|
|
|
contact Phil : info@instinctualism.org
 The idea is a PLUG AND PLAY power system , built on a series
of these units that will power your Refrigerator , another for lighting , another for A/c & heat systems designed on passive
natural desgns , another for toys and computers , an easy to expand system for each of the 3 single family home plus the group
home and your private residence and playroom ( the dungegion )
Remember you already rely on a 12 volt battery
system for lighting A/c Heat and entertainment every day ..... in your car ! a charging system stores the energy in
the battery and your car runs off that battery not directly from the charger. You honestly are quite comfortable with a 12volt
system already !
Think about this , that system above produces only 45 watts of poer that does not sound like much , and on average year round , you get 4 hours of usable sunshine per day . so that is a total of about 200 watts of power for one 1 , that is stored in a battery . a Dan-floss chest refrigerator uses 100 watts in 1 for a day over its total of turning on and off during a 24 hour day , so that 45 Watt system stores enough energy to run the refrigerator and have energy left over for lighting? or radio or your laptop . a common deep cycle battery stores about 1,000 watts for 1 hour , that means a fully ccharged battery could run the frig for 10 days , now it is not good to totally discharge a battery , but it is rare to have 3 days with NO SUN . so you keep your battery healthy and lasting for 5 years or more , so the cost would be , 170. for the energy the solar panels that will last for 25 years and 100 bucks for the battery recycling them every 5 years . piece together part by part and really thinking about WHY you use pert you can change your world , 1 plug and play unit at a time
Solar air collectors are often integrated into walls or roofs to hide their
appearance. For instance, a tile roof could have air flow paths built into it to make use of the heat absorbed by the tiles.
Air entering a collector at 70°F (21.1°C) is typically warmed an additional 70°–90°F (21.1°–32.2°C.).
The air flow rate through standard collectors should be 1–3 cubic feet (0.03–0.76 cubic meters) per minute for
each square foot (0.09 square meters) of collector. The velocity should be 5–10 feet (1.5–3.1 meters ) per second. Enter content here Enter content here |
|
Enter supporting content here |