Solar heater project 2011 p cabral


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Create your own Solar Heater with common recyclable items and capture free heat for your home, garage, camp, shed or any structure you wish to heat for free. Simple DIY presentation will guide you today!

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  • This is fantastic! Not to mention that most of the construction materials are recyclable and that the sun's free renewable solar energy powers this; making this an extremely green heating device!
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Solar heater project 2011 p cabral

  1. 1. Solar Heater Project 2011 designed by Paul Cabral <ul><li>This presentation will probably involve audience discussion, which will create action items. Use PowerPoint to keep track of these action items during your presentation </li></ul><ul><li>In Slide Show, click on the right mouse button </li></ul><ul><li>Select “Meeting Minder” </li></ul><ul><li>Select the “Action Items” tab </li></ul><ul><li>Type in action items as they come up </li></ul><ul><li>Click OK to dismiss this box </li></ul><ul><li>This will automatically create an Action Item slide at the end of your presentation with your points entered. </li></ul>
  2. 2. Summary <ul><li>What is Built will work </li></ul><ul><li>Final cost and material list </li></ul><ul><li>How to build your very own Solar Heater with common tools </li></ul>
  3. 3. Progress <ul><li>The Solar Project involved many useful items one of which was using a shopping list which saves time </li></ul><ul><ul><li>Mother nature must be on your side or you will face schedule implications </li></ul></ul><ul><li>Having a great partner to lend a few hands and coffee made the project more pleasurable </li></ul>
  4. 4. Attention Areas <ul><li>The glass face used on the Solar Heater project was salvaged from an old front storm door, LEXAN is an option </li></ul><ul><ul><li>Planning a good couple of days or working under cover is key to a good start </li></ul></ul><ul><li>You will find this useful or perhaps entertaining if nothing else to making your own Solar Heater for Home, Garage, Shed, profit or other structures </li></ul>
  5. 5. Costs <ul><li>Total cost of Project is less than $220.00 </li></ul><ul><ul><li>All prices retail </li></ul></ul><ul><li>If you prefer to modify this project go for it </li></ul><ul><ul><li>Cost may increase </li></ul></ul><ul><ul><li>All items used for project were utilized with as little waste as possible </li></ul></ul><ul><ul><li>Don’t be afraid to try this at home… </li></ul></ul>
  6. 6. Technology <ul><li>Small solar panel may be used to power an 80mm +6V/-12Vcomputer fan installed at top of 4” exhaust port used for draw </li></ul><ul><li>A DC thermostat may be connected to the solar panel for greater comfort </li></ul><ul><ul><li>Summarize your needs on the project </li></ul></ul><ul><li>This is a solar powered project which upon completion will not require any AC current therefore, saving valuable natural resources for the future </li></ul>
  7. 8. Recycled products will work!
  8. 10. Cut can as shown for heat spin
  9. 12. Next, stain your frame to protect it this is 1x6x10 cedar board
  10. 13. You may use other materials however, quality materials will out perform subpar materials
  11. 14. Make a secure setup for drilling the washed and cleaned cans
  12. 15. Next, use a ¾ inch metal bit to make a hole on bottom of can
  13. 16. Also, do not over tighten or risk damage to the thin cans design
  14. 17. Now you can see how the top differs from the bottom of can
  15. 18. Next, using your dimensions determine the size and cut out two manifolds and using a 2 ½” or 64mm hole saw make same number of holes in each to accept cans
  16. 19. Notice to remark your measurements for the 1” foil faced foam board and center.
  17. 20. Next, make sure you purchase 3 tubes of high heat sealant, you will need them to attach cans, insulation and glass or Lexan face to be used
  18. 21. As you can see, we used 1x4x8 pine strapping and made the sealed cans able to cure straight and strong, get a helper here
  19. 22. Notice, you will need 3 12oz.cans of flat black high heat spray paint for your aluminum cans and lining materials
  20. 23. Here, you must hang your cured cans on wire to be completely painted and dry prior to installation as well as inspection
  21. 24. Remember, to use same size cans and face cans the same way for max efficiency
  22. 25. Below, dry fit your cut out dimensional lumber and cans
  23. 26. Here, you may now reinforce corners for longevity and make more measurements for the insulation material on all sides and bottom to be inserted
  24. 27. Assure all cans are preinstalled and facing the same way before you continue, careful of scratching paint
  25. 28. 1” foil foam board is cut to install under cans snuggly
  26. 29. Here, you should precut all other foam board for insulating all the other cavities. dry fit them as well
  27. 30. Continue to dry fit for best results and remeasure dimensions while you can
  28. 31. Next, use a 4”hole saw bit and install (2) 4”galv. vent with tabs for output and intake manifolds, at the top and bottom use metal tape if needed
  29. 32. Using hole saw through the ¼” plywood may work better
  30. 33. Here, insert the 4”vent, bend back tabs and screw down just long enough to grab backing material and not puncture through
  31. 34. Next, use metal tape on all exposed foam board cuts, bending over edges for a finished look and good seal
  32. 35. Here, use high heat silicon sealant for attaching foam board and seal all gaps for max ratings and performance
  33. 36. We installed two 4”outdoor hinges to the top of the backing so that this Solar Heater attaches to a Southern facing wall
  34. 37. Finally, it is coming together and all insulation is now taped and ready for aluminum flashing manifold covers
  35. 38. Cut Manifold covers to proper size using a utility knife and straight edge of wood to score and bend free
  36. 39. At the top of manifold a bowed piece of flashing is used to direct and channel heat out the top ductwork more effectively
  37. 40. Here, use high heat spray to touch up any exposed areas
  38. 41. Notice the screw holding the aluminum flashing arch with the 4” duct work for a secure fit and finish
  39. 42. Apply high heat caulking along entire edge of manifold and use weight to create good seal with scrap wood to prevent scraping
  40. 43. Carefully paint flashing, edging and trim off excess sealant which will be seen under the face material used
  41. 44. The top manifold will get a fan and small hole for wiring to connect to a small solar panel
  42. 45. Now your ready for measuring, cutting and sealing the bottom manifold before spray painting
  43. 46. Here you may start solar panel and fan prep
  44. 47. Be prepared to cut part of the wire and clips from fan and solar collector for your project
  45. 48. Next prepare to measure and trim fan edges to fit inside 4” vent
  46. 49. Notice the 4” circle made on the paper which will be used as a template to trim down the fan for a perfect fit
  47. 50. Use a cutoff/grinding wheel or saw to trim the tough plastic corners
  48. 51. Here you will remove connector clips from solar panel
  49. 52. Next remove the molex connectors and yellow wire from your 80mm fan and strip back the red and black wires about 1”
  50. 53. Attach connector clips to ends of wire for easy future removal if replacement of fan is needed
  51. 54. Also place the fan into the top vent hole and feed both wires through small hole on vent housing. Be sure to point arrows on 80mm fan housing away from vent opening. Air flow must be directed out from the top exhaust vent
  52. 55. Sign your project before the top face is finalized and sealed
  53. 56. Here you may use aluminum stair edge for your exterior trim and finish as it will secure the face
  54. 57. Be sure to seal all exposed areas
  55. 58. We used ¾” wood screws
  56. 59. Cut edging to size for your project
  57. 60. Next caulk exterior edging with generous amount of sealant and place face on top, once cured, install trim and screw down
  58. 61. Admire your efforts and reap the rewards from the sun forever.
  59. 63. Southern facing exposures are key as well as a clear path for sunlight <ul><li>Hinges will attach to South facing exterior wall with bottom vent as close to inside floor as possible for cold air to enter in. </li></ul><ul><li>The vent at top or bottom may be extended to reach a convenient inside wall area. The use of 2 registers with an open/close feature for comfort/control will do the trick </li></ul>
  60. 64. Measuring results with a brand new digital thermostat and the sensor inserted inside top vent
  61. 65. Notice the temperature of 149.3F and climbing
  62. 66. Here it is up to 152.6 and climbing
  63. 67. Notice the current air temperature is 94.3 F entering the bottom vent as well as the included packaging material for proof
  64. 68. Finally notice the end result and vent temperature readings observed from the top exhaust vent, Wow…
  65. 69. Temperature readings taken outside show 94.3 F,10mph breeze and slightly overcast w/sun shine were present. Using a brand new digital thermometer to measure the heat exiting top and bottom vents of this Solar Heater demonstrate temps of 154.5 degrees F and climbing while using 94.3 F entering bottom vent. This is a 60.2 degree increase in temperature using free heat folks. Where else can you produce this increase without fossil fuel help? In addition, if the fan did not come on the heat from the Solar Heater will continue to exit the top vent regardless. Should the fan fail you may replace it easily due to connectors and placement inside top vent inside building being heated if you choose. Blocking the bottom and top vents should prevent overheating your selected area during the summer months or hot days which may not require additional heating. You will reap the rewards of your efforts and design for years to come by capturing and channeling heat created from recycled cans and sun light. We hope this convinces you and the skeptics of any doubts that could prevent your solar heater project of becoming reality and successful. -Paul Cabral