Werbung Vestas erhält dritten Repowering-Auftrag in den USA Produkte Techniken-Windkraft Windenergie Windparks Wirtschaft 2. Januar 2017 Hinweis: Die Bildrechte zu den Beitragsfotos finden Sie am Ende des Artikels Vestas receives 29 MW repowering order in the United States (WK-intern) – The order comprises 29 MW of V110-2.0 MW turbine components for repowering wind projects and is Vestas‘ third repowering order in the U.S. in December. The firm and unconditional order includes 29 MW of V110-2.0 MW turbine components that enable future repowering efforts within the customer’s operating wind project portfolio. The turbine components will be manufactured at Vestas‘ Colorado factories with delivery expected in the beginning of 2017. Repowering existing and aging wind projects with new technology is expected to increase over the coming years with repowering offering substantial returns from increased annual energy production and reduced operating costs. „At Vestas we always look for ways to add value through collaboration and innovation in our technology and solutions. Vestas‘ repowering solutions is an example of this and will be used to unlock even more value and performance from existing wind projects“, said Chris Brown, President of Vestas‘ sales and service division in the United States and Canada. Customer name has not been disclosed at the customer’s request. Vestas secures order for 67 MW in the United States The order comprises V110-2.0 MW turbine components that both enable future project pipeline and repowering of existing operating assets. The order includes supply and commissioning of the wind turbines. Multiple components will be produced at Vestas‘ Colorado factories. Customer name has not been disclosed at the customer’s request. PR: Vestas-American Wind Technology, Portland, USA Vestas Windpark / Fotos: HB Weitere Beiträge:E.ON will 500 Millionen Euro für Klimaschutz und Konjunkturbelebung ausgebenGunar Hering von ENERTRAG ist „Energiemanager des Jahres 2022“SKF liefert Lager für die Turm- und Blattverstellung sowie für die Rotorwellen von Windenergieanlage...