Eocity
Basic information
Project Title
Full project title
Category
Project Description
Eocity brings populated areas and wind turbines together. All while preserving our countryside, it integrates into the urban and rural areas to provide a source of energy which is clean, aesthetic and affordable.
This project is a conduit for the democratisation of green energy production. It’s also perfect for companies as well as private individuals (well-off or not), both in megacities and isolated hamlets.
Geographical Scope
Project Region
Urban or rural issues
Physical or other transformations
EU Programme or fund
Which funds
Description of the project
Summary
Eocity is a modular wall-mounted wind turbine with variable geometry air flow concentration device.
This project consists of two panels between which you have a series of boxes, each containing a wind tunnel, a turbine and the systems enabling the conversion of their rotation into electrical energy. The wind turbine is modular by design. It’s therefore possible to vary the number of boxes and the size of the panels to have different overall dimensions. It can also be equipped with grating preventing birds and insects from coming into contact with the turbines.
One of the panels is affixed to the wall of a building, for example, so it’s immobile. The boxes are attached to this first panel.
The second panel is affixed to the boxes via motorised runners. Thanks to these, the panel will change position to adapt to the wind direction. This way, the device does not need to be rotated to be correctly oriented to the wind.
Each panel is equipped with an air deflector, positioned in front of the box entrance. This deflector has a variable geometry, and enables the air flow to be driven precisely towards the turbines depending on the orientation of the wind, in coordination with the movements of the second panel.
The air deflector is made of a flexible membrane, under which a series of cushions are placed which rise independently to modify the curve and therefore the aerodynamic properties of the unit.
The control module (and its batteries) enabling the automation of the set’s functions is contained in the series of boxes. It’s connected to a wind analysis module, external to the wind turbine, comprised of a weather vane and sensors interpreting its position.
(Patent application filed)
Key objectives for sustainability
The project is designed to promote ecological and social transition for everyone, through an adjustable renewable energy producing device in order to provide daily energy needs.
Furthermore the very design of the project guarantees its durability. It will consist of, for the construction of the wind turbine, assembling the boxes containing the turbines, and then adding the panels. Consequently, the device is adaptable to a multitude of scenarios, and each element is replaceable; the boxes themselves can be taken down to change the different elements. The wind turbine therefore has a theoretically limitless lifespan and can be upgraded in order to be optimised as technological innovations occur rather than being replaced and thrown away.
Strict attention will also be paid to the choice of materials (recycled metals and plastics, bioplastics, etc.) and to their use (topology optimisation).
Key objectives for aesthetics and quality
The wind turbine’s mobile panel, located on the outside of the device, is the most visible element of the set and offers a large surface area which may be treated in multiple ways. It could be covered with different materials and colours, including different patterns to blend into the environment in which the wind turbine will be installed as much as possible. It would also be possible, for example, to cover the panel with plant life.
The general aesthetic is voluntarily minimalistic, because this wind turbine has been conceived to be integrated into the city, to be placed as plainly as possible on the building without altering it.
In terms of use, this project has the potential to correct a problem specific to the wind turbine: sound pollution. The fact that the blades are placed inside the aerodynamic tunnels enables the reduction of the noise produced.
Key objectives for inclusion
The objectives in terms of inclusion will be achieved, among other things, thanks to the controlled choice and use of materials in order to lower the cost of the wind turbine as much as possible.
The modularity also offers the option of configuring the most modest products in terms of dimensions and technologies, which are accessible to everyone.
As inclusion also involves culture, the adaptability of the wind turbine’s aesthetics also meets this objective. Being able to personalise the wind turbine enables their integration in regions which are very different from each other, their adaptation to all cultures, and therefore counters the standardisation inherent to mass production.
Physical or other transformations
Innovative character
The three dimensions (aesthetics, environmental sustainability, inclusion) combine naturally and in an exemplary way in this project which is at the same time a cultural, social and energy project, discreet and adaptable from an aesthetic point of view to any urban and rural environment. Modular and of human dimension, this project is within everyone's reach in terms of installation, price and aesthetics, and allows everyone to produce renewable energy in an ultra-local way. The project is therefore exemplary in its modularity and the fact that it is open to all.
