Beyond wind: engineering the next generation of clean energy
Aldott was built on wind. What we are building next is broader — and it starts from the same discipline that got us here.
Aldott TechSolution was built on wind. What we are building next is broader — and it starts from the same discipline that got us here. We are extending the same R&D methodology that underpins our wind engineering practice into utility-scale solar PV and green hydrogen engineering. This is a statement of engineering intent, not a current service catalogue.
Wind-grade rigour for utility-scale PV
- Structural and energy yield analysis — foundation and racking loads, wind and snow load cases, single-axis tracker design.
- Irradiance and P50/P90 yield modelling for developer and financier confidence.
- Module discipline referenced to IEC 61215 and IEC 61730, with DC/AC ratio optimisation for lower LCOE.
- Grid integration engineering and interconnection studies for grid-integrated assets.
- Wind-solar hybrid convergence — shared yield modelling, grid studies, and structural governance.
Engineering the link from generation to infrastructure
- Electrolysis and stack integration — PEM and alkaline sizing against the connected generation profile.
- Power-to-X engineering for ammonia, synthetic fuels, and industrial feedstock pathways.
- Storage, compression, and transport system design across the generation-to-offtake gap.
- Offshore wind-to-hydrogen integration — turbine-to-electrolyser interface, offshore vs onshore trade-offs.
- Safety and economics to IEC 62282 and ATEX/DSEAR, with LCOH analysis for offtake negotiation.
Extend the methodology
Apply our existing R&D and certification-grade engineering — loads analysis, yield modelling, documentation discipline — to solar PV, using wind as the reference discipline.
Build hybrid delivery capability
Develop delivery capability for hybrid and co-located assets — wind-solar generation and wind-to-hydrogen integration — extending from work already underway on HT1 Aberdeen Bay.
Full-spectrum clean energy R&D
Establish Aldott as a full-spectrum clean energy engineering house — one R&D methodology applied across wind, solar, and hydrogen as a single system.
We are already in a position to have serious technical conversations about early-stage solar, hybrid, and hydrogen infrastructure projects. If you are a developer, OEM, or investor thinking about the next generation of assets, let’s talk early.
Start the conversationDiscuss 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