I'm curious if you've been recording panel temperature difference when stopped and when moving. What kind of difference a 10+ mph constant airflow across the panel is doing.
Something to consider since you mentioned misting. Instead of wetting the panel have you considering using small gauge aluminum tubing bonded to the panel's heat sink and a water/pump/radiator/optional fan setup. The pump/fan could be run from the solar power and cause the liquid flow through the radiator. I know you can get small radiators, I've used them when I played around with liquid cooling computers. The liquid would definitely draw heat from the sink faster than fins. The other advantage would be with a small fan on the radiator this cooling system would work even when stopped. Just not sure the increase output would offset the energy/weight added.
Not sure how involved you want to get with this project but I found soft bendable aluminum tubing on McMaster Carr.
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Something to consider since you mentioned misting. Instead of wetting the panel have you considering using small gauge aluminum tubing bonded to the panel's heat sink and a water/pump/radiator/optional fan setup. The pump/fan could be run from the solar power and cause the liquid flow through the radiator. I know you can get small radiators, I've used them when I played around with liquid cooling computers. The liquid would definitely draw heat from the sink faster than fins. The other advantage would be with a small fan on the radiator this cooling system would work even when stopped. Just not sure the increase output would offset the energy/weight added.
Not sure how involved you want to get with this project but I found soft bendable aluminum tubing on McMaster Carr.
Gadgets
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