For the past 2 years, I have learned a lot about wind power. How to improve efficiency as well as reducing costs. I am now ready to release our latest Hybrid design turbine. It combines Motorwind multi blades technologies with conventional design. The object is to get the best out of each one. Multi blades are very suitable for low wind speed and inexpensive to manufacture. Conventional 2 or 3 blades are difficult to manufacture and are only very efficient with high wind speed. By combining both design, we can achieve a hybrid design which makes conventional turbines spinning all the time, thus increasing their efficiency by as much as 3 times. I will release first a serie of small diameter. 2meters - 3meters -4 meters -5 meters. These turbines can still be used in urban environment because of their low weight and can generate significant amount of power, but the main purpose is to build large 1 MW installations.

It costs today approx US$1.5 million per MW (rated capacity) that will work only 30% of the time at best and that will deliver approx 2 to 300 kW when in use(depending on the location site). We can consider approx 750 MWh/year produced. Approx US$133/MWh(over 15 years) (pay back approx 40 years without subsidies).

A Motorwind Farm will work approx 95% of the time and will deliver approx 2 GWh/year, for an initial investment cost of: US$1Million. This makes the MWh produced at US$33. Pay back approx 10 years without subsidies.

A Motorwind Farm can be built anywhere even with low wind speed and can help many countries solving their energy problems.

Our strategy is to develop a site by site project with partners. We take 10% equity and we supply, install and maintain the facility.