WIND TURBINES STRUCTURAL PARTS

Brand Owner (click to sort) Address Description
AVAILON Availon Inc. 3060 S.E. Grimes Blvd. Ste. 500 Grimes IA 501115007 Wind turbines and structural parts for wind turbines, namely, current generators, propellers for wind powered electricity generators, drive systems being part of wind powered electricity generators, gearboxes, shafts, rotor blades, and transformers;Repair and maintenance services for wind turbines and parts for wind turbines namely generators, propellers, drive systems, gearboxes, shafts, rotor blades, and transformers;
WINDFLOAT Principle Power, Inc. 5901 Christie Ave, Suite 303 Emeryville CA 94608 Wind turbines and structural parts therefor;Construction of wind turbines;Design for others of wind turbines;
WINDTERRA Windterra Systems Inc. Suite 550 1000 8th Avenue SW Calgary T2P3M7 Canada Wind turbines and structural parts and accessories for wind turbines, namely, inverters, towers, and roof top mounts;Construction, installation, maintenance and repair of wind turbines; providing information relating to the construction, installation, maintenance and repair of wind turbines; consultancy and advisory services in relation to construction, installation, maintenance and repair of wind turbines;WIND TERRA;Retail store services and on-line retail store services featuring wind turbines and structural parts and accessories for wind turbines and providing consultancy and advisory services and purchasing information in relation thereto;Design, development and testing of wind turbines and components of wind turbines; providing information relating to the design, development and testing of wind turbines and components of wind turbines; consultancy and advisory services in relation to design of wind turbines; technical consultation regarding the development and operation of wind power projects and effecting such projects;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A method for a functional test of a wind turbine generator plant which comprises the following procedural steps: a control unit for the wind turbine generator plant reads in actual values from at least one structural part of the wind turbine generator plant and generates control signals for actuators of the wind turbine generator plant, a simulation unit has at least one input and at least one output as well as one or more mathematical models which depict the behaviour of one or more structural parts of the wind turbine generator plant, the control signals are applied to the input of the simulation unit and the modeled actual values of the models on the structural parts are applied to the output of the simulation unit, wherein the actual values of the simulation unit are applied to the input of the control unit and the control signals of the control unit are applied to the input of the simulation unit; the simulation unit models the actual values of the structural parts resulting for the control signals applied, for certain initial conditions.