WIND TURBINES
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WIND TURBINES PENDULAR WIND TURBINE 60 kW - 335 kW

We are a design engineering firm, with our own technology, known in the solar energy world for our tracking systems. From the start of our activity in 1992, one of our biggest challenges has been using wind energy in many different applications. After years of research, developments and reflection, we have entered the world of power direct generation as manufacturers of wind-power generators. We have worked to offer the market a different and innovative product, such as our pendular wind turbine with adjusted motor torque, which objective is offer lighter machines that deliver energy more...

TECHNICAL DATA ALL THE TECHNICAL SPECIFICATIONS CAN BE MODIFIED BY ADES WITHOUT PRIOR NOTICE

THE ADES CONCEPT: PENDULAR WIND TURBINE WITH ADJUSTED MOTOR TORQUE MECHANICAL SYSTEMS All mechanical designs seek structures that are balanced, whether with regard to their supports or, if they rotate, with regard to their rotation axis. As a result, these wind turbines have three mechanical systems that compensate the power peaks caused by wind gusts. The first consists of the swivelling single-blade rotor, the second is the pendulum formed by the power train, and the third the self-steering nacelle. Thus, in our wind turbine, any disturbance caused by a wind gust is first absorbed by the...

THE PENDULUM POWER ACCUMULATOR On the other hand, the pendulum not only balances the torque, it also accumulates potential energy by its upward movement and releases it when it drops. Therefore, it acts as a regulator that tends to even out the amount of energy injected into the grid, attenuating peaks and softening power valleys. Whenever torque is exerted on the turbine, the pendulum is tilted in a position of equilibrium appropriate for this torque. When torque increases due to a wind gust, the pendulum, due to its lower inertia, reacts by rising immediately, rotating in the same...

WHY A SINGLE-BLADE? As we know, the power in the axis of a rotating machine is the same as the product of the torque produced by the angular speed that is achieved there. For a specific power, if the speed of rotation is higher, the corresponding torque will be lower. Since it is a compensated torque turbine, and considering the weights of the power train, we came to the conclusion that the rotor best adapted to these low torque conditions is the single-blade rotor, as the speed of rotation is higher than the one achieved with two and three-blade turbines. These fast rotors eliminate...

LATTICE TOWER Although the wind turbine can be installed on a conventional tubular tower, its special features allow it to be mounted on a lattice tower. This is mainly due to the fact that the motor torque of the turbine is absorbed by mechanical elements that prevent the bending moment from being transmitted to the tower. Therefore, the tower only bears wind stress and stress derived from the weight of the nacelle. The lattice tower has many advantages over a tubular tower: • • Cost: lattice towers are much lighter and inexpensive than tubular towers; and their concrete footing is much...

" ENEflGI SOCIETY Poligono Malpica-Alf nden Zaragoza (ESPANA) Production and technological centre Poligono Industrial Tarazona Zaragoza (ESPANA) More information: