Solar Stuff...

[Blowby]

Thanks for providing technical information. I know a lot of members will appreciate this post. BTW, what is the cost of something of this size?

[Grant H.]

Thanks for providing technical information. I know a lot of members will appreciate this post. BTW, what is the cost of something of this size?

This one in particular is C1D2 rated for hazardous locations in the oilfield which makes it more expensive (rated parts are pricey).

One that isn't C1D2 could be built for:
1x - 275 Watt Panel - $200 + shipping
12x - 215AH 6VDC Batteries - $1400 + freight, unless you buy local.
1x - Charge Controller - Anywhere from $50 (chitty) to $1500 (fantastic) - Don't buy the cheapest, Morningstar gear (PS-30, $125 on amazon, depending on your panel voltage and how many) works pretty well. Outback gear is my choice for home systems.
1x Battery box - The one pictured is $400, rubbermaid trunks work pretty dang well actually, and aren't that expensive.
1x Rack of some sort - could be built by ones-self for less than $100.

Total: $2000 assuming a rubbermaid trunk runs $150 (probably high), $100 for a rack solution, and expensive shipping for the panel and charge controller.

Given only 275W of solar, the 1290AH battery bank is a bit ridiculous. As I said that situation required that the batteries could last, and recover easily, through 10 days of no sun. If I were building it as a temporary power solution for preparedness, I would half the battery bank. That would save you $700 odd dollars.

[offgrid]

Given only 275W of solar, the 1290AH battery bank is a bit ridiculous. As I said that situation required that the batteries could last, and recover easily, through 10 days of no sun. If I were building it as a temporary power solution for preparedness, I would half the battery bank. That would save you $700 odd dollars.

Ya, a single 275W panel with a 1290AH battery bank is silly ridiculous for preparedness. For a small solar solution for preparedness , I too would half the battery bank, also add another panel and a inverter. If someone was to put together a system like this, no reason not to use that available power every day.