The power of data Vestas applies learnings from 27,000 WTGs worldwide to deliver quality products, world-class siting capabilities, and maintenance.
15%
Almost 15% of the total global accumulated installed base under surveillance
PRODUCT DESIGN
Data is the fundamental prerequisite for a design life of 20+ years
VALIDATION TESTING
Data ensures that accelerated lifetime simulations on key components are as realistic as possible
PROJECT SITING
Data enables siting to optimise component loads and production
SOURCING & PRODUCTION
Data ensures that the most significant CtQs (critical-to-quality) are thoroughly managed in manufacturing
OPERATIONS & MAINTENANCE
Data allows us to (through condition monitoring) implement timely predictive maintenance, thereby minimising lost production
Turbines under surveillance feed back data to the rest of Vestas value chain
Knowing wind better than anyone else translates into superior products and
capabilities
Data turned into insights via the Vestas supercomputer Firestorm
Upgraded 3 MW platform variants Increased AEP in all wind classes
V105-3.45 MW™ V112-3.45 MW™ V117-3.45 MW™
• Proven performance in high wind
• Hub heights to accomodate tip height restrictions
• Same blade family • Power modes
V126-3.45 MW™
• Strong performance in medium wind
• Available in a low noise variant (104.5 dBA)
• Large Diameter Steel Tower (LDST) available
V136-3.45 MW™
• Efficient and high energy production in low wind conditions (4270 equiv hrs)
• Advanced aerofoil • 105.5 dbA in noise mode • LDST available
Up to +10% AEP**
Up to +7% AEP*
Up to +12%
AEP***
* Site specific; compared to V112-3.3MW® IEC 2A ** Site specific; compared to V117-3.3MW® IEC 2B *** Site specific; compared to V126-3.3MW®
Boosting AEP performance in all wind classes Platform upgrade enables wind class upgrade
110m
120m
130m
3.0 MW 3.3 MW 3.45 MW
V117-3.45 MW™
V126-3.45 MW™
V136-3.45 MW™
V126-3.3 MW®
V117-3.3 MW®
V112-3.3 MW® V112-3.0 MW®
+12% AEP* Rotor size
Rating
IEC 3
IEC 2
IEC 1
*AEP=Annual Energy Production. Actual figures depend on site specific conditions.
Latest evolution on 3 MW platform Supporting wind class upgrades, increasing nominal power to 3.45 MW
Structural upgrade • Optimisation of load carrying structure
for higher rating and wind class upgrade
Drive train • Upgraded version of gearbox accommodated
to enable V136-3.45 MW™ and a low sound power V126-3.45 MW™ variant
Converter • Optimised industrial design • Enabling higher rating
Rotor • New 136 m structural shell
Future ready. Control system • Flexible and future ready
system setup based on industry 4.0 standards
• Ethernet based deterministic network
V112-3.45 MW™
9,852 m² swept area
• Introduced as V112-3.0 MW turbine for low wind in 2010
• Among the world’s most popular 3 MW turbines with more than 2,100 turbines installed*
• The upgraded V112-3.45 MW is suitable for high wind regimes
• Power modes available as option • HH 69m-84m available
*Installations include V112-3.0 MW® and V112-3.3 MW®.
V117-3.45 MW™
10,751 m² swept area
+7% AEP*
• Largest rotor for high wind sites in the Vestas turbine portfolio
• Increasing AEP on sites without tip height restrictions
• Power modes available as option • HH 80m-116.5m available
* compared to V112-3.3MW® IEC 2A
V126-3.45 MW™ IEC 2A Strong performance in medium wind, excellent sound power performance
• V126-3.45™ available for IEC 2A with a higher torque variant
• Max. sound power level at 104.5 dBA • Power modes available as option • HH 87m-166m available
* compared to existing IEC 2 class turbine (V117-3.3MW® IEC 2B)
+10% AEP*
104.5 dbA Noise mode 0
V136-3.45 MW™ rotor Advanced aerofoil design to increase lift and minimise drag
Vestas’ most advanced aerofoil design
Blade tips aerodynamically optimised for lower sound emissions
17% larger swept
area compared to V126-
3.3/3.45MW™
Swept area (m2)
3.5 MW 3.0 MW 4.0 MW
V136-3.45 MW™
E-126
GE130 SWT130
N131
Aerodynamics powered by wind data from 27,000 turbines under surveillance
V136-3.45MW™ features Vestas’ most advanced aerofoil to-date, designed specifically with cost of energy in mind. Improved aerodynamics enable improved lift to drag ratio, thereby improving AEP performance without adding load associated costs.
Swept area / Standard rating
Specific Rating
Key competitors with serial production scheduled in 2017
Key competitors with serial production scheduled in 2017
(W/swept area)
Grid connection support Optimised grid compatibility and customised output control
Vestas’ Electrical PreDesign simulates plant performance and predicts generation levels for optimised grid compatibility and business case certainty
Optimised grid compatibility and control strategies
Vestas Power Plant Controller® accurately controls the output of the wind power plant at the Point of Common Coupling. The Vestas Power Plant Controller® is scalable and customisable
Vestas' Electrical PreDesign provides the surest way of building a productive and highly profitable wind power plant, and describes optimal control strategies for use with the Vestas Power Plant Controller®.
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