Products - World of Wind

00:57
The V100-1.8 MW is optimised for onshore sites with low wind.
01:39
The V90-1.8/2.0 MW is optimised for sites with low to medium winds.
01:07
The V80-2.0 MW is optimised for sites with high winds.
01:34
The V164-7.0 MW holds several vital features minimising risk and lost production.
01:11
The V164-7.0 MW has an optimal rotor-to-generator ratio to maximise yield.
01:40
In the design process, all factors are taken into account, from foundation, production and sourcing to commissioning and service.
01:10
The V164-7.0 MW is 100% dedicated to offshore and optimised for the conditions in the North Sea.
02:46
Through the Vestas Performance and Diagnostic Centre, Vestas continuously monitors 16,000 turbines to better understand the wind and predict failures.
02:45
Through the Vestas Performance and Diagnostic Centre, Vestas continuously monitors 16,000 turbines to identify any abnormalities that might signal a potential future failure.
01:14
The V112-3.0 MW Offshore turbine is optimised to take full advantage of the wind conditions at sea.
01:49
Vestas always seeks to reduce the time and cost of servicing and, hereby, maximise turbine uptime.
01:58
The V112-3.0 MW has been specifically designed to take full advantage of lower wind sites.
01:33
In terms of weight, height and width, the V112-3.0 MW is designed to be easily transported to any site in the world.
01:39
Vestas' vision of a fully integrated offshore manufacturing facility.
02:15
The V112-3.0 MW delivers the most competitive cost of energy for low to medium wind sites.
02:19
The installation of a V100-1.8 MW turbine in Spain.
02:20
Offshore wind must play an increasingly central role if governments are to meet their climate change obligations.
01:40
Design Strategy for the V164-7.0 MW explained by Albert Winnemuller, Chief Project Manager, Vestas Technology R&D