Gamesa: 4.5 MW prototype wind turbine
The prototype generated 107.82 MWh yesterday and surpasses the previous record of 104.6 MWh set in March
The G10X-4.5 MW wind turbine, installed by Gamesa near Alaiz (Navarra, Spain), on 1 July set a new record for energy output by a wind turbine in Spain. The turbine generated electricity for a total of 107.82 MWh (98.26% of the day at nominal capacity and 100% of availability).
Yesterday the turbine's performance broke the previous record of 104.6 MWh, which was set by the same machine on 12 March.
Gamesa has erected in Spain two G10X-4.5 MW prototypes in Alaiz and Jaulin (Zaragoza).
Lightweight, competitive and easy to transport and assemble
Gamesa's G10X-4.5 MW offers 4.5 MW of nominal capacity, which makes it the most powerful turbine on the land-based wind energy market.
Its most appealing features include its light weight, despite its size - a 120-metre tower and blades more than 62.5 metres in length -; its competitiveness in cost of energy (CoE) terms; and its ease of transport and assembly. The latter makes the turbine as easy to handle as a 2.0-MW turbine, thanks to the technology behind its segmented blade - unique in the world - and to innovations such as the FlexiFit, a crane which couples to the nacelle and serves as a tool for assembling and servicing the machine.
The annual output of a single G10X-4.5 MW is enough to:
· meet the yearly electricity needs of 4.727 households
· replace nearly 1,400 equivalent tonnes of oil (toe/year)
· prevent 9,900 tonnes of CO2 atmospheric emissions annually
· prevent 57 tonnes of SO2 and 103 tonnes of NOX emissions annually
· the annual output of a wind turbine avoids the emissions produced by 3,300 cars annually, or the emissions avoided by 1,650 hectares of forest annually.
Cristina Perea Sáenz de Buruaga, CFA. Financial Markets Director