WE
Wind Turbine
overview
5kW WE WIND TURBINE See graph below to see how an increase in wind speed can give you much higher output!!
See the informative WIND TURBINE
PowerPoint
HERE!
SMART INVESTMENT
For the price of two iMAC Pro, you can generate enough power for your home or business. Lowest investment to the annual kWh output in the industry.
(Investment / kWh Annual Output)
RELIABLE
Runs Day & Night, Rain or Shine, capable of utilizing both very weak and very strong winds for maximum clean and renewable energy output.
INNOVATION
Patented Xenecore manufacturing process for highest strength to weight ratio fan-shaped blades. 7 times stronger and 86% lighter than similar output blades.
FANTURBINE SPECIFICATIONS
** Data is subjected to various weather and location conditions. (+/- 10 -15%)
What Makes the WE WIND TURBINE Different?
LIGHTWEIGHT
We have proven, against conventional wisdom, that wind can be captured by light-weight fan shaped blades with 17 times the surface area of a similar length conventional wind turbine blades.
Our blades weigh only 700 grams(1.5lb) each with 6 ft(~2 m) total diameter. This puts the total turbine weight at 15 kg. Our Xenecore Fan-Shape blades measure 7mm at the thickest point to 3mm to the thinnest point. Our generator is 5 kW with starting torque at .1NM, capable of producing meaningful energy output at very low wind speed. Perfect for Off-Grid and On-Grid applications.
While other wind turbines require average of 20mph(9 m/s) to make installing a wind turbine worthwhile, our FANTURBINE only require 6mph(3m/s). Considering that the average annual wind speed in USA is ~12mph, our Fan Turbines are ideal for energy solution for home, office, agriculture, telecom towers, ON/OFF grid, and smart cities around the world.
STRONG
With our patented Xenecore process, we have been able to achieve 90-degree perpendicular cores which is the strongest geometry strength to weight ratio using carbon layers.
Creating wind by pushing air (ceiling fan for example) only needs nominal blade strength. However, the reverse (receiving wind) needs exponential structural strength because of the extra torque and resistance created from the direct-drive generator. Our FanTurbine blades are durable & strong enough to withstand these forces, even surviving storms and hurricanes. There is no other molding technology anywhere in carbon fiber or glass fiber molding which allows perpendicular H walls that would withstand the force of air on a wide thin profile without collapsing.
SHOCK ABSORBENT = NOISELESS
Xenecore is proven to reduce vibration by providing stability in molding high-density lightweight foam cores. Reducing Vibration increases stability at high speed and also significantly reduces noise created by our blades.
Xenecore is molded and cured at one time with 90 degree cores using high-pressure gas which is encapsulated in microcapsules to hold temperature until carbon cures at 150 degrees Celsius.
All other fiber moldings whether for tennis racquets, bicycles, F14 jets, boats or NASCARs, are single or half cores with a foam core glued together to reduce vibration in an attempt to increase stability. There has been no significant novelty in fiber molding in decades until our patented technology, Xenecore, which is now used to build industrial products. See www.xenecore.com
* Compare to 100% carbon fiber blade at the same size of 5kg
We have been able to achieve 90-degree perpendicular cores which is the strongest geometry strength to weight using carbon layers. Creating wind by pushing air (ceiling fan for example) only needs nominal blade strength.
However, the reverse (receiving wind) needs exponential structural strength because of the extra torque for and resistance from the direct-drive generator. There is no other molding technology anywhere in carbon fiber or glass fiber molding which allows perpendicular H walls that would withstand the force of air on a wide thin profile without collapsing.
WHO WE ARE
After successfully disrupting the tennis industry with arm-friendly solid-core Donnay Xenecore Tennis Racquet product lines, we look to shake things up in renewable wind energy industry with FANTURBINE Fan-Shaped Wind Turbine Blades made from our patented Xenecore process.
we are:
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Innovation leader in carbon fiber molding
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Manufacturing Experts - Existing relationships around the world
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Experienced in consumer ready products
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40+ years of proven business success
32kwh Generated Daily at 12mph Average Wind Speed
Annual kWh output vs Wind Speed mph
Results derived from measurement data collected over last year.
