When we think of wind energy, the first thing that comes to mind is the giant turbines that dominate the landscape in onshore or offshore parks. However, French designer Fabien Brun decided to rethink this idea, and the result of that reflection is Wind to Watt, a proposal that seeks to democratize wind energy and bring it to the domestic level, just as photovoltaic solar energy has done.
Wind without megaprojects
In contrast to conventional models —such as the 153-meter, 90-ton wind turbine from the Chinese company Dongfang Electric— Wind to Watt proposes a lightweight structure made with aluminum tubes and plastic tarps.
The advantages are clear:
- Simplifies and speeds up assembly.
- Avoids civil works like concrete bases.
- Reduces costs and facilitates transportation.
- Manufactured with recyclable materials.
- Operates silently and with minimal visual impact.
Scalability and available models
Wind to Watt offers six different models:
- Basic model: measures 1×2 m, generates 0.3 kW, and is intended for residential use.
- Intermediate models: 10.4 kW and 20.8 kW, designed for light industry or data centers.
- Larger model: measures 10×20 m, reaches 62.4 kW (more than 1,500 kWh/day), and can supply power grids.
Costs and maintenance
According to the company:
- The cost per installed kW is around 2,500 euros.
- Annual maintenance is estimated at 50 euros.
- Annual savings are about 500 euros, with a return on investment in five years.
- The projected lifespan is 25 years.
A design for the future
Wind to Watt addresses two of the major challenges of wind energy:
- Reduction of installation costs.
- Blade recycling: it is estimated that by 2030 there will be more than 50,000 wind turbines in Europe reaching the end of their useful life, with blades difficult to recycle due to their composite materials.
Brun’s proposal seeks to avoid this problem from the design stage, using recyclable materials and modular structures that facilitate disassembly and reuse.
International validation
The company has already been technically and commercially validated internationally and is in the phase of industrialization and commercial structuring.
Its goal is to start pilot deployments this year, with the ambition of achieving mass production and global deployment without heavy infrastructure.
Wind to Watt represents a paradigm shift in wind energy: moving from costly and difficult-to-recycle megaprojects to modular, accessible, and sustainable solutions.
If it succeeds in consolidating, it could popularize domestic wind energy and become a key complement to the energy transition alongside solar energy.
