About the company

Type
Startup or self-employed

Members type
innovator
investor

Headquarters
59000 Lille, France

Company size
7

Founders
Quentin Dubrulle

Founded
2014

SDG's

  • Affordable and clean energy

  • Industry, innovation and infrastructure

  • Sustainable cities and communities


Social

Website
uneole.fr

Alliance member

uneole.fr


Uneole is developing intelligents, silent, design, and low carbon windturbines that are made for urban zones.

We offer urban, eco-designed and connected wind turbines:. They are intended for social landlords, businesses and communities! Moreover, we realize wind studies, We have 2 types of them: Macro: they allow us to determine areas with high wind potential in built-up areas and to support communities in an intelligent energy transition. Micro: they allow us to determine the wind power potential facing photovoltaics and thus intelligently install the most appropriate technical solution.

Company uneole.fr
Offers

Urban Windturbine Unéole

Offer Urban Windturbine Unéole

Description
Urban, eco-designed and connected wind turbines: They are intended for social landlords, businesses and communities!

Our Wind Turbine V2 An urban wind turbine, respectful of the environment, and connected. Eco-designed: Made of aluminum and built with products that come at 90% from the Hauts-de-France region. Urban: The fact that the wind turbine is installed in the heart of cities should make her a discreet companion and pleasant to the eye. Its small size and ease of installation allow it to integrate well with the city. All this, in silence. Technical informations : Generator: 2kW latest generation coreless technology Height: 3.85m Width: 1,96m Weight: 235 kg

Available in
France,

Categories of application
Affordable and clean energy, Industry, innovation and infrastructure

Sector of application
Clean energy production, Industrial processes

Status
Tested implementation


Wind studies Unéole

Offer Wind studies Unéole

Description
The wind study consists of performing a simulation of the movement of the air for a given area.

We know how to model and study wind behavior for a given neighborhood (about ten buildings). In concrete terms, this gives us a fairly precise idea of the average wind speeds that can be found above the different roofs of the neighborhood. It is then enough to privilege the installation of our wind turbine on the roofs identified.

Available in
France,

Categories of application
Affordable and clean energy, Industry, innovation and infrastructure, Sustainable cities and communities

Sector of application
Clean energy production, End-of-pipe industrial pollution management, Industrial processes, Communities infrastructures

Status
Implemented