🚀 Design better wind turbines—faster and with confidence

⚡ From concept to validated design—without switching tools

Ashes integrates the full simulation stack into one platform:

• Structural dynamics
• Aerodynamics
• Hydrodynamics
• Control systems

No fragmented workflows. No manual stitching.

🧠 High-fidelity physics models you can trust

Simulate real-world turbine behavior with advanced engineering models:

• Nonlinear structural modeling
• Detailed aerodynamic loads
• Hydrodynamic and soil interaction for offshore systems
• Coupled multi-physics simulations

Translate complex physics into reliable design decisions.

🌊 Built for offshore and floating wind

Model the challenges others simplify:

• Floating turbine dynamics
• Wave and current loading
• Soil-structure interaction
• Environmental conditions across scenarios

Design with confidence in the most demanding environments.

🔬 Advanced analysis—without the overhead

• Fatigue and lifetime analysis
• Load case evaluation
• Extreme condition simulations

Go from raw model → actionable insight faster.

⚙️ Scalable performance with cloud computing

• Parallel processing
• Cloud-enabled computation
• Batch simulation workflows

Scale from single runs to large design studies effortlessly.

🧩 Flexible workflows for engineers and researchers

• Scriptable interfaces (Python integration)
• Command-line control
• Custom simulation pipelines

Use it as a tool—or as a foundation for your own systems.

🤝 Built for collaboration

• Cloud storage and model sharing
• Reproducible simulation setups
• Centralized project access

🎯 Who it’s for

• Wind turbine OEMs → accelerate design cycles
• Consultants → deliver validated results faster
• Researchers → run advanced simulations with full control

🔁 Replace fragmented simulation stacks

Instead of combining multiple solvers, custom scripts, and disconnected tools, use a single, integrated platform designed specifically for wind turbine engineering.