A wind power generator (1) generating electricity using wind power as a power source includes a longitudinal-axis first windmill (20), a longitudinal-axis second windmill (30), and a generating apparatus (40).
The generating apparatus (40) is arranged between the first windmill (20) and the second windmill (30).
The vertical windmill includes a rotatable wind wheel column mounted to a base.
The invention relates to wind power engineering, in particular to wind power units with windmill-like propellers, the blades of which are parallel to the axis of rotation.
The embodiments for this idea are a drum container windmill shown in Fig. 5, a turbo fan windmill shown in Fig. 6, and a turbine windmill shown in Fig. 7.
The wind power plant comprises at least one wind generator, consisting of blades that extract wind energy and at least one electromechanical converter that is connected to said blades.
Also provided in this invention is a wind generator set.
The present invention relates to a wind generator.
Methods for regulating the operation of a wind generator.
The primary implementation envisaged is an airborne wind generator.
The wind power device comprises at least one wind turbine.
A wind turbine, referred to as a drag rotor is provided that converts wind energy into mechanical energy.
The invention also relates to a hub of a wind turbine, to a wind turbine, to a system for mounting a wind turbine and to a method for mounting a wind turbine.
Wind turbine assembly consisting of a wind turbine mounted in a wing profile.
Disclosed is a wind turbine generator and a wind turbine generator system using the wind turbine generator wherein a large output capacity is attained while maintaining mass productivity of the wind turbine generator.
A tethered wind powered electricity generating hybrid aerostat (i.e., static- dynamic wind machine) is described utilizing a partially or fully lighter than aircraft additionally having a set of wings with lifting and stabilizing capacity.
The invention relates to a device for substituting the brake in an aerogenerator.
The invention relates to a transmission for a wind power installation, a torque support for a wind power installation, and a wind power installation.
The invention relates to a rotor blade for a wind power plant and a wind power plant.
The invention relates to a wind energy turbine and to the construction of a wind energy turbine of this type, in particular offshore.
The invention also relates to a rotor blade of a wind power plant and to a wind power plant.
A wind turbine foundation and a wind turbine are disclosed.
A wind turbine body and a wind turbine are disclosed.
The invention further relates to a method for operating a wind turbine, a wind turbine hub and a wind turbine.
The invention further relates to an energy supply system comprising at least one wind energy installation (10), to a safety chain on a wind energy installation, and to a wind energy installation.
The invention also relates to a rotor blade for a wind turbine, as well as to a wind turbine.
A ladder assembly (27) for a tower (10) for a wind power generation.
The invention relates to wind power engineering.
The subject of the invention is the wind power plant designed for converting the energy of wind into electric power.
The invention further relates to an azimuth adjustment system of a wind energy plant, and to a wind energy plant.
The invention relates to a wind turbine.
The invention relates to wind power engineering.
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Traduction Translation Traducción Übersetzung Tradução Traduzione Traducere Vertaling Tłumaczenie Mετάφραση Oversættelse Översättning Käännös Aistriúchán Traduzzjoni Prevajanje Vertimas Tõlge Preklad Fordítás Tulkojumi Превод Překlad Prijevod 翻訳 번역 翻译 Перевод