High output solar water distillation system

A solar distillation system comprising:

• a fluid feed system for collecting source fluid and adding surfactant to said source fluid;
• a plurality of effect chambers for exposing said source fluid to a plurality of solar flux effects to effect evaporation of said source fluid and condensation of evaporated source fluid into distilled fluid;
• a fluid drain system for separating said distilled fluid from said source fluid;
• and
• a front cooling mechanism for removing external energy from said solar distillation system by evaporation, convection, and radiation;
• said fluid feed system comprising a plurality of insulated fluid lines for directing said source fluid to each of said plurality of solar flux effects, and means for guiding said source fluid from each of said plurality of insulated fluid lines to separate guide channels and creating a mass reduction in said source fluid;
• said means for guiding said source fluid from each of said plurality of insulated fluid lines to said separate guide channels comprising a plurality of end mounted chambers disposed along a bottom surface of the top end of each said effect chamber, each of said end mounted chambers having a plurality of feed holes located therein each said feed hole having a diameter of about 0.008 inches and lying in a valley of each said separate guide channels along with a plurality of vent holes disposed adjacent to said plurality of feed holes, said plurality of vent holes having a ratio to said plurality of feed holes of about 1 to 17, each said vent hole having a diameter of about 0.008 inches.