Konsulentbistand

Risoe has implemented the noise prediction model developed by Brooks, Pope and Marcolini at NASA and the model is also a part of the HAWTOPT rotor design program and in this way it is possible e.g. to design a rotor with constraints on noise

Consultency services related to aero/hydro/servo-elastic response of wind turbine of are offered. Essentially for this service is the use of the aeroelastic tool HAWC2.

Forskningsprogrammet for Aeroelastisk Design tilbyder og har erfaringer med at udføre aeroelastiske stabilitetsanalyser for trebladede vindmøller med værktøjet HAWCStab.

An airfoil/blade section profile design tool, AIRFOILOPT, has been developed at Risø. This tool uses the flow solver XFOIL or the in-house 2D CFD code, EllipSys2D, in combination with numerical optimisation

Based on the airfoil/blade section profile design tool, AIRFOILOPT, developed at Risø three airfoil families have been designed at Risø. The three designs have been documented in the Velux Open Jet facility and by using the computational tools XFOIL and the in-house CFD code, EllipSys2D

Analyser af elmarkedet og energisystemer er baseret på detaljerede energysystem-modeller.
Læs mere i den engelske version Læs mere på vores engelske site.

Analyse af potentialet, integration og økonomi af nye energiteknologier. Fx i forhold til biobrændsler i det danske/europæiske energisystem:
Kontakt: Programleder Frits Møller Andersen, Telefon 4677 5103, e-mail frits.m.andersen@risoe.dk  Læs mere på vores engelske site.

Specialist assistance is offered within analytical chemistry.

A blade and wind turbine design tool, HAWTOPT, has been developed at Risø. This tool uses common rotor aerodynamic models, but also more advanced models such as CFD models in combination with numerical optimisation. The tool can as well be coupled to aeroelastic models so that the design can be based on aeroelastic response

Udviklingen af vedvarende energiteknologier og sammenhæng med intensivering af landbrugsdriften bør vurderes samtidigt, når de overordnede miljømæssige fordele skal vurderes. Læs mere på vores engelske site.

Design og implementering af skræddersyede CDM kapacitetsopbygnings-programmer. Design og produktion af uddannelsesmanualer, casestudier, vejledninger. Rådgive nationale CDM kontorer. Organisere og implementere uddannelse inden for CDM projektudvikling.

Together with MEK at DTU, the Aeroelastic Design Unit is running the WEB-database “Database on Wind Characteristics”. The purpose of the database is to provide wind energy planners, designers and researchers, as well as the international wind engineering community in general, with a source of full-scale wind field data (time-series and resource data).

The Guidelines for Design of Wind Turbines is a complete handbook covering the aspects of wind turbine design. It is an essential tool for anyone involved with wind energy.

På Risø DTUs prøvestation for store møller ved Høvsøre, afprøves megawatt vindmøller.

Udnyttelse af næringsrige rester fra bioenergiprocessen i landbrugsøkosystemet - styring og næringsstof konservering. Kontakt Henrik Hauggaard-Nielsen Læs mere på vores engelske site.

Der mangler nye, innovative energiafgrøder og dyrkningssystemer med særligt henblik på afsætning til bioenergi formål. 

Risø DTU offers consulting services to clients world-wide. Since 1980 Risø DTU has participated in numerous international wind energy projects and technology transfer activities. The staff has extensive experience and knowledge in wind power, developed through decades of research.

I forb. med opstilling af mølleparker i bjergrigt/ komplekst terræn vil der være et stort behov for kortlægning af de lokale terræninducerede vindforhold

The Velux wind tunnel has a cross section of 7.5 x 7.5m and a length of 10.5m. The cross section of the jet blowing into the test section is 3.4 x 3.4m. The maximum flow velocity is 40m/s and the turbulence intensity at the test section inlet is 1%

I forb. med nye designs a vindmøllerotorer kan Risø tilbyde en verifikation vha. CFD koden EllipSys3D.

The Aeroelastic Design Unit, together with The Meteorology Unit, are currently developing a wind simulation package aiming at supplying wind turbine designers with a tool for generation of synthetic wind fields for aeroelastic design computations.