NOVELTY - The system has a solar collector defined by glass or plastic jars that are aligned with one another. Sealants, cements and fasteners are utilized to secure one glass or plastic jar to another glass or plastic jar, and to make the glass jars air tight. Caulking tubes of a silicon sealant are provided by a caulking gun to seal air gaps around cut-outs, and around a lid. A solar absorber plate is made of flattened metal cans by a metal press and is painted black in color, where the glass or plastic jars and aluminum or metal cans are recycled to build the solar collector.    USE - Used for capturing and storing solar energy from the sun and for distilling saltwater into fresh water for human consumption, e.g. drinking, irrigation and agriculture.    ADVANTAGE - The glass or plastic jars and aluminum or metal cans are recycled to build a simple and effective solar collector, thus eliminating the cost of sheets of glass, sheets of metal, and enclosures, and hence enabling the solar collector and storage system to heat water in a cost effective manner. The glass or plastic jars and aluminum or metal cans are recycled to build a simple and effective solar collector, thus allowing an average homeowner, who possesses basic mechanical skills, to assemble the solar collector and storage system, hence reducing the cost of labor. The absorber plates are painted black in color, thus increasing the absorption of solar energy. The sealants, cements and fasteners are utilized to secure the glass jars, and to make the glass jars air tight, thus improving the performance of solar collector and storage system. The caulking tubes of the silicon sealant are provided by a simple and inexpensive caulking gun to seal the air gaps around the cut-outs, and around the lid.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for the following:    (1) a glass jar comprising an opening    (2) a solar absorber plate made of a flattened metal can    (3) a heat storage tank made of a large plastic garbage container    (4) an electric pump controlled by valves and switches, thermostats and timers    (5) an electric blower or electric fan operated and controlled by valves, switches, thermostats, timers    (6) sealants, cements and fasteners for securing glass jars    (7) an insulation for insulating the underside of solar absorber plates    (8) a glass jar cap or glass jar enclosure with a hole    (9) a solar still for distilling seawater into freshwater    (10) a solar collector    (11) a metal press for flattening metal cans.    DESCRIPTION OF DRAWING(S) - The drawing shows an image of empty glass jars.