A telescopic wind tower with reduced environmental impact - The Perima Project

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Abstract

A prototype of a telescopic pole for wind energy production with low environmental impact and its lifting system for a 60 to 250 kW turbine and a height of 30 m have been designed and manufactured. A telescopic tower, which is raised and lowered by automation or by remote control, allows to differentiate the presence of the generator within the landscape over time. Research target: the optimal design of the telescopic coupling, the design for maintaining the preload and for the rotational decoupling, the optimization of the pairs of sleeves, the design of the pegs and the bushes of the jack-up lifting system. All the components of the wind tower have been preliminary analyzed through FEM stress computational analysis. The prototype was installed in Caltanissetta, Italy, and successfully tested.
Lingua originaleEnglish
pagine (da-a)7-9
Numero di pagine3
RivistaWINDTECH INTERNATIONAL
Volume15
Stato di pubblicazionePublished - 2019

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Towers
Environmental impact
Jacks
Remote control
Wind power
Poles
Turbines
Automation
Finite element method
Optimal design

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title = "A telescopic wind tower with reduced environmental impact - The Perima Project",
abstract = "A prototype of a telescopic pole for wind energy production with low environmental impact and its lifting system for a 60 to 250 kW turbine and a height of 30 m have been designed and manufactured. A telescopic tower, which is raised and lowered by automation or by remote control, allows to differentiate the presence of the generator within the landscape over time. Research target: the optimal design of the telescopic coupling, the design for maintaining the preload and for the rotational decoupling, the optimization of the pairs of sleeves, the design of the pegs and the bushes of the jack-up lifting system. All the components of the wind tower have been preliminary analyzed through FEM stress computational analysis. The prototype was installed in Caltanissetta, Italy, and successfully tested.",
author = "Nicola Montinaro and Marco Sinagra and Tullio Tucciarelli and Antonio Pantano",
year = "2019",
language = "English",
volume = "15",
pages = "7--9",
journal = "WINDTECH INTERNATIONAL",
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T1 - A telescopic wind tower with reduced environmental impact - The Perima Project

AU - Montinaro, Nicola

AU - Sinagra, Marco

AU - Tucciarelli, Tullio

AU - Pantano, Antonio

PY - 2019

Y1 - 2019

N2 - A prototype of a telescopic pole for wind energy production with low environmental impact and its lifting system for a 60 to 250 kW turbine and a height of 30 m have been designed and manufactured. A telescopic tower, which is raised and lowered by automation or by remote control, allows to differentiate the presence of the generator within the landscape over time. Research target: the optimal design of the telescopic coupling, the design for maintaining the preload and for the rotational decoupling, the optimization of the pairs of sleeves, the design of the pegs and the bushes of the jack-up lifting system. All the components of the wind tower have been preliminary analyzed through FEM stress computational analysis. The prototype was installed in Caltanissetta, Italy, and successfully tested.

AB - A prototype of a telescopic pole for wind energy production with low environmental impact and its lifting system for a 60 to 250 kW turbine and a height of 30 m have been designed and manufactured. A telescopic tower, which is raised and lowered by automation or by remote control, allows to differentiate the presence of the generator within the landscape over time. Research target: the optimal design of the telescopic coupling, the design for maintaining the preload and for the rotational decoupling, the optimization of the pairs of sleeves, the design of the pegs and the bushes of the jack-up lifting system. All the components of the wind tower have been preliminary analyzed through FEM stress computational analysis. The prototype was installed in Caltanissetta, Italy, and successfully tested.

UR - http://hdl.handle.net/10447/354802

UR - https://www.windtech-international.com/editorial-features/the-perima-project

M3 - Article

VL - 15

SP - 7

EP - 9

JO - WINDTECH INTERNATIONAL

JF - WINDTECH INTERNATIONAL

SN - 1574-2415

ER -