameter D being the diameter of the total area of the cross section of a package of several such devices, electrically connected in parallel. For example, a device with a diameter of 8 meters and, respectively, with a length of 40 meters, mounted so that the axis of the device is at a depth of 200 meters in the reservoir before the dam large hydropower plants can generate electrical current capacity of approximately 4950 MW and installed , and installed also, but the output used in this hydroelectric conventional hydroelectric units with an efficiency of 15% at the same water pressure to 200 meters, can generate an electric current capacity of about 4375 MW, which is more than 6 times compared to the capacity of this conventional hydraulic unit.
4. In the form of plants and water jets simultaneously with a corresponding diameter D or equivalent diameter D being the diameter of the total area of the cross section of a package of several such devices, electrically connected in parallel. For example, 4 devices, each with a diameter of 1 meter and respectively the length of 5 meters, mounted aft near the bottom of the modern nuclear submarine with a displacement of 21,000 tons, so that the axis of each device was at a depth of precipitation design of this cruiser, with the depth of this precipitation is of 9.7 meters, can provide electric current capacity of about 31.8 MW and the reactive power of about 56 300 kg, which is sufficient for the sustenance of this cruiser and its surface movement. And at the working depth of immersion of the cruiser equal to 380 meters, the 4 device can provide electrical current capacity of approximately 499 MW and the reactive power of about 222300 kg, which provides a design speed submerged speed equal to 29 knots and does not need the use of this cruiser design of nuclear power plants with a capacity of 190 MW.
Here are the links to the sources:
https://yandex.ru/patents/doc/RU2007111256A_20081010 ; https://yandex.ru/patents/doc/RU2006106647A_20070927 ; https://yandex.ru/patents/doc/RU2006123570A_20080110 ; https://yandex.ru/patents/doc/RU2005129637A_20060610 ; https://yandex.ru/patents/doc/RU2006120556A_20080220 ; http://easpatents.com/8-20688-gidrotaran-v-gidrotarane.html ; http://easpatents.com/8-19159-gidrotarannyjj-elektrogenerator.html ; http://easpatents.com/5-10732-podvodnyjj-gidravlicheskijj-taran.html.
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