Currently looking at rain covers for bikes, motorcycles, and scooters...solar on top.
Similar to this: “Universal Motor Scooter Blue Umbrella Mobility Sun Shade Rain Cover” (ebay)
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I have very brittle ebay cells.
Trying to avoid glass (weight) but bad reviews for plexi/acrylic...
EVA film? Laminate? Etc?
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Anyone ever try an airtight glass case? Results? Maybe too heavy...
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Best option for this seems to be encasing them in epoxy...but that just turns into planned obsolescence (not maintainable)—maybe not as sinister, but you’re still planning to replace it, not maintain it... Plus those still crack afaik. I guess you could cut out a bad cell, but I was hoping to do something more modular...
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Bypass diodes are Maxim MAX20800/MAX20801 (2.80$)
Cells are chipped 1.8w (0.5v@3.6a) (so ~1.6w) (120 for 50$)
Looking for lightweight—not necessarily flexible—solutions for portable rain cover(s).
I’m open to trailer solutions too, but it seems easier to install (or intrinsic) shock absorption on the supports for a roof than a bouncy bike trailer...
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also doing a battery box radiator + aquarium heater (maybe programmable for different types of batteries). I think it’s 68f for SLA. Basic computer fan for cooling. It’s mainly for the winter though. No clue how efficient that will be, esp. at night—still off solar. I mean will you waste all your charge from the panels on keeping them at an efficient temperature at night. What about 20 degree weather during the day? Any calculations (curves, data, etc.) for temperature and efficiency? Different batteries? Types of heater solutions used, etc. When to switch to a more efficient heat source (non-electric)?
Thanks.
Similar to this: “Universal Motor Scooter Blue Umbrella Mobility Sun Shade Rain Cover” (ebay)
—
I have very brittle ebay cells.
Trying to avoid glass (weight) but bad reviews for plexi/acrylic...
EVA film? Laminate? Etc?
—
Anyone ever try an airtight glass case? Results? Maybe too heavy...
—
Best option for this seems to be encasing them in epoxy...but that just turns into planned obsolescence (not maintainable)—maybe not as sinister, but you’re still planning to replace it, not maintain it... Plus those still crack afaik. I guess you could cut out a bad cell, but I was hoping to do something more modular...
—
Bypass diodes are Maxim MAX20800/MAX20801 (2.80$)
Cells are chipped 1.8w (0.5v@3.6a) (so ~1.6w) (120 for 50$)
Looking for lightweight—not necessarily flexible—solutions for portable rain cover(s).
I’m open to trailer solutions too, but it seems easier to install (or intrinsic) shock absorption on the supports for a roof than a bouncy bike trailer...
—
also doing a battery box radiator + aquarium heater (maybe programmable for different types of batteries). I think it’s 68f for SLA. Basic computer fan for cooling. It’s mainly for the winter though. No clue how efficient that will be, esp. at night—still off solar. I mean will you waste all your charge from the panels on keeping them at an efficient temperature at night. What about 20 degree weather during the day? Any calculations (curves, data, etc.) for temperature and efficiency? Different batteries? Types of heater solutions used, etc. When to switch to a more efficient heat source (non-electric)?
Thanks.
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