MIUR Authorized Research Institute
Wind turbine
Techno DESIGN s.r.l.
Headquarter
Via Rosa Jemma 2 - Centro Dir. Pastena - 84091 Battipaglia (SA)
tel: +39 0828 301793 - info@technodesign.it
Modena
Viale Virgilio, 56/C - Centre CittàNova
441123 Modena (MO)
Quality Policy
The project
Techno DESIGN has developed a research project to verify the possibility of building an aerogenerator equipped with a double aerodynamic rotor keyed on the same shaft . The project also aims to determine the variation in the performance of this wind turbine, in particular the productivity compared to a classic single rotor wind turbine . In addition to obtaining an increase in performance, the presence of the second rotor would bring further advantages, such as, for example, the containment of the radial dimensions for the same installed power and would also allow the application of the double rotor solution as a retrofit option on single machines. rotor , significantly limiting investments, in the face of an increase in installed power.
> 01 general project specifications
The general project specifications are as follows:
Techno DESIGN S.r.l. - P.IVA 3383550658 - N. Reg Imp. SA - 293556 - Cap. Soc. 100.000,00 int. vers. - pec: technodesign@pec.it
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> 02 CAD design and modeling
The design of the wind turbine is characterized by its original and aesthetically appealing shape, as well as aerodynamically efficient. The machine was designed and sized by creating a virtual prototype through 3D CAD modeling .
> 03 Aesthetic verification through Immersive Virtual Reality techniques
The virtual prototype was subjected to immersive VR techniques to evaluate its aesthetic appeal and visual impact, before creating the physical prototype.
> 04 FEM structural checks
The CAD model of the wind turbine was used as the basis of the virtual FEM tests performed with Abaqus / Standard in order to evaluate its mechanical resistance , before creating the physical prototype.
> 05 Realization
Once the design and virtual tests have been completed, the machine is being built, in order to subject it to the necessary tests in the field for evaluating productivity.