NOVELTY - An eolic converter tower (1) has a rotary mega-structure of steel or other materials made to slide horizontally around a vertical mega-structure. The vertical mega-structure consists of a reinforced concrete tower having various levels (3-18) which can be rotated by wind force and transmitting the same force to a steering wheel and rack assembly. The assembly transmits the force to generator sets, transforming wind energy into high power electric energy. The levels may incorporate aerodynamic panels. The tower further has a set of devices for controlling the speed of the steering wheel.    USE - Eolic converter tower for large scale generation of electrical power.    ADVANTAGE - The converter tower can convert wind energy into rotational mechanical energy with 90 percent efficiency, since the tower basically includes a rotary mega-structure horizontally slidable about a vertical mega-structure including various levels rotatable by wind force. The rotary levels of the tower includes aerodynamic panels erected together, so that a large wind harnessing area can be used to rotate a single steering wheel and rack assembly even at low wind speeds and even without having the tower to be oriented windward. The revolutions per minute of the steering wheel can be controlled by extending or retracting the aerodynamic panels, opening or closing the aerodynamic panel louvers to increase or decrease the wind harnessing area, and by operating the starter motors and or combustion engines. Cost of tower may be one-fourth or less than that of e.g. residential house, since rotary mega-structure does not occupy entire cross-sectional area of tower by including four metallic pillars at each level. Metallic pillars at each level of tower are interconnected by two sets of four trussed girders for greater stability. Wind capture area of tower can be increased almost infinitely by increasing number and size of aerodynamic and harnessing panels, without structural or aerodynamic interaction limitations of generating wind power and at much lower construction costs. Resulting low-cost energy makes tower competitive and even less costly than existing power generation methods using e.g. hydroelectric plants, thermoelectric plants, eliminating disadvantage, in terms of cost and economic feasibility, of employing wind power. High energy efficiency allows tower to increase amount of torque produced at each level by increasing size of panels without limits. Single drive shaft can utilize huge wind capture areas, allowing tower to be employed even in regions of predominantly low speeds. Rotation speed control system can be utilized to produce electrical power stably and with no variations, transients, or noise. When electronic rotation monitoring system can not offset dropping rotation caused by decreasing wind speeds, motor can be operated with no perceptible interruptions or fluctuation, making the tower a hybrid type capable of reducing amount of power required from non-wind sources by 90 percent. All panels can be kept feathered out of winds by using force of electromagnet when tower incorporates protection against gales and storms.    DESCRIPTION OF DRAWING(S) - The drawing shows the front view of an eolic converter tower.    Eolic converter tower (1)    Lowermost level of tower (2)    Various levels of tower (3-18)    Uppermost level of tower (19)    Suspended chairs and work platforms of tower (21)