DE102005009039A1 - Wind catching and guiding system for supply unit of wind turbine positioned on ground surface has flywheel storage system, which is brought in motion by cubically increased wind energy concentration - Google Patents

Abstract

Wind catching and guiding system has flywheel storage system (4) brought into motion by cubically increased wind energy concentration which drives a generator (5) for current generation. The system consists of catching body, tapered from the inlet opening (1) to discharge opening (2), whereby encompassing material should have physical flow profile. The wind current energy collected at the inlet opening is compressed and strengthened by the tapering of the guidance system to the discharge opening. The cubically increased wind energy concentration arriving at the output section drives the positioned wind turbine. The wind turbine transfers with each wind force, its energy permanently to the flywheel storage system magnetically arranged behind it. A generator can extract kinetic energy from this flywheel storage system. The network supply can be achieved by the flywheel storage system and is no more determined from the wind conditions. The function of a wind rope takes place during a row formation of many attachments, with the appropriate enormous energy volume. The attachments can be set up with each base profile. Restrictions of capacity are no longer present with a projection on a special swimming body.

Description

Windauffang- and control system for supplying a ground-mounted wind turbine, with cubically increased wind energy content, which is a flywheel storage gets going and this one generator for power generation driven by demand.

To the state of the art of today's technology for the production of electricity from wind flows counts today the world's largest and most modern German wind turbine Repower 5 M, on 2 February 05 in Brunsbüttel went into the test run. If successful, she could go online within an offshore wind farm in 2008. (Tagesspiegel from February 2, 05) It is with the previous design features remained. No other conversion technology from wind to electric power. None higher absorption of wind energy, the largest part the wind continues to sweep past the rotors unused. None Constant power supply, too low winds, as well as in To strong winds, the economically interresting, the plant will throttled or completely stopped. No improvement from the previous one technical defects. No control of the feed, furthermore the wind determines the Timing of the feed, and not the need in the power grid. No Living without nuclear and thermal power plants, who must remain in potential reserve. Rotors wind turbines have ecological, but not economically their authorization. They are dependent on funding and will continue to be a burden on the national economy and on the subsidy drip hang stay.

• a) Das Windauffang- und Leitsystem besteht aus einem reusenähnlichen Auffangkörper, der sich von der Einström- zur Ausströmöffnung verjüngt, das ihn umspannende Material sollte ein strömungsphysikalisches Profil aufweisen.
• b) Die durch die Einströmöffnung aufgefangene Windstromenergie wird durch die Verjüngung des Leitsystems zur Ausströmöffnung hin, komprimiert und potenziert.
• c) Der nun im Ausgangsbereich ankommende kubisch gestiegene Windenergiegehalt treibt die hier positionierte Windturbine an.
• d) Die Windturbine überträgt, bei jeder Windstärke, permanent ihre Energie auf einen dahinter magnetgelagerten Schwungradspeicher.
• e) Von diesem Schwungradspeicher kann nun ein Generator bedarfsgeregelt kinetische Energie abfordern.
• f) Die Netzeinspeisung kann durch die Schwungradspeicherung nach Bedarf erfolgen. g) Die Netzeinspeisung wird nicht mehr von den Windverhältnissen bestimmt.
• h) Bei einer Reihenformation mehrerer dieser Anlagen wird die Funktion eines Windstaudamms erreicht, mit dem entsprechenden gewaltigen Energievolumen.
• i) Die Anlagen sind bei jedem Bodenprofil aufstellbar.(Flachland, Gebirge, Wüste, Täler)
• j) Bei einer Projektierung auf einem Spezialschwimmkörper, gibt es keine Kapazitätsbeschränkungen mehr. Hier heißt es nur noch wie viel Elektroenergie wird gebraucht? Sie wird sauber geliefert. Den Begriff offshore gibt es bei diesem Projekt auf See nicht mehr. Küstennähe kann sein, ist aber nicht mehr erforderlich. Sondern das am wirtschaftlichsten und patenziellste Windschöpfungsgebiet wird angesteuert und abgeerntet, wo immer es auf auf dem Meer auch sein mag. Schwimmkörper sind mobil und können wo auch immer sie wollen vor Anker gehen.

The solution to all these problems lies only in the wind collecting and control system, as characterized in the claim by the following features:

• a) The wind collecting and guiding system consists of a trap-like collecting body, which tapers from the inflow to the outflow opening, the material spanning it should have a flow-physical profile.
• b) The wind current energy captured by the inflow port is compressed and exponentiated by the taper of the guidance system towards the outflow port.
• c) The cubic increase in wind energy content arriving in the exit area drives the wind turbine positioned here.
• d) The wind turbine transmits its energy permanently to a magnetically stored flywheel storage unit, at any wind force.
• e) From this flywheel storage, a generator can demand kinetic energy as needed.
• f) Grid feeding can be done by flywheel storage as needed. g) The grid feed is no longer determined by the wind conditions.
• h) In a series formation of several of these plants, the function of a wind dam is achieved, with the corresponding huge volume of energy.
• i) The plants can be erected on any soil profile (lowland, mountains, desert, valleys)
• j) When planning on a special floating body, there are no more capacity constraints. Here it says only how much electrical energy is needed? It will be delivered clean. The term offshore does not exist anymore in this project at sea. Close to the coast can be, but is no longer necessary. But the most economical and most efficient wind creation area is controlled and harvested, wherever it may be at sea. Floats are mobile and can anchor wherever they want.

Claims (1)

Wind catchment and control system for supplying a wind turbine stationed on the ground, with cubically increased wind energy content, which gets a flywheel storage in motion and this drives a generator for power generation driven demand. The invention is characterized by the following features: a) The wind collecting and guiding system consists of a trap-like collecting body, which tapers from the inflow to the outflow opening, the material spanning it should have a flow-physical profile. b) The wind current energy collected through the inlet opening is compressed, compressed and increased by the tapering of the guidance system towards the outlet opening. c) The cubically increased wind energy content now arriving in the exit area drives the wind turbine positioned here. d) The wind turbine transmits its energy permanently to a magnetically stored flywheel storage unit, at any wind force. e) From this flywheel storage, a generator can demand kinetic energy as needed. i) The mains supply can be made by the flywheel storage as needed. g) The grid feed is no longer determined by the wind conditions. h) In a series formation of several of these plants, the function of a wind dam is achieved, with the corresponding huge volume of energy. i) The installations can be erected on any soil profile (lowland, mountains, desert, valleys) j) When designing on a special floating body, there are no more capacity constraints. Here it says only how much electrical energy is needed? It will be delivered clean. The term offshore does not exist anymore in this project at sea. Close to the coast can be, but is no longer necessary. But the most economically and potentially appearing Windschöpfungsgebiet is driven and reaped, wherever it may be on the empty. Floats are mobile and can anchor wherever they want.