Engineering and certification support for onshore and offshore wind projects.
Independent technical counsel for OEMs, developers, and certification bodies.
Core engineering capabilities
Disciplines, named deliverables, and explicit standards — not adjectives. Full catalogue on the services page.
Custom Turbine Design
Concept-to-detail turbine design — rotor, drivetrain, tower, and control architecture engineered as one integrated system.
Loads & Structural Analysis
Integrated load calculations across turbine, tower, and support structure, including wind, wave, and soil-structure interaction.
Type Certification Support
Design documentation, load verification, and technical file preparation aligned to IEC 61400-1 and IECRE schemes.
Certification-grade engineering for onshore and offshore wind — loads, design, and documentation built to be checked.
Independent counsel. Senior hands. Full lifecycle.
Wind energy has no shortage of engineering vendors. It has a shortage of firms that will tell a client the uncomfortable technical truth, and then stay on the project long enough to fix it.
Independence of advice
Aldott is not owned by a turbine OEM, a developer, or a certification body. Our recommendations on load margins, foundation concepts, and certification readiness are not shaped by a parent company’s commercial interest — which is why OEMs, developers, and certifiers all bring us the same file without conflict.
Lifecycle framing, not project framing
We think in initiation, development, engineering, construction, and operation — not billable deliverables. A loads model built during concept design is the same one we defend at certification and revisit during operation. Nothing gets re-engineered from scratch, because nothing was ever handed off.
Senior access, not account layers
Every engagement is led by the engineers who actually run the numbers — not a client-facing lead backed by a junior bench. At 150+ projects and counting, that discipline is the reason clients return for the next phase instead of re-tendering.
Projects that hold up under review
Representative engagements across fixed and floating offshore wind.
HT1 Aberdeen Bay
Led site-specific load analysis and structural integration for a combined offshore wind and hydrogen production platform, aligning turbine loads, foundation design, and hydrogen infrastructure into a single certifiable structural system.
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Normandy I & II
Delivered layout design and site-specific load studies across two large offshore arrays, optimising turbine spacing and foundation loading against metocean data and wake-interaction effects at scale.
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Brittany Floating Wind
Engineered floating substructure and mooring load concepts through dynamic design analysis across combined wind, wave, and platform-motion load cases.
View projectWhat clients and certifiers say
Independent endorsements from certification bodies, turbine OEMs, and offshore developers we have delivered for — spanning 2015 to 2025.
The Design Basis Part B prepared by Aldott was successfully approved by the UL certification body and accepted by BSH. We strongly recommend Aldott TechSolutions.
MingYang European Business & Engineering Center GmbH
The performance has always been very high, demonstrating professionalism and availability out of the ordinary. We highly recommend the professionals of Aldott TechSolution.
WindGuard Certification GmbH
Approved without a single query on the feedback report — a great achievement. Aldott optimised the nacelle frame and reduced its weight by ~1300 kg.
Pioneer Wincon — Para Enterprises Pvt. Ltd.
It’s our absolute pleasure to work with Aldott as an engineering consultant. The structured work and attention to detail is praiseworthy — we are very happy to recommend Aldott.
enbreeze GmbH
- MingYang (MySE)
- WindGuard
- Pioneer Wincon
- enbreeze
- Doosan
- Rentel / C-Power
- DEWI-OCC (UL)
7 written endorsements · 4 countries · Certification bodies, OEMs & developers
One team, one model — initiation to operation
A loads model built during concept is the same model we defend in certification and revisit in operation. Nothing re-engineered from scratch, because nothing was handed off.
Initiation
Site-specific design basis, feasibility, and FEED-level studies that pressure-test viability before capital commitment.
Development
Wind and metocean analysis, energy yield modelling, and concept design worked against IEC 61400-1 load cases.
Engineering
Aero-elastic modelling, structural and foundation design, and load verification built for certification-grade scrutiny.
Construction
Owner's engineering, contractor coordination, and structural integrity management through build-out.
Operation
Performance monitoring and design revisit using the same loads model built at concept.
Initiation
Site-specific design basis, feasibility, and FEED-level studies that pressure-test viability before capital commitment.
Development
Wind and metocean analysis, energy yield modelling, and concept design worked against IEC 61400-1 load cases.
Engineering
Aero-elastic modelling, structural and foundation design, and load verification built for certification-grade scrutiny.
Construction
Owner's engineering, contractor coordination, and structural integrity management through build-out.
Operation
Performance monitoring and design revisit using the same loads model built at concept.
Beyond wind: solar PV and green hydrogen
A statement of engineering intent — not a current service catalogue. Wind remains our core practice.
Discuss a project with our engineers
Talk to our engineering team about your next wind energy project. We aim to respond within one business day.
European headquarters, client engagement, project management, certification coordination
Engineering office, loads analysis, design support, documentation