Aurelia Vista supplies met masts and LiDAR campaigns, then carries your project through land, engineering and power trading. One contract, one accountable partner, bankable data at every stage.
Most measurement vendors stop at a logger. We built a sensor-fusion platform that treats masts, LiDARs, solar stations, SCADA and reanalysis as one signal, checks it at the edge, corrects it in the cloud and turns it into bankable outputs automatically. Hover or tap any block to follow the signal.
Select any input, output or compute block on the diagram to see how it contributes to a bankable dataset.
Gap-filling models trained on the site's own multi-level record recover lost intervals with quantified error, keeping recovery above 99.5% even after sensor faults.
Site-specific CFD converts LiDAR volume averages to point-equivalent speeds, closing the gap with mast data that lenders otherwise price as uncertainty.
Six-axis motion sensors and a Kalman filter remove buoy pitch, roll and heave from Doppler returns for offshore campaigns.
Measured shear, veer and turbulence feed a wake model that explores thousands of layouts to lift net energy by 2 to 4%.
Ground stations calibrate satellite irradiance so bankable solar yield is available after months, not years, of measurement.
Sensor drift and battery degradation are detected weeks ahead, turning emergency site visits into scheduled ones.
Reference met mast and survey crew fix turbine positions to the metre.
Site data that stands up to bankability review, from masts our own crews install to LiDAR campaigns we verify against them.
Measurements become a defensible energy yield with quantified uncertainty, in the format lenders' engineers expect.
Land, permits and grid access handled in-house, so schedules do not stall on paperwork or landowner negotiations.
Design, oversight and testing through commissioning, acting as owner's engineer or lender's engineer.
Generation monetised on the best available terms, from corporate PPAs to merchant trading and certificates.
Bankability is not a report. It is a chain of custody from the sensor to the spreadsheet.
The same measurement rigour and delivery model, adapted to each technology.
Greenfield campaigns, repowering assessments and complex-terrain studies with mast and LiDAR combined.
Floating LiDAR deployment, metocean measurement and coordination with marine survey partners.
Resource stations, land assembly and grid studies for parks from tens to hundreds of megawatts.
Co-located wind, solar and battery projects with trading strategies built around dispatchability.
Masts, LiDARs and crews across nine states. The instruments are the product; the people are the method.
State teams handle land, permits and site work in the local language; the Pune engineering hub keeps every campaign to one standard.
Representative campaigns across nine states. Select a project to fly to it; client names and full figures are shared under NDA.
The mast network was measuring on the date they said it would, in a cyclone zone, with the permits already in hand. Our lenders' engineer had nothing to add.
Having land, measurement and the yield report under one contract took a full quarter out of our path to financial close.
The floating LiDAR validation was the cleanest dataset we have reviewed from the region.
One contract, one accountable team, one dataset the whole project trusts.
Field notes and technical briefings from our engineering team.
When a flow-model correction is acceptable, when it is not, and how to design a hybrid campaign lenders will accept.
Data recovery thresholds, calibration traceability, sensor redundancy and the documentation that shortens due diligence.
Mooring in monsoon conditions, power autonomy, and validating against a coastal reference mast.
Share the location, technology and stage you are at. A project engineer replies within two working days with a scoped proposal.
