Simulation tamed the wind.
A modern offshore turbine must survive 25 years of storms and a hundred million load cycles — and nobody can prototype-test 25 years. From Romax drivetrains to Nastran blades, SimEvolution delivers the tools that fly it in the computer first.
One turbine. Every physics.
Scroll to take the machine apart — each component is engineered with a dedicated simulation discipline. At the heart of it: the Romax drivetrain.
Rotor Blades
Each blade is a 115-metre carbon wing. Cradle CFD shapes its aerodynamics; Nastran verifies the strength and flutter margins of the longest single components ever manufactured.
Hub & Pitch System
Three blades pitch individually several times per revolution. Adams simulates the full machine dynamics — rotor, drivetrain and controller as one moving system.
Gearbox & Main Bearing
Thousands of kNm of rotor torque through gears that must last 25 years. Romax is the wind industry's benchmark for drivetrain, gear and bearing simulation — most of the world's turbine gearboxes are engineered with it.
Generator & Converter
Electromagnetic forces become tonal noise that certification authorities measure at the shoreline. Actran predicts and silences it before the nacelle is built.
Tower
Kilometres of circumferential welds in rolled steel. Simufact simulates the welding sequence so distortion and residual stress are engineered out before fabrication.
Monopile Foundation
Over 100 million wave and rotor load cycles in a service life. CAEfatigue predicts durability under the full random spectrum — the 25-year question, answered up front.
Born where the wind was tamed
Wind power is a Nordic story — and so is the engineering method behind it. The pioneers broke blades to learn. Today's machines are too big to learn that way: they fly in the computer first.
One toolchain for the whole machine
From blade tip to seabed — an integrated simulation suite covering every physics across the product lifecycle.
Romax
The wind industry's drivetrain standard — gears, bearings and shafts simulated as one system, from concept to certification.
MSC Nastran
The industry-standard FEA solver — blade strength, tower dynamics and aeroelastic stability for the largest rotating machines on Earth.
MSC Adams
Multi-body dynamics for the full turbine — rotor, pitch, yaw and controller simulated as one moving system.
Cradle CFD
Blade aerodynamics, wake interaction across the wind farm and nacelle cooling — fast, accurate, engineer-friendly.
ODYSSEE
AI and machine learning for CAE — digital twins fed by live turbine telemetry, predicting maintenance before failure.
CAEfatigue
100 million load cycles, answered up front — durability life under realistic random wind and wave spectra.
Simufact
Welding simulation for towers and foundations, forming and forging for gears — optimise the process before cutting steel.
View All Software
Explore the complete SimEvolution portfolio — structural, fluid, manufacturing and digital-twin solutions.
Trusted where failure is not an option
From offshore wind farms to launch vehicles — simulation expertise for the most demanding engineering challenges.
Ready to harvest the wind?
Talk to a simulation specialist. We offer technical demos, pilot projects and flexible licensing — from the countries that invented wind power.