The wind energy
engineering platform
built for the way you actually work.
Full aeroelastic simulation in your browser. The same OpenFAST, FAST.Farm, and TurbSim your certifier already trusts — running on elastic cloud compute. Introducing Zeph — your AI assistant, built into the platform to configure runs, diagnose failures, and interpret results alongside you.
The Problem
Stop paying senior engineers to babysit simulations.
Most teams lose a week per design iteration on script orchestration, cluster queues, and missing output files. One bad path or one missed seed and the whole campaign needs re-running.
TurbineX handles execution, storage, and provenance — and Zeph handles the workflow knowledge. Your engineers ship designs faster, your reviewers get a traceable record, and your budget stops funding HPC overhead.
The Platform
See it in action
From turbine configuration to structured engineering results — every step in your browser.
IEA 15 MW floating offshore — turbulent inflow with platform motions, dynamic mooring lines, and wave field visualisation.
Capabilities
From a blank turbine to a defensible report — without the plumbing.
Everything an aeroelastic workflow needs is in the browser. Nothing your engineers need to maintain.
Full DLC campaigns the same morning you submit them.
Hundreds of cases in parallel on managed workers — no queues, no nights, no weekends.
DLC 1.1 through 6.4 with turbulent and deterministic wind models, yaw sweeps, fault events, and per-case overrides.
IEC 61400 is the workflow, not a setting.
Wind classes, turbulence categories, onshore/offshore/floating DLC templates ship out of the box.
IEC 61400-1 Ed.4, IEC 61400-3-1, IEC 61400-3-2 — partial safety factors, analysis types, and wind models preconfigured.
Fatigue and extreme loads without the post-processing scripts.
Rainflow, DELs, load rankings, statistics — computed the moment a run finishes.
Wohler exponents, channel grouping, min/mean/max/std across seeds. Export to CSV or generate certification reports.
One platform, every foundation.
ElastoDyn, HydroDyn, MoorDyn, SeaState — monopile, jacket, semi-sub, spar handled the same way.
Wave spectra, current profiles, mooring line dynamics, and second-order wave kinematics handled by the platform.
Audit-ready provenance, end to end.
Versioned inputs, outputs, solver build, and timestamps — read-only links you can share with reviewers, clients, or certifiers.
Every study is versioned. Share read-only result links with clients or certification bodies.
An API for every click.
Personal API keys plus documented Python + curl examples — automate the day you sign up.
Submit batches, poll status, download results, manage turbine configs — every UI action is a documented endpoint.
Analysis
Engineering decisions, not raw output files.
Every run produces explorable, exportable results — time series, statistics, DELs, load rankings, and a PDF a non-engineer can open. No post-processing scripts to maintain.
Time Series
Multi-channel plotting with zoom
Fatigue DELs
Rainflow counting, Wohler curves
Load Rankings
Extreme loads across all DLCs
PDF Reports
One-click certification documents
Meet Zeph — your AI assistant for wind engineering.
An engineering-first assistant trained on OpenFAST, IEC 61400, and the way TurbineX actually configures simulations. No marketing chatter — just direct, cited answers that translate to clicks.
Configure runs in plain English.
Ask Zeph to set up DLC 1.3 at IEC class IA with three yaw errors — it fills the UI, you click run. No file editing, no template hunting.
Diagnose failed simulations.
Point at a run or paste the error. Zeph reads the logs, traces it back to the parameter that caused it, and proposes the fix you can click.
Interpret results, not raw output files.
Ask why a fatigue rank shifted between revisions or what's driving the tower-base DEL. Zeph cites the channels and runs it's drawing from.
Zeph is on every page of the platform — bottom-right, one click away.
Who It's For
Built for teams under deadline pressure.
Five-person consultancy or global OEM — the bottleneck is never the solver. It's the workflow around it.
Turbine OEMs
Cut a design-iteration cycle from a fortnight to an afternoon.
Run thousands of DLC cases per design variant. Compare load envelopes across configurations. Full provenance for type certification.
Engineering Consultancies
Bill per-project, deliver per-deadline, never lose a deliverable to an HPC ticket.
Isolated workspaces per client, usage tracking per project, and exportable reports your clients and their certifiers can trust.
Independent Engineers
Compete with OEM internal tooling without paying for an HPC team.
Enterprise-grade simulation infrastructure without enterprise overhead. No HPC, no servers, no scripts to maintain.
Educators & Researchers
Students touch the physics on day one, not week six.
No compilation, no environment configuration, no cluster access. Students focus on the physics — not the plumbing.
Enterprise Ready
Built for teams that need to trust their results
Dedicated compute
Your organisation runs on isolated infrastructure — dedicated workers, private storage, and guaranteed capacity. No shared queues, no noisy neighbours.
Custom OpenFAST builds
We compile, test, and version-manage a custom OpenFAST build tailored to your needs — proprietary modules, internal controllers, or specific solver patches. Every build is tagged and reproducible.
SSO & directory sync
SAML 2.0 and OIDC single sign-on with automatic user provisioning. Connect Okta, Azure AD, or your corporate identity provider.
Role-based access control
Granular permissions — engineers submit jobs, leads review results, admins manage billing and team membership. Audit every action.
Usage metering & cost allocation
Track compute consumption per team, per project, per engineer. Export usage reports for internal cost allocation or client billing.
On-premise deployment
Deploy TurbineX on your own infrastructure — air-gapped, on-premise, or private cloud. Full platform, your network, your compliance rules.
Engineering Notes
From the team
Why We Built TurbineX — and How It Changes the Way Wind Projects Get Done
The most powerful simulation tools in the industry are barely usable. We built TurbineX because the workflow — not the physics — is what is holding the industry back.
OpenFAST v5.0.0: What Changed and Why It Matters
A deep dive into the solver improvements, new output formats, and breaking changes in OpenFAST v5 — and how TurbineX handles them transparently.
A Practical Guide to IEC 61400-1 Certification with OpenFAST
DLC selection, seed management, post-processing, and report generation — the complete workflow for onshore and offshore certification.
From sign-up to your first DLC matrix in under an hour.
Create a free evaluator account, load an IEA reference turbine, and pull a full DLC 1.1 batch — entirely in the browser.
For developers
Scriptable from day one
Every UI action is a documented REST endpoint. Personal API keys, a Jupyter quickstart, and Python + curl snippets get you automating submissions in an afternoon.
Newsletter
Engineering notes, delivered.
Wind simulation insights, IEC certification tips, and platform updates. No spam.