Whirlwind power system

A whirlwind power system, comprising

• a structural housing having a generally toroidal part substantially horizontally positioned and having an upwardly inclining lower base extending upward from a circumference to a first generally circular central area and an upwardly inclining upper base extending upward from a circumference substantially equidistantly vertically spaced from the circumference of the lower base to a second generally circular central area substantially equidistantly vertically spaced from the first central area, the lower and upper bases being coaxial, and a substantially hollow cylindrical part extending substantially vertically upward from the second central area and substantially coaxial with the lower and upper bases to provide a chimney type flue;
• partition means in the toroidal part of the housing for compressing air entering the housing between the circumferences of the lower and upper bases and directing the compressed air in a whirlwind manner to the cylindrical part of the housing and thereby greatly increasing the force of the air, said partition means comprising a plurality of stationary partitions each having the configuration of part of a spiral and extending from the lower base to the upper base, said partitions being equidistantly spaced at the first and second central areas and equidistantly spaced at the circumferences of the lower and upper bases;
• and
• power generating means having rotor means substantially coaxially rotatably mounted in the cylindrical part of the housing and rotated by the air directed via the partition means, said power generating means including a plurality of turbine blades coaxially rotatably supported in the cylindrical part, a chamber formed in the earth under the structural housing, power generating means in the chamber and coupling means coupling the turbine blades to the power generating means for operating said power generating means.