Fennec Tuulivoimala by Maxim Kuzin is a highly esteemed winner of the very prestigious 2022 Pronssipalkinto A' Design Award in Energia Competition Category.

PronssiEnergia· 2022

Fennec Tuulivoimala

by Maxim Kuzin

Client: Max Kuzin Machinery

Pronssipalkinto A' Design Award Winner in Energia Category

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Verified Award Winner

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The Design

About Fennec Tuulivoimala

Fennec on kompakti pystyakselinen tuuliturbiini, joka on suunniteltu kaupunkialueille ja katoille. Turbiinissa käytetään hyperboloidista roottoria, joka toimii 60 kierroksen minuuttinopeudella, ja lavan kärkinopeus pysyy alle 26 kilometrissä tunnissa. Alhainen nopeus vähentää melua, tärinää ja liike-energian aiheuttamaa riskiä. Suurempi koko toimii itsenäisenä generaattorina, joka syöttää virtaa muille laitteille. Pienempi koko toimii itsenäisenä ympäristövalaisimena, jonka väriä voi muuttaa mobiilisovelluksella. Osat valmistetaan vesileikkaamalla alumiinia, liimaamalla sekä jyrsimällä terästä.

The Recognition

About the Pronssipalkinto A' Design Award

Fennec Tuulivoimala on Pronssipalkinnon A' Design Award -voittaja, erittäin arvostettu tunnustus, joka myönnetään erinomaisille designeille, joita luonnehtivat luovuus, nerokkuus ja oveluus. Pronssivoittajat ovat runsaan taitavia ja silmiinpistävän luovia taiteellisia tuotoksia, jotka todistavat suunnittelijoidensa laajaa kokemusta, mielikuvitusta ja kekseliäisyyttä. Fennec Tuulivoimala:n odotetaan olevan korkeassa arvossa pidetty, ihailtu ja rakastettu esine, joka on huomattavan ammattimainen ja innovatiivinen. Tämä Pronssipalkinnon A' Design Award -voittajadesign sisällyttää itseensä parhaita käytäntöjä taiteessa, tieteessä, designissa ja teknologiassa ja on erinomainen huomiollaan yksityiskohtiin. Fennec Tuulivoimala tyydyttää upeasti tarpeita, koskettaa haluja, viehättää tunteita ja vetoaa uteliaisuuteen.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: The Fennec Turbine is a compact vertical wind turbine with low noise, high safety and long use. The heart of the technology is a unique hyperboloidal rotor working at 60 rpm and maximum linear velocity of blades lesser than 26 km/h. It means the lowest noise, vibrations and kinetic threat and enables to use it in the city area and on the rooftops.
Dimensions & Packaging: Rotor S - 2250 mm x 2250 mm x 6000 mm
Rotor XS - 500 mm x 500 mm x 2000 mm
Tags: wind turbine, autonomous energy source, green energy, zero emission
Production Technology: Waterjet cutting of aluminum sheets and pipes, gluing, steel CNC milling.
Design Challenge: The low rotational speed and efficiency of a vertical wind turbine are inversely proportional characteristics. It was necessary to find a fundamentally new shape of the rotor and study it in detail in order to establish the relationship of geometric parameters and optimize the design.
Research: Having set the goal of creating a rotor that is safe for use in a populated environment, theoretical calculations were carried out that determine the main geometric parameters of the design, which allows a vertical rotor of small diameter to operate efficiently at very low speeds. Physical layouts and prototypes confirmed the necessary accuracy of the theoretical calculation model, which made it possible to design a working functional prototype. FENNEK's design is entirely dictated by CAE simulation, which determines the optimal proportions and precise turbines and geometry of its main parts.
Inspiration: Almost weightless hyperboloid shells of famous Russian engineer Vladimir Shukhov (1853 - 1939) are magnificent even being a static towers. If you make them spin they will turn to a magical kinetic sculptures.

I was passionate about to make a perfect fusion of art, machinery and arcitecture.

The wind moving the branches of the trees, as if giving them the opportunity to talk. I wanted to breathe life into this sculpture, make it a full-fledged part of the surrounding world.
Project Duration: The project started in 2016 in Moscow, the first prototypes were exhibited in Moscow, Baku. In 2018, the project was awarded the STARTS Prize Honorary Mention. In 2020, he was supported by the educational and mentoring program STARTS in Motion. The first series of products based on the technology is currently being developed.
Operation Flow: The S-size turbine is used as autonomous energy generator to supply other devices.
The XS-size turbine works as an autonomous ambient light sourse, more as an kinetic art object pleasant to view and to interact with. An app in a smartphone allows to changing the color or make it follow the music or othe data stream.
Patents: Copyrights belongs to Maxim Kuzin, 2016.
Team Members: Maxim Kuzin
Alexey Savchuk
Dmitriy Kulakov