Parametrica is built on a decade of research in atmospheric science and wind energy, carried out at Imperial College London and the US National Renewable Energy Laboratory, and continued in the open today. We publish, we sit on the standards committee, and we take work packages inside European research programmes.
Our founder directed over $6.7M of research at NREL, including a $3.9M US Department of Energy programme on hurricane impacts on offshore wind, led renewable-energy and offshore risk model product lines at Moody's used by 100+ organisations worldwide, chaired the IEA Wind Topical Expert Meeting on Extreme Weather Impact on Offshore Wind (2024), and serves on the IEC TC88 61400-3-1 standards committee.
Fifteen co-authors from national laboratories, universities and industry map the eight research gaps between today's IEC design basis and the typhoon-basin sites the industry is moving into.
Research · Wind Energy Science, 2026A direct comparison across five atmospheric scenarios for three planned offshore wind farms off the US East Coast. Mesoscale models capture the cluster wake but underestimate the power losses from internal wakes between closely spaced turbines, which is the error that lands in an energy yield assessment.
Research · QJRMS, 2025A large-eddy simulation that reproduces the storm's extreme winds and eyewall turbulence directly from the physics, the foundation of our extreme-weather hazard modelling.
Open benchmark · 2026Our published benchmark: quantile forecasts of active and reactive residential power, calibrated to 80.0% empirical coverage against 80% nominal, in a sub-megabyte model running in half a millisecond on edge hardware.
Parametrica is a European SME, registered on the EU Funding and Tenders Portal as PIC 862445819, and open for business as a consortium partner. The work packages we own are the modelling and uncertainty ones.
Work packages in atmospheric, ocean and climate modelling; structural and aeroelastic response; machine-learning surrogates; and uncertainty quantification and calibration. Usually the part of a proposal where the physics is the hard problem and someone has to own it.
As a partner with named deliverables, not a body-shop subcontract. We write our own sections, we carry our work packages to completion, and we expect the results to be publishable. An SME partner also carries the higher funding rate and the exploitation narrative that evaluators look for.
Send the call identifier and the deadline. Within a day you will have an honest read on whether the fit is real, which work packages we would own, and what we would need from the coordinator. If the fit is thin we will say so rather than pad a consortium.
Send the call identifier and the deadline. We partner with universities, laboratories, pilot sites and companies on proposals where the physics is the hard part.
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