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It all started with the posts to hold the panels: sunk three feet underground with concrete. |
I needed power to open and close the louvers of the high tunnel. Moreover, power was needed to run the blower that provides a layer of air between the two plastic layers - making the tunnel better to withstand the wind. Kamal designed a structure to make it all work.
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Circuit breaker panel in the high tunnel |
Digging the trench, threading the wire from the panel into the high tunnel and now connecting the circuits.
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Blower inflating the plastic |
Here's the backside of the high tunnel with power!
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Solar panels with batteries |
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