This is a new generation of wind generator that has 60% more power than the known models of three helices. It has a flat blade design with kites attached at their ends that increase the surface scanning.
The size of the parts to be mounted may be one third smaller than current designs, but having the same surface and thus sweep the same power, it follows that we obtain the same size as a power greater than 60% 3 shaft design.
The lightness of the whole design because the parts are much smaller and the ability to “fly” the kite once started its rotation exercise a self-supporting and anger of all increasing the speed gradually. So one thing affect the other and so directly increase the speed and lightness in the generator.
The cost of manufacturing, assembly, maintenance and transportation of the pieces of the new system are much lower Gedayc because the pieces are one third smaller than current propeller also requires less installation effort and smaller cranes because everything is smaller (for generators of equal power to the current three propellers).
The visual impact is much smaller since the size is too. Gedayc system design is quieter because there is no end of propeller to cut the wind and generate more decibels. The ability to shoot down the complete set from -45 º to 0 º and 45 º (-45 degrees, zero degrees and 45 degrees) allows us to capture the available wind, also drop to zero retention capacity of wind storm or hurricane curb the possibility of joint counter-rotating position to stop in case of breakage or emergency.
To have a final model and thus know how materials behave and design we can not close a certain number of blades and comets, that is, although the model presented is 4 blades and four comets, this number may vary according to measures Mill and energy that want to achieve, all premium design, lightness and strength of the assembly. The possibility of putting a cable from the spindle center to the midpoint of the leading edge of the kite is a solution in case you need to assume a leading design, but we do not need to be optimized once the construction of GEDAYC wind generator model.
