Value proposition

Optimize Wind

W'wave® optimizes wind in wind farms.

We provide patented technology to optimize existing wind conditions in wind farms, so that wind operators and developers can:
· maximize its energy output,
· minimize the cost of energy,
· build more powerful wind farms (installing more turbines) in a given development area,
· build more compact wind farms (installing the same number of turbines and power in a reduced development area), avoiding conflictive areas.

Our concept materializes in WindWaves: a new hardware component for wind farms, supported by in-house computational fluid and product software. We have different product models:

Permanent WindWaves: made of steel and anchored to the ground, they are designed to last >20 years. Different models adapt to the different site conditions. Potential hybridization with solar PV modules to increase efficiency of wind farm even further.
Temporary WindWaves (a.k.a. BioWindWaves): made of agricultural straw bales, they are meant to be installed temporarily in a wind farm and replaced by new straw bales periodically. BioWindWaves has relevant synergies and simbiosis with the agricultural, livestock and biomass/biogas industries, by representing a way to stock economically agricultural straw in the long-term, to be reused in its traditional applications when straw is most needed (i.e.: when short-term stocks are depleted e.g.: due to ever more frequent droughts due to Climate Change).

With our innovation we are in a mission to contribute to a better, more competitive wind industry to continue the World's effort to fight #climatechange.

We are scaling up our operations and are open to #partnerships with wind operators, wind developers, wind turbine & component manufacturers, wind farm construction players and #cleantech investors.

1st prize winner - CleantechCamp18 Awards, promoted by Innoenergy
http://www.cleantechcamp.com/en/winner-of-the-cleantech-camp/

Wind Energy, Construction, Industrial Engineering, AgroTech, Wind Asset Performance, and Computerized Fluid Dynamics