Systems and methods for deployment of wind turbines
First Claim
1. A wind power generation system comprising:
- a plurality of spaced apart wind turbines mounted on existing power grid structures and integrally connected with an existing power grid to deliver wind generated electrical energy to the power grid, each of the wind turbines comprising a metering device for providing and collecting information about the wind turbine'"'"'s electrical power generation, and a data transfer device to transfer data from each meter to a central data collection area, wherein the transfer data comprises data about each turbine'"'"'s serial number and kilowatt hours transferred.
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Abstract
Systems and methods for generation and distribution of commercial wind power are provided. In one embodiment, a deployment method centers on the commercial deployment of small sized wind turbines that use existing power poles or similar structures to place the wind turbines high above the tree lines and in a clean air flow regime. This deployment can be free of any land needs, and can generate substantial electrical energy without any new poles in the sky line. Each wind turbine can provide power directly to the power grid at the point of generation for usage close to the point of generation. The power produced by each wind turbine can be metered at the wind turbine, or the point of generation.
103 Citations
20 Claims
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1. A wind power generation system comprising:
a plurality of spaced apart wind turbines mounted on existing power grid structures and integrally connected with an existing power grid to deliver wind generated electrical energy to the power grid, each of the wind turbines comprising a metering device for providing and collecting information about the wind turbine'"'"'s electrical power generation, and a data transfer device to transfer data from each meter to a central data collection area, wherein the transfer data comprises data about each turbine'"'"'s serial number and kilowatt hours transferred. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8)
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9. A method of generating electricity comprising:
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mounting a plurality of wind turbines on existing power poles; integrally connecting the wind turbines with an existing power grid, such that power conditioning equipment within each turbine matches the power and frequency of the power wires at each power pole, and electricity generated by each turbine can be integrated into the existing power grid; monitoring each wind turbine and collecting data on each wind turbine'"'"'s performance; transferring the collected data to a central location; and making adjustments to the plurality of wind turbines in response to the remote monitoring, wherein mounting comprises spacing apart the wind turbines based on factors including but not limited to blade diameter of each wind turbine, surface of the land in which the wind turbine is mounted, the approximate location of other wind turbines, surface conditions of the land, the angle of the wind, wind turbulence, wind gusts, wind variations, and mounting height. - View Dependent Claims (10, 11, 12, 13, 14, 15, 16, 17, 18, 19)
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20. A method of generating electricity comprising:
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mounting a plurality of wind turbines on existing power poles; integrally connecting the wind turbines with an existing power grid, such that power conditioning equipment within each turbine matches the power and frequency of the power wires at each power pole, and electricity generated by each turbine can be integrated into the existing power grid; monitoring each wind turbine and collecting data on each wind turbine'"'"'s performance; transferring the collected data to a central location; and making adjustments to the plurality of wind turbines in response to the remote monitoring, wherein the collection of data comprises collecting information about each turbine'"'"'s serial number and kilowatt hours transferred.
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Specification