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Amazon | $145.99 |
Product Name: | HQST 2PCS 9BB 100W Solar Panel 12V 200 Watt Monocrystalline Solar Panels High-Efficiency Module for RVs Motorhomes Cabins Marine Boat Off-Grid |
Manufacturer: | HQST Solar |
Model Number: | HSP100D-36-2-G1-US |
Product SKU: | B09PYL2KW2 |
UPC: | 810081405874 |
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This would be overkill. A solar battery tender from Harbor Freight might be better.
Seriously, there are many options on Craigslist and Facebook Marketplace but of course YMMV. Here's 200W panels (near me) for $60 each: https://boston.craigsli
These are usually removed from systems being upgraded and they seem more available during Spring/Summer/Fall.
I use this for my RV solar setup. Works well when plugged into shore power if you want to supplement with solar.
Jayro the rated 50a is that from the solar side only and the mains electric company can be 200a. Or 50amp total regardless of which input.
If 50amp total then not sure how the automatic helps when homes are 200a
Bulk will be cheaper if a person calls and no fee for will call pickups.
I've been looking into this also trying to cut down cost. Look like I'd need to spend about 6 or $700 on the solar panels. Than a few more hundreds on the structure. About $100 on the charger and $1k or so on the batteries. Maybe another $100 or $200 to convert all that battery power back to 220VAC or 110VAC for practical house use. Look about right?
Is there any device that can automatically switch to use the grid power 220VAC for when the battery is drained?
Solar panels in general typically only produce about 75% of the rated wattage in real world usage, a 200 watt panel will be producing about (0.05% x 12years = 0.6%)x 150 = 141 watts, $70 or $0.4965 per watt. Brand new modern monosilicon panels, even bifacial panels that produce more than their frontal rating, are selling for under $0.50 a watt. (A biggest issue is the price of shipping, as it is with every normal size solar panel)
So you're absolutely correct, this really isn't a very good deal unless you need a single panel and don't care at all about the quality.
This is because you're buying a panel that is bigger and takes up more space while simultaneously being heavier, produces less power, is long out of warranty, 1/3 through its functional lifetime, and is far more likely to have sustained damage or other malfunction, and -still- costs almost as much as a brand new panel per watt.
caveat emptor.
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2022 Minnesota Statutes UTILITIES Chapter 216C Section 216C.06 Ā§Subd. 17.
Solar energy system.
"Solar energy system" means a set of devices whose primary purpose is to collect solar energy and convert and store it for useful purposes including heating and cooling buildings or other energy-using processes, or to produce generated power by means of any combination of collecting, transferring, or converting solar-generated energy.
This will prob be my stepping stone purchase into solar and only currently have a Bluetti and EcoFlow but would like to build out a system past just those two portable units.
I also have a 100 watt Renogy panel, I can't really tell the difference.
I'm not sure about them being the same company because their other product lines are different.
I've been looking into this also trying to cut down cost. Look like I'd need to spend about 6 or $700 on the solar panels. Than a few more hundreds on the structure. About $100 on the charger and $1k or so on the batteries. Maybe another $100 or $200 to convert all that battery power back to 220VAC or 110VAC for practical house use. Look about right?
Yep, for most folks this wouldn't really be worth it unless you are WAY out in the middle of nowhere, and your other option is lugging gallons of fuel to a generator. At least this way, you could charge a couple of batteries and always have some power. Also, you can buy direct current powered devices, and power them directly. Many of our household electric devices actually run on direct current anyway - they just change the alternating current at your outlet to direct current and lower voltage in the device. There are loads of direct current devices you can buy to run directly off of a car's cigarette lighter (12 volts) or directly off of a solar panel's power, or directly from a battery that the solar panel charges.
I've been looking into this also trying to cut down cost. Look like I'd need to spend about 6 or $700 on the solar panels. Than a few more hundreds on the structure. About $100 on the charger and $1k or so on the batteries. Maybe another $100 or $200 to convert all that battery power back to 220VAC or 110VAC for practical house use. Look about right?
Yep, for most folks this wouldn't really be worth it unless you are WAY out in the middle of nowhere, and your other option is lugging gallons of fuel to a generator. At least this way, you could charge a couple of batteries and always have some power. Also, you can buy direct current powered devices, and power them directly. Many of our household electric devices actually run on direct current anyway - they just change the alternating current at your outlet to direct current and lower voltage in the device. There are loads of direct current devices you can buy to run directly off of a car's cigarette lighter (12 volts) or directly off of a solar panel's power, or directly from a battery that the solar panel charges.
I don't think a few thousand, or even 4K on a starter system is very much compared to being held "hostage" by the state.
We're mellow compared to most people on our electrical use, coming in around the lower 25% bracket. Even our bill is probably $1000 or more a year. That's what you get when taxes and fees represent a huge hunk of the bill.
I have some solar now but a poor lot to implement it in a large way. When I move, I'm sticking my nose up at these utilities, taxes and fees. 4K well spent and black out free to boot. But, I would not be using the 100 watt panels I have now- like these. I'd use more like 275 36 volt. Most cheaper mppt controllers can handle 24 or 36 volts. If your panel system is large enough, you may just have to install multiple controllers, one for each group.
I will be using a battery with solar panels and planning to keep it under the gazebo in a box to save it from water.
Question , is it safe to keep the battery outside? Specifically in Chicago weather? Anything I can do to protect the battery or any specific type of battery I should buy for this weather?
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I will be using a battery with solar panels and planning to keep it under the gazebo in a box to save it from water.
Question , is it safe to keep the battery outside? Specifically in Chicago weather? Anything I can do to protect the battery or any specific type of battery I should buy for this weather?
Insulate your box but put in a very small vent to allow air to circulate. I mean like a vent the size of a nickel. Seal the rest. Use lithium grease on all the contacts to stop corrosion. Don't forget to top off the distilled water every year.