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New World Wind is, from its creation, focused on the future and innovation. We are committed to developing new alternative solutions to preserve our environment. Aeroleaf® technology meets this ambition by making the possibility of producing clean energy in a sustainable way available to everyone.
With the WindTree®, WindBush® and WindPalm® we offer green solutions for producing and consuming energy and reducing the global carbon footprint through our contribution. Planting our clean energy products contributes to the emergence of smart cities and towns, and a responsible way of life.
The average production of our "green" solutions makes it possible to supply on average, based on our 36A Wind Tree solution, per year:

A 36A WindTree® can power public infrastructure, car-parks, commercial offices or even charging stations for electric cars EV's.
The 36A WindTree® produces significant green electricity saving on expending fossil resources.
The Wind Tree fits perfectly into all forms of urban and natural landscapes advancing high-end technologies at the ser
A 36A WindTree® can power public infrastructure, car-parks, commercial offices or even charging stations for electric cars EV's.
The 36A WindTree® produces significant green electricity saving on expending fossil resources.
The Wind Tree fits perfectly into all forms of urban and natural landscapes advancing high-end technologies at the service of the planet.
The colour of the trunks, branches and WindTree® of the Wind Trees are capable of taking on a range of different colours to suit a variety of streetscapes.
Adding LED lighting makes it possible to visualise the silhouette of the Wind Tree and to illuminate the surrounding space.
It is also possible to add a variety of external charging options.

The Hybrid WindTree Aeroleaf® operate perfectly quietly thanks to their small blade radius (little air circulated) and the absence of belts and gears (no mechanical noise).
The SolarPetal®'s have an optimised photovoltaic surface to take advantage of the best size-weight-cost-energy efficiency compromise.
With 36 W per petal for an area of
The Hybrid WindTree Aeroleaf® operate perfectly quietly thanks to their small blade radius (little air circulated) and the absence of belts and gears (no mechanical noise).
The SolarPetal®'s have an optimised photovoltaic surface to take advantage of the best size-weight-cost-energy efficiency compromise.
With 36 W per petal for an area of only 28 cm2, the petals provide the Aeroleaf® with additional energy that is particularly relevant for sunny regions.
The SolarPetal®s are formed from a 2 mm thick semi-flexible photovoltaic film lying on the posterior face of the petal, which is made of aluminium to minimise the load and the efforts to be transmitted.
Given its gradient of 5° from horizontal, the SolarPetal® enables an increase of windspeed when getting close to the edge of the Aeroleaf®, improving the efficiency by 5%,

The WindBush® is an optimised set of 300 W Aeroleaf® mounted on 4 trunks connected to each other.
The WindBush® requires a small foundation integrating the passage of the cables in the sleeves
The WindBush® is particularly relevant for small spaces. It can be installed alone or in a row, along a driveway or the fence line, on your roof or
The WindBush® is an optimised set of 300 W Aeroleaf® mounted on 4 trunks connected to each other.
The WindBush® requires a small foundation integrating the passage of the cables in the sleeves
The WindBush® is particularly relevant for small spaces. It can be installed alone or in a row, along a driveway or the fence line, on your roof or your terrace, or simply in your backyard.

The Hybrid WindBush® is composed of 12 x 300 W Aeroleaf®'s additionally equiped with 16 SolarPetal®'s mounted on 4 trunks connected to each other.
The set up has been optimized to collect as much wind and sun power as possible.
This hybrid solution is a first in the world. The Hybrid WindBush® becomes very relevant in sunny sites without a
The Hybrid WindBush® is composed of 12 x 300 W Aeroleaf®'s additionally equiped with 16 SolarPetal®'s mounted on 4 trunks connected to each other.
The set up has been optimized to collect as much wind and sun power as possible.
This hybrid solution is a first in the world. The Hybrid WindBush® becomes very relevant in sunny sites without any significant open areas.

The WindPalm® is composed of 3 to 5 modules (or trunks). Each of them carrying 6 Aeroleaf® micro turbines.
The WindPalm® is an alternative to the WindTree®. Silent, smaller, simpler, and scalable keeping the same design.
WindPalm®'s are supplied as either 3, 4, or 5 modules comprising either 18, 24 or 30 Aeroleaf® producing between 5400 Wat
The WindPalm® is composed of 3 to 5 modules (or trunks). Each of them carrying 6 Aeroleaf® micro turbines.
The WindPalm® is an alternative to the WindTree®. Silent, smaller, simpler, and scalable keeping the same design.
WindPalm®'s are supplied as either 3, 4, or 5 modules comprising either 18, 24 or 30 Aeroleaf® producing between 5400 Watts and 9000 Watts.
This allows you to vary the size according to your electrical needs and associated budget.

The Modular Hybrid WindPalm® maintains the aerodynamic profile of the standard WindPalm® and Aeroleaf®, which has been optimised to exploit the weakest winds (production threshold 2.5 m / s of wind) as well as the strongest (up to 43 m / s in continuous, 50 m / s in gusts).
In addition, New World Wind has developed a solar film specially a
The Modular Hybrid WindPalm® maintains the aerodynamic profile of the standard WindPalm® and Aeroleaf®, which has been optimised to exploit the weakest winds (production threshold 2.5 m / s of wind) as well as the strongest (up to 43 m / s in continuous, 50 m / s in gusts).
In addition, New World Wind has developed a solar film specially adapted to the development of the SolarPetal® and this is added to the Aeroleaf® forming Hybrid Aeroleaf® and used to create the variant Hybrid WindPalm®.
The SolarPetal®'s are formed from a 2 mm thick semi-flexible photovoltaic film lying on the posterior face of the petal, which is made of aluminium to minimise the load and the efforts to be transmitted.
With an additional 36 W per petal for an area of only 28 cm2, the petals provide the Aeroleaf® with additional energy that is particularly relevant for sunny regions.
Given its gradient of 5° from horizontal, the SolarPetal® enables an increase of windspeed when getting close to the edge of the Aeroleaf®, improving the efficiency by 5%,



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