1. Solar Parabolic Reflector By Alan S. Burford A.S Engineering A.A.S Computer Aided Drafting and Design (pending)

3. Material Thermal Conductivity (W/m o C) Admiralty (71 Cu - 28 Zn - 1 Sn)111 Aluminum202 Aluminum brass (76 Cu - 22 Zn - 2 Al)100 Brass (70 Cu - 30 Zn)99 Carbon Steel45 Carbon-moly (0.5 Mo)43 Chrome-moly steel (1 Cr - 0.5 Mo)42 Chrome-moly steel (2 1/4 Cr - 0.5 Mo)38 Chrome-moly steel (5 Cr - 0.5 Mo)35 Chrome-moly steel (12 Cr - 1 Mo)28 Copper386 Cupro-nickel (90 Cu - 10 Ni)71 Cupro-nickel (70 Cu - 30 Ni)29 Inconel19 Lead35 Monel (67 Ni - 30 Cu - 1.4 Fe)26 Nickel62 Red Brass (85 Cu - 15 Zn)159 Stainless Steel, type 316 (17 Cr - 12 Ni - 2 Mo) 16 Stainless Steel, type 304 (18 Cr - 8 Ni)16 Titanium19

4. Typical Floor Design

5. Conventional System

6. This parabolic solar concentrator dish collects about 3 square meters of sunlight. At 100% efficiency it should produce about 3000 watts of power or 10242 BTU per hour. In actuality it produces about 1873 watts or 6391 BTU per hour. This is a system efficiency of about 62%.Experiment date 9/25/07 Ambient temp 65˚F 83 pounds of water (This is about 10 gallons at 8.33 pounds per gallon.) 1 BTU raises 1 pound of water 1˚F 77˚F change of 83 pounds of water = 6391 BTU BTU / hour to Watts = BTU / hour x 0.293 Watt-hours to BTU = Watts x 3.414 1873 actual watts / 3000 potential watts = 62.4% efficiency 1873 watts of solar thermonuclear radiation was being collected at the focal point by the collector coil. Example of Parabolic Dish

8. MY DESIGN

9. EXTRA FEATURES can adjust to suns direction