Comments on Solar Generator Ordered Online
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Just the AC
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A 12X12 room requires 9000 BTU unit
1kW= 3412 BTU
9000 / 3412 = 2.63 kWh
Solar Generator = 5 kWh (for one hour)
So, it would run the AC for a little less than 2 hours.
Also, keep in mind that the 5000W is based on a load that is a 20 hr spec.
You will get less expending it all in 2 hours.
Check my mathComment
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I'm getting this back-up power system for a possible scenario where other fuel sources may not be available.Comment
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I asked them for a system that would be sufficient for my power needs. Why would they propose one that wouldn't provide such power for the duration I specified.
If they refuse to honor my order cancelation, I will use this as my grounds for the dispute. What do you think?
One thing I have found through researching prepackaged "solar generators" is that they will either claim to provide a lot more kWh then the batteries can or the pv wattage is too small and can't replenish what is used on a daily basis. Most if not all of those packages were very over priced for what they provided.
That was the reason I went forward and built my own. Although even with some knowledge I did not procure the correct hardware and over spent. But at least I didn't expect to run a lot of my electrical loads from either of my two small solar generating systems so while expensive it was not a game stopping event.Comment
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The reason why I opted for solar (with the possibility of adding wind) is that I wanted a system where I would not need to buy any consumable fuel like petroleum or natural gas. If I had a stream next to me, I'd go hydroelectric.
I'm getting this back-up power system for a possible scenario where other fuel sources may not be available.1150W, Midnite Classic 200, Cotek PSW, 8 T-605sComment
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For an unknown amount of time... months, years... I don't know.
Let's just put it this way. I want to have a system that will provide power should all other generating options be unavailable. Let's just say it's an end of civilization kind of thing. (Any fellow preppers/survivalists here?)
When my batteries go bad, then it's back to the stone age.Comment
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For an unknown amount of time... months, years... I don't know.
Let's just put it this way. I want to have a system that will provide power should all other generating options be unavailable. Let's just say it's an end of civilization kind of thing. (Any fellow preppers/survivalists here?)
When my batteries go bad, then it's back to the stone age.Comment
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So you start to get into another scenario for which there are other forums to address. To do what you want, I'd delete the AC, convert a 11(ish)cubic ft chest freezer to act as a fridge and buy another chest freezer to be a freezer. The chest freezer converted to fridge is much more efficient because all the cold air doesn't rush out when you open the door, they consume .5KWH/day to operate and are simple to convert. You'll have to start paying close attention to the energy labels on appliances, that dorm fridge you have are typically very inefficient.1150W, Midnite Classic 200, Cotek PSW, 8 T-605sComment
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So you start to get into another scenario for which there are other forums to address. To do what you want, I'd delete the AC, convert a 11(ish)cubic ft chest freezer to act as a fridge and buy another chest freezer to be a freezer. The chest freezer converted to fridge is much more efficient because all the cold air doesn't rush out when you open the door, they consume .5KWH/day to operate and are simple to convert. You'll have to start paying close attention to the energy labels on appliances, that dorm fridge you have are typically very inefficient.Comment
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For an unknown amount of time... months, years... I don't know.
Let's just put it this way. I want to have a system that will provide power should all other generating options be unavailable. Let's just say it's an end of civilization kind of thing. (Any fellow preppers/survivalists here?)
When my batteries go bad, then it's back to the stone age.
1) Phase I - Acquire a generator and manual transfer switch. Store 10 gallons of gas and get a siphon for the car just in case. (Power for 5-10 days)
2) Phase II - Acquire batteries, battery charger and inverter. - Allow for quiet power at night and also extend gas by charging batteries and then shutting down generator. (Maybe gain 10-20%?)
3) Phase III - Add solar panel and charge controller. - To provide for long term outages - (Power, but less than generator. Potentially lose refrigeration, but keep Sattelite TV, DSL modem and computers and some lights)
It is critical to know all the loads and calculate hours of run time for each appliance. Conservation is also key. Get energy efficient fridge, lights, etc. Stock up on batteries for lanterns and have backup oil lanterns and oil which don't require electricity. I have just completed Phase I.Comment
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To do what you want, I'd delete the AC, convert a 11(ish)cubic ft chest freezer to act as a fridge and buy another chest freezer to be a freezer. The chest freezer converted to fridge is much more efficient because all the cold air doesn't rush out when you open the door, they consume .5KWH/day to operate and are simple to convert.
I would still need to power my Mac and iOS devices. My libraries are in those devices.
I'll wait and see what happens to this order I just canceled, then I'll start asking help here to build my own solar power system.Comment
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That way I see it, if **** does hit the fan, I'd just try to hold on to whatever comfort and convenience I could have for as long as I can.
My friends are actually warning me about this plan. They say I'm just making myself a target by having a power source in an apocalypse scenario.Comment
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Yeah, I hear you on that one.
That way I see it, if **** does hit the fan, I'd just try to hold on to whatever comfort and convenience I could have for as long as I can.
My friends are actually warning me about this plan. They say I'm just making myself a target by having a power source in an apocalypse scenario.
See the way I look at it is that after a hurricane (you and I live in Florida so you should understand) the power could go out for days so some form of generator is a must but power will come back before my food and water run out.
For a SHTF event what will you really need the power for? TV, Cable, Cell phone and all other types of broadcast entertainment will not be working. Having power to keep the food cold is nice but a prepper doesn't rely on mechanical ways to keep food from spoiling. Power would be nice to run a fan or AC or heater but again a prepper is supposed to be able to handle all environments and survive without mechanical (or electrical) support.
So having an emergency power source for the short periods of the grid going down is not only smart but practical if you determine what you really need and spend your money wisely. I have both solar and fossil fuel power generators available to me.
Having power if the grid is down for a long time is trying to cling to a luxury when other things should be higher on the priority list.
So back to what you need. If you can calculate how many watt hours you really need to use in a day then a battery solar battery generator can be designed and although expensive should meet your needs.Comment
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Where does the programming come from for Directv? Not locally I would presume. Might there be emergency broadcasts? I think that is likely. I agree that the internet could easily go out, but a month ago the power went out and I still had internet on my DSL, so I will provide the 11 watts necessary just in case.Comment
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