Vestas V100-2.6 MW
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Wind. It means the world to us.1

V100-2.6 MW reliability, performance and safety More energy from medium-to-low wind sites Maintaining the highest standards of safety The new V100-2.6 MW broadens the Vestas portfolio in the low-to-medium wind speed range, allowing you to install the optimal turbine choice for your site. The V100-2.6 MW adheres to Vestas’ stringent safety requirements. From the safety system in the nacelle, to a fall arrest device, service lift and safe access to the hub, the V100-2.6 MW is designed to be a safe workplace. It is based on one of the most proven platforms in the industry, the V90-3.0 MW...

wind speed sites Wind. It means the world to us.™ lessly committed to the success of wind as a source of energy for the world, providing everything you need to succeed in your wind power ambitions.

V100-2.6 MW an excellent choice If you want to ensure the yield of your low and medium-wind locations (IEC IIB), the V100-2.6 MW is an excellent choice. Wind speed (m/s) 6 6.5 7 7.5 IEC lll 8 8.5 IEC ll 9 9.5 IEC l V112-3.0 MW OFFSHORE (IEC IB) V112-3.0 MW V100-1.8 MW V100-1.8 MW GridStreamerTM V90-3.0 MW V100-2.6 MW (IEC IIB) V90-2.0 MW V90-2.0 MW GridStreamerTM V90-1.8 MW V90-1.8 MW GridStreamerTM V80-2.0 MW V80-2.0 MW GridStreamerTM V60-850 kW (IEC IIB) V52-850 kW – 100 meter rotor diameter – 2.6 MW rated power 10

+2,170 The V100-2.6 MW is based on 2,170 successful installations of the tried and tested V90-3.0 MW. Reliable, durable and efficient – the benefits of proven technology Medium-to-low wind sites are expected to dominate the market in the coming years. The V100-2.6 MW complements our portfolio for this segment and meets your demand for a turbine tailored for these wind conditions. It is based on the V90-3.0 MW platform, one of the most proven platforms in the industry, with more than 2,170 installations since 2002. The V100-2.6 MW uses technology which has already shown its efficiency and...

Maximising yield with innovative technology The V100-2.6 MW allows you to increase productivity at low-to-medium wind sites by extracting more power and minimising downtime. A number of features inherited from the V90-3.0 MW ensure optimised energy production, lower costs and a strengthened business case: Integrated drive train: The nacelle design, including the integrated drive train, minimises the weight and loads of the V100-2.6 MW, which reduces foundation loads and reduces transportation expenses. Light and efficient blade design: V100-2.6 MW blades are made out of glass fibre/carbon...

Blade – Glass fibre/carbon spar with glass fibre airfoil shells – Slim blades with efficient wind utilisation Drive train – Compact design without main shaft – Main bearing is integrated into the gearbox – Two planetary stages plus one helical stage gearbox – Forced oil lubrication Yaw system – Four-step planetary gear with motor brake and torque limiter – Six yaw gears – Automatic lubrication, designed to reduce number of scheduled maintenance visits to once a year Control system Tower Generator – Synchronisation of generator to the grid – Operation of turbines during various fault...

V100-2.6 MW a safe choice Safety comes first The most important factor in reliability and risk management is safety. Making sure your wind power plant is a safe work environment is a top priority for us. We constantly reassess our safety performance and design our processes to continually reduce the number of industrial injuries. The V100-2.6 MW has inherited all of the safety features from the V90-3.0 MW, ensuring a safe workplace. Rotating parts within the nacelle are shielded. All components are positioned for ease of access. Most service and maintenance can be carried out using standard...

POWER REGULATION pitch regulated with variable speed OPERATING DATA Rated power Cut-in wind speed Rated wind speed Cut-out wind speed Re-cut in wind speed Wind class Operating temperature range standard range: SOUND POWER (Mode 0,10 m above ground, hub height 80 m, Type two planetary stages and one helical stage tubular steel tower BLADE DIMENSIONS NACELLE DIMENSIONS Max. weight per unit for transportation 70 metric tonnes Rotor diameter Swept area Nominal revolutions Operational interval full blade feathering with three pitch cylinders Generator type four-pole doubly fed generator

committed, highly-trained employees around the globe are always ready to help in any aspect of wind power production. Noise reduced sound power modes are available

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