tubes about two inches in diameter and about u00bc inch thick walls also shown is a second magnifying lens 18 forming a compound lens using convex lens in series with the first magnifying lens 14 which concentrate the solar rays and make the rays hotter and more powerful and which also be used to capture solar energy from the sun 16 for transmission to the first magnifying lens 14 and then onto the steam grid 12 for increasing the solar energy transfer from the sun to steam grid 12 each magnifying lens 14 18 is supported on a stanchion 20 having a base 86 which is shown mounted onto a rotating platform 22 wherein the platform has an attachment member 24 for connection to an electrical motor 26 which turns the platform on which the entire present invention 10 is disposed so as to maintain the first and second magnifying lens 14 18 substantially perpendicular to the sun 16 so that they receive maximum available solar energy from the sun platform 22 is capable of 0 to 360 degree rotation to be user selected by the operator depending on the angle of sun 16 relative to the present invention 10 fluid is supplied to grid system 12 by supply pump 46 which receives fluid from fluid reservoir 48 which serves as the main supply of fluid for the present invention 10 direction arrows 90 indicate in the standard manner the direction of fluid flow through the system of the present invention 10 reservoir 48 could be an open or closed reservoir and it could be fed or supplied from a conventional water supply including.