SG 5.0-132

Onshore wind turbine

Greater returns at high-wind sites
The SG 5.0-132 wind turbine is the high-wind variant of the Siemens Gamesa 4.X platform. It is the result of our operational experience and a benchmark solution in its segment for efficiency, reduced LCoE and proven reliability.
Customer Contact

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Rotor diameter
132 m
Nominal power
5.0 MW
Special features
Key Facts
  • State-of-the-art control system
  • Enhanced blade aerodynamics
  • Flexible power rating
  • Structural modularity
Recommended for

High-wind sites, onshore locations

Other models in the platform
Model Rotor Dia. Wind type
SG 5.0-145 145 m Medium winds
Continuous improvement in performance, competitiveness and quality
Technical specification
General details
Rated power 5.0 MW
IEC class IEC IA
Flexible Power rating 4.0-5.0 MW
Control Pitch and variable speed
Standard operating temperature Range from -20°C to 45°C (with de-rating) (1)
Diameter 132 m
Swept area 13,685 m²
Length 64.5 m
Airfoils Siemens Gamesa
Material Fiberglass reinforced with epoxy resin
Type Multiple technologies available
Tower height 84 m and site-specific
Type 3 stages
Type Doubly-fed induction machine
Voltage 690 V AC
Frequency 50 Hz/60 Hz
Protection class IP 54
Power factor 0.9 CAP-0.9 IND throughout the power range (2)
(1) Different versions and optional kits are available to adapt machinery to high or low temperatures and saline or dusty environments.
(2) Power factor at generator output terminals, on low voltage side before transformer input terminals.
Proven Siemens Gamesa technology for onshore wind projects
Siemens Gamesa 4.X onshore wind platform


The Siemens Gamesa 4.X platform leverages the knowledge acquired through the development of our latest onshore wind turbines and integrates innovative technologies to achieve higher efficiency and cost-effectiveness.

Our onshore portfolio relies on proven concepts with extensive track record in the market, such as the combination of a three-stage gearbox (two planetary and one parallel) and a doubly-fed induction generator, which offer the higher levels of reliability.

In addition, the inclusion of an optional premium converter allows us to comply with the most demanding grid connection requirements.

Technological highlights
Our onshore approach is focused on geared technology, in which we have extensive knowledge and expertise. The hallmarks of Siemens Gamesa turbines are: reliability, robustness and a modular, flexible design for optimum adaptation and maximization of production at any site and in all wind conditions.
Thanks to OptimaFlex technology, we go beyond the traditional off-the-shelf approach that results in products that are sub-optimal for many sites, and we deliver a uniquely tailored solution that is perfect for our customers’ specific needs. Optimized site design combined with a customizable product platform, based on flexible power rating, site specific towers and optimized BoP solutions, allow Siemens Gamesa to deliver reduced LCoE by increasing AEP while optimizing cost.
As an aerodynamic blade add-on, DinoTails® Next Generation reduces the sound power levels by using a serrated trailing edge mounted at the blade and adding finer combs in between the teeth. This world-leading noise reduction technology enables us to create value for our customers by maximizing AEP and reducing the LCoE in sites with noise constraints.
This turbine is equipped with blades made of fiberglass reinforced with epoxy. Together with the state-of-the-art aerodynamic profile, we can produce lighter blades having greater strength and improved dynamic behavior with less load transmitted to the rest of the components.
Turbine sensors continuously transmit data to our diagnostic centers, enabling the early detection of anomalies and preventing potential failures. By analyzing vibration patterns we can optimize your service plan and anticipate repairs before serious damage occurs.
The pioneering RecyclableBlade is an option based on our proven IntegralBlade® technology and manufacturing follows the exact same process with only a change of resin. The new resin is as strong and reliable as before, but with added recyclability benefits. After reaching end-of-life and decommissioning the blade materials can be separated and recycled in new applications.
GreenerTower is an option, which focuses on achieving significant CO2 equivalent reductions in the steel plate production for steel towers. For the GreenerTower, a maximum of 0.7 tons of CO2 equivalent emissions are permitted per ton of steel. This means a CO2 reduction on the tower steel plates of at least 63% compared to conventional steel production.
Need Help?
The solutions we provide are driven by the benefits they deliver. This applies as much to our pursuit of absolute safety as to maximizing your return. Whether by inventing a new technology, evolving an existing product, or simply finding a smarter way of working, we strive to lower costs and raise returns on investments.

Our experts are on hand to help with any questions you have. Email us or login to our customer portal. Here you’ll be able to monitor configuration, production, and agreements for your wind power plants, and find relevant news from Siemens Gamesa Renewable Energy.

Operating in around 90 countries, Siemens Gamesa offers an extensive range of onshore wind turbine technologies to cover all wind classes and site conditions. By listening to our customers - and backed up by over 40 years of experience - we know just what it takes to develop and manage a successful onshore project.
Further onshore wind platforms


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