HELIO-WIND POWER PLANT

摘要

The present invention concerns to sphere of helio-wind energy and is intended for creation powerful helio-wind power plants. A Helio-wind power plant contains helio-transforming and wind-directing spaces, the thermodynamic and aerodynamic devices forming rotary-forward vortical trajectories of movement of energy-saturated airflows, wind turbine with the electrogenerating device which are connected among themselves by the contactless way, without application of traditional shaft as concentrators and transmitters of mechanical energy, and the air-outlet channel. Wind turbine is executed compound of base parts - the connected pairs concentric energy-differentiative bushes rotating around of the general axis on independent support between which blades from an easy air-tight material are fixed, for example, from flexible metal sheets and-or high-strength films, kept at efforts by bandage ropes. Energy-differentiative bushes are executed compound by means of constructive modules, in particular, from aluminium alloys, the titan or an easy composit material. Constructive modules are made on the equipment of the raised accuracy in conditions of machine-building shops, with giving of individual distinctive attributes by him according to technology of assembly which during installation works, in particular, visually, differ marks. Wind turbine contains in the structure of two or more pairs energy-differentiative bushes forming together with blades separate energy-transforming channels. Each pair of energy-differentiative bushes can structurally be carried out as independent wind turbine, covering another with the general axis of rotation. By means of sites of cases of energy-differentiative bushes, free from blades, the rotating magnetic systems creating electromotive force in motionless induction coils which are components concentrically placed electrogenerating sections are placed. In a base variant of helio-wind power plant are applied two wind turbines or two pairs energy-differentiative bushes, internal from which is connected by an entrance cavity with helio-transforming space, and external, covering the first on perimeter, - with wind-directing space. The helio-transforming space containing helio-absorbing surfaces, is executed by means of transparent thermal-insulation coverings and connected by air-inlet channels through auxiliary technological means to an input of wind turbine above which the motionless site of air chimney and a controlled superstructure to it is placed. The wind perceptive surface of a controlled superstructure is adjusted due to corresponding moving its separate sites, depending on speed of a wind. The wind-directing space is created by means of extended in length and height of the transparent designs focused in radial directions from periphery of a complex to an axis of the channel. Created helio-wind power plant under the technical and economic, consumer and ecological characteristics has advantages before thermal power station, the state district power station and the atomic power station and can effectively replace them.