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Applied Innovation & Prototyping

​​Piloting automation and QA tools for tomorrow's wind analytics.

A stepwise programme translates internal R&D and partner feedback into prototypes and pilots. Early tools focus on consistency, audit trails, and semi-automated analysis, with the option to expand into collaborative platforms and APIs, as demand and funding evolve. Current roadmap includes:

  • LLM-assisted QA tools for internal use
  • TR6/IEC conformity check modules
  • Semi-automated "quick-check" visualisation dashboards (pilot phase)
  • Secure client portals for review and audit logs


Added value: A cautious, collaborative path toward digital solutions that enhance transparency, efficiency, and scalability across the wind sector.

Software Stack
[ WAsP · windPRO · OpenWind · MeteoDyn ]
[ PyWake · FOXES · Wake Blaster · WAsP Eng. · WRF · PyWAsP ]
[ Python · AWS · QGIS · n8n · Zoho · Inductiva ]
[ IEC 61400-15 · IEC 61400-50 · FGW TR6 · measnet ]
State-of-the-art Engineering Software
Research | Models+
Digital Infrastructure
Technical Compliance
Extensive Software-Stack for Tailored Applications
  • Windographer
  • WindPRO
  • WAsP
  • Openwind
  • Meteodyn CFD
  • WRF
  • Python
  • QGIS
  • Excel VBA
  • PyWake
Technical Contributions
[ IEA Wind ]
[ BWE - Bundesverband WindEnergie (Windgutachter Beirat) ]
International
National
Active Involvement in Technical Committees
  • IEA Task 52 Large-Scale Deployment of Wind Lidar
  • IEA Task 43 Wind Energy Digitalization
  • Windgutachterbeirat (technical wind experts committee in Germany)
Drivers and Working Principles
Delivery & Operations
Innovation & Culture
Business & Process
Risk & Compliance
Decentralised Delivery

Modular micro-services, expert-in-the-loop reviews, and a partner network to scale up or down per SOW.

Global Readiness

Remote-first delivery, time-zone aware scheduling, multilingual outputs, and region-appropriate datasets; export-controlled and cross-border data handled with documented safeguards.

Efficiency First

Automation of repeatable steps, templated QA checklists, and lean hand-offs.

Diversified Revenues & Risk

Balanced mix of services (EYA/DD/QA), training, and software enablement; onshore/offshore; EU and selective non-EU markets; multiple client segments to avoid single-channel exposure.

Compliance-by-Design

Methods aligned to relevant standards (e.g., FGW TR6 / IEC 61400-15), auditable assumptions and versioned models.

Innovation with Guardrails

Expert oversight for all deliverables.

Constructive Disruption

Replace manual, opaque steps with transparent, automated workflows; challenge default toolchains where evidence shows material quality/speed gains.

Open-Minded Transparency

Publish method notes, show uncertainty and sensitivities, invite independent review, and contribute back (where possible) to open tools/standards.

Analysis Conformity
Technical Guidelines
Recommended Practices
Standards
Technical Guidelines
  • FGW TR6 Rev12
  • Measnet - Evaluation of Site Specific Wind Conditions v3
Recommended Practices
  • Carbon Trust OWA Roadmap for Commercial Acceptance of Floating LiDAR Technology - v3
  • IEA Wind Recommended Practice 18. Floating Lidar Systems
Standards
  • IEC 61400-15-1 & -2
  • IEC 61400-50-1, 50-2, 50-3 and 50-4
  • IEC 61400-1
  • IEC 61500-3