Abstract
In this article new effective designs of tower constructions (support of power lines (power line), a support of vetroelektrichesky installations (VEU), etc.) on which patents of the Russian Federation for inventions are taken out are considered. Methods of their calculations are given in the ANSYS software complex in order to determine the stress-strain state (VAT) and determine their actual operation. The use of new technical solutions in the construction of HEU towers will reduce material consumption by 15%.
Highlights
1500 класса IEC IIIB применённая при строительстве Адыгейской ветроэлектрической станции (ВЭС)
The use of new technical solutions in the construction of wind turbine towers will reduce material consumption by 15%
КОНСТРУКЦИИ С СОЕДИНЕНИЯМИ СТАЛЬНЫХ ТРУБ РАЗНОГО ДИАМЕТРА монография М-во образования и науки Российской Федерации, Казанский гос
Summary
1500 класса IEC IIIB применённая при строительстве Адыгейской ветроэлектрической станции (ВЭС). 1. Конструкция башни ветроэлектрической установки а) общий вид ВЭУ Acciona AW-82-1500 класса IEC IIIB; б) новая конструкция телескопического стыка Общий вид ветроэлектрической установки представлен на рис. Характеристики рассматриваемой ВЭУ представлены в таблице 1.
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