Morning Cup Of Coffee And Weather

Kevin said:
Sweeney I figure I need my little blue yamaha ONLY to top off the CI battery via shore power plug for Fantastic Fan or heater fan use and/or run AC an hour in sweaty FL to cool camper before bed, plus power dometic in freeze mode, and re charge the sogen for cpap, during the rainy days the solar is not enough.

Some juggling must be done on above depending on boondock location and everyones needs are different of course, but this covers the safety/health basics.

Plus avoiding extreme weather areas or seasons- never gonna summer vacay in Death Valley in this thing, nor winter over in the SD Badlands, and in FL hurricane season I'll simply hook up and bug out north.

At home in a "One Second After" scenario the little blue genny can run in garage with the door cracked to let the CO out, or a shed out back, and its quiet enough in eco mode the zombies will be hard of hearing cruising the streets in un-muffled low riders anyway...;)

If they get by the dog, the 870 takes care of them.

After two weeks power out the numbers of those with gas to burn go way down.

After two months its time to go sweep up the mess. FEMAs 72 hrs of food is a joke. Two months of food and water and self power is more realistic, imho.

But then I expect this OT comment needs its own thread...
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We are going to have fun if we ever find ourselves in the same campground :)

One Second After is a great book though it did cost me a few nights sleep --- once when I was reading it, once when I was pondering it, then in March 2020. The author is a graduate of Undue Perversity...I mean Purdue Unviersity. While I am a college drop out, I consider this my virtual alma mater since had I continued my degree it certainly would have been the CMT degree there (Computerized Manufacturing Technology)
 
Does anyone have experience using a back up battery system to use for your home when the power goes out? Does it work well even in very cold (northern Michigan) weather?
 
Chuckwagon said:
Does anyone have experience using a back up battery system to use for your home when the power goes out? Does it work well even in very cold (northern Michigan) weather?
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I've been giving it some thought as well, and EcoFlow makes some larger sogens suitable for whole home electric supply, and when extra batteries are added, or they are doubled up with interconnect cables to get 240V, or both to get the voltage, and duration needed for your particular application, it offers a lot of flexibility for various scenarios.
I think if going that way however, you would want to have them stored inside near your breaker box where they would be at room temp up until the time of use, and even if your heat goes out, it would be relatively warm(compared to outside) for quite some time. But any battery will start losing capacity when cooled below a certain temp depending on battery type. You should be able to find that info online or from whatever battery manufacturer you are considering.
 
Chuckwagon said:
Does anyone have experience using a back up battery system to use for your home when the power goes out? Does it work well even in very cold (northern Michigan) weather?
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I assume you're thinking of "whole house" as a sort of off-grid backup? I want to do this --- I've been investigating it pretty closely for about 2 1/2 years now. Its just a bit pricy, and I have major space concerns.

I'm really interested in using 48volt 100ah "Server Backup Batteries" then feeding an inverter/charger to allow grid charging, as a backup to solar panels. With a system like this, I could put my primary circuits (Fridge/freezer, essential lighting, and maybe a window shaker in the bedroom. On solar "All the time" without going to an entire grid tied solution. If the batteries become exhausted I could of back to grid power using a manual transfer switch...

I know a couple people who have done this --- and they love it. The nice part about using these discreet components is you aren't tied to a specific manufacturer for anything. If the inverter dies, you just replace it with another off the shelf....you aren't tied to getting a part from Ego-flow (sic) or any other manufacturer who may, or may not , sell repair parts...
 
Don’t hate me but here goes. I turn off my main breaker to the house during a power outage after a hurricane in Florida. Initially I turn off all the other breakers on my panel also. I took a 30 amp cord and installed a dryer plug on the end. I start my toro 5500W generator and hook it up to my clothes dryer plug and back feed my house. I turn on what breakers I need whether it be for the hot water heater, refrigerator outlet, etc…. I also have a 1000W Honda generator and a 2000w generator for dedicated uses as needed. One of my best friends cringes at my setup as he is retired from being a lineman. Not endorsing this, but it works amazing well for us.
 
Van_and_Terri said:
Don’t hate me but here goes. I turn off my main breaker to the house during a power outage after a hurricane in Florida. Initially I turn off all the other breakers on my panel also. I took a 30 amp cord and installed a dryer plug on the end. I start my toro 5500W generator and hook it up to my clothes dryer plug and back feed my house. I turn on what breakers I need whether it be for the hot water heater, refrigerator outlet, etc…. I also have a 1000W Honda generator and a 2000w generator for dedicated uses as needed. One of my best friends cringes at my setup as he is retired from being a lineman. Not endorsing this, but it works amazing well for us.
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It sounds like you've already taken the heat from someone on your practice...I hope you don't get caught doing it. Especially when an interlock only costs a few bucks...That said...

I've been fortunate that in the neighborhood we live in, the power is pretty stable. I rely on 2 little 120-volt generators (Honda & yamaha) which meet my needs except for the well pump. In the summer, when we've had longer outages, I just pulled the camper out and ran an extension cord to the fridge and another to serenity. In the winter its cords out the window to run the fridge, freezer, and blower on my pellet stove. I'm in the habit of keeping at least 1 "blue box" tote of water on a shelf...

I'm in much better shape than many for a localized outage that may only last a couple or even a few days. In fact last time it happened my neighbor said something to the effect "You're lovin' this aren't you..."

But if something bigger happens I'm as screwed as the next guy. :)
 
Van_and_Terri said:
Don’t hate me but here goes. I turn off my main breaker to the house during a power outage after a hurricane in Florida. Initially I turn off all the other breakers on my panel also. I took a 30 amp cord and installed a dryer plug on the end. I start my toro 5500W generator and hook it up to my clothes dryer plug and back feed my house. I turn on what breakers I need whether it be for the hot water heater, refrigerator outlet, etc…. I also have a 1000W Honda generator and a 2000w generator for dedicated uses as needed. One of my best friends cringes at my setup as he is retired from being a lineman. Not endorsing this, but it works amazing well for us.
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why would the power company care? You aren’t feeding power back into the system. I had a similar system with my septic pump and fireplace insert fan. I soft wired them to a plug-in and then had a plug-in next to it that was fed by a generator. I would unplug it from the power grid and plus it into the generator. Worked perfect and no danger of back feeding.
 
Tour 931 said:
why would the power company care? You aren’t feeding power back into the system. I had a similar system with my septic pump and fireplace insert fan. I soft wired them to a plug-in and then had a plug-in next to it that was fed by a generator. I would unplug it from the power grid and plus it into the generator. Worked perfect and no danger of back feeding.
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For those who don't know, here's a quick note about what is being discussed.

Normally, the transformer on the pole takes a high voltage (I think around 7000) and turns it down to 220 which electrifies your house. Every house gets 220. It is "split" into 2 phases, 110 each.

If the power goes out, and you plug your generator into (240 volt onput) into an outlet which is normally used for something like a clothes dryer (male on each end) it will energize all of the outletsin the home. If the "master" power is turned off, then you are OK (sort of -- keep reading) since your home is effectively disconnected from the grid.

IF however, you do this, and forget to turn of the main the 220 volts not only feed the house, but it also feeds the transformer. The transformer works both way...7000 -> 220 or 220 -> 7000. Which will be passed directly to the main power lines. So, a lineman can easily be exposed to voltage coming "backwards" from the houses instead of "to" the houses.

This can be mitigated by putting in a device called an interlock, which will allow 1 breaker to be used to legally backfeed the house since the interlock will require the main breaker to be disconnected. ALso, it would require a male "from" the house - just like we have on the shore power connector on the campinn, only 220 not 110 as the campinn is.

If you plug the generator into the house using a dryer socket, you need to have a male on both ends of the plug. The generator side, as well as the dryer plug side. If some poor fella comes along and touches that "male" end that would be plugged into the dryer socket...and and the the other end is plugged into the running generator...his eyes will glow.

This is one of those things that if "everything works the way it should" you'll be OK --- but a mistake can lead to someone not seeing their kids that night.

Lastly, if you're the only house with lights on after a storm, and there's a generator in the driveway -- you stand out. If a fire-marshall sees this...hope you have a good attorney...
 
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Sweeney said:
For those who don't know, here's a quick note about what is being discussed.

Normally, the transformer on the pole takes a high voltage (I think around 7000) and turns it down to 220 which electrifies your house. Every house gets 220. It is "split" into 2 phases, 110 each.

If the power goes out, and you plug your generator into (240 volt onput) into an outlet which is normally used for something like a clothes dryer (male on each end) it will energize all of the outletsin the home. If the "master" power is turned off, then you are OK (sort of -- keep reading) since your home is effectively disconnected from the grid.

IF however, you do this, and forget to turn of the main the 220 volts not only feed the house, but it also feeds the transformer. The transformer works both way...7000 -> 220 or 220 -> 7000. Which will be passed directly to the main power lines. So, a lineman can easily be exposed to voltage coming "backwards" from the houses instead of "to" the houses.

This can be mitigated by putting in a device called an interlock, which will allow 1 breaker to be used to legally backfeed the house since the interlock will require the main breaker to be disconnected. ALso, it would require a male "from" the house - just like we have on the shore power connector on the campinn, only 220 not 110 as the campinn is.

If you plug the generator into the house using a dryer socket, you need to have a male on both ends of the plug. The generator side, as well as the dryer plug side. If some poor fella comes along and touches that "male" end that would be plugged into the dryer socket...and and the the other end is plugged into the running generator...his eyes will glow.

This is one of those things that if "everything works the way it should" you'll be OK --- but a mistake can lead to someone not seeing their kids that night.

Lastly, if you're the only house with lights on after a storm, and there's a generator in the driveway -- you stand out. If a fire-marshall sees this...hope you have a good attorney...
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Will their eyes glow enough to read by?:D
(great explanation!)
 
Sweeny, thanks for taking the time to explain the danger. I was going to, but didn't have time just now.
If the main breaker is left on, it could indeed be fatal to a line worker up on a pole working on dead (?) lines.

That is why the power companies care, as do other authorities.
 
Lipster said:
Sweeny, thanks for taking the time to explain the danger. I was going to, but didn't have time just now.
If the main breaker is left on, it could indeed be fatal to a line worker up on a pole working on dead (?) lines.

That is why the power companies care, as do other authorities.
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No worries. Feel a little bit like I'm dumping on Van & Terri -- really not. Just think Tour 931's question begged the question, and without context, it isn't possible to answer.

The single input to a home panel then controlling distribution via breakers as opposed to a transfer switch makes a LOT of sense. I can't truly tell you wich of the circuits I have now will exclusively be what I need in a prolonged outage. The only problem is the inability to 100% ensure the main breaker is pulled, and you don't have an exposed prong on a "suicide cable" --- which is what the male-to-male connectors are often called.

Now I if I could only figure out the 48v100ah convention to 120VAC -- so to size the array I need for an off-grid setup. For the money, these batteries don't look like the performs all that well -- this would include the commercially made power stations...
 
Sweeney said:
For those who don't know, here's a quick note about what is being discussed.

Normally, the transformer on the pole takes a high voltage (I think around 7000) and turns it down to 220 which electrifies your house. Every house gets 220. It is "split" into 2 phases, 110 each.

If the power goes out, and you plug your generator into (240 volt onput) into an outlet which is normally used for something like a clothes dryer (male on each end) it will energize all of the outletsin the home. If the "master" power is turned off, then you are OK (sort of -- keep reading) since your home is effectively disconnected from the grid.

IF however, you do this, and forget to turn of the main the 220 volts not only feed the house, but it also feeds the transformer. The transformer works both way...7000 -> 220 or 220 -> 7000. Which will be passed directly to the main power lines. So, a lineman can easily be exposed to voltage coming "backwards" from the houses instead of "to" the houses.

This can be mitigated by putting in a device called an interlock, which will allow 1 breaker to be used to legally backfeed the house since the interlock will require the main breaker to be disconnected. ALso, it would require a male "from" the house - just like we have on the shore power connector on the campinn, only 220 not 110 as the campinn is.

If you plug the generator into the house using a dryer socket, you need to have a male on both ends of the plug. The generator side, as well as the dryer plug side. If some poor fella comes along and touches that "male" end that would be plugged into the dryer socket...and and the the other end is plugged into the running generator...his eyes will glow.

This is one of those things that if "everything works the way it should" you'll be OK --- but a mistake can lead to someone not seeing their kids that night.

Lastly, if you're the only house with lights on after a storm, and there's a generator in the driveway -- you stand out. If a fire-marshall sees this...hope you have a good attorney...
Click to expand...

The way mine is set up works great because it’s impossible to have a line plugged into TWO separate plug-ins. It also isolates it from lines not needed in an emergency. A few years ago a Seattle area was killed because someone backfed a line during an outage.
 
Sweeney said:
For those who don't know, here's a quick note about what is being discussed.

Normally, the transformer on the pole takes a high voltage (I think around 7000) and turns it down to 220 which electrifies your house. Every house gets 220. It is "split" into 2 phases, 110 each.

If the power goes out, and you plug your generator into (240 volt onput) into an outlet which is normally used for something like a clothes dryer (male on each end) it will energize all of the outletsin the home. If the "master" power is turned off, then you are OK (sort of -- keep reading) since your home is effectively disconnected from the grid.

IF however, you do this, and forget to turn of the main the 220 volts not only feed the house, but it also feeds the transformer. The transformer works both way...7000 -> 220 or 220 -> 7000. Which will be passed directly to the main power lines. So, a lineman can easily be exposed to voltage coming "backwards" from the houses instead of "to" the houses.

This can be mitigated by putting in a device called an interlock, which will allow 1 breaker to be used to legally backfeed the house since the interlock will require the main breaker to be disconnected. ALso, it would require a male "from" the house - just like we have on the shore power connector on the campinn, only 220 not 110 as the campinn is.

If you plug the generator into the house using a dryer socket, you need to have a male on both ends of the plug. The generator side, as well as the dryer plug side. If some poor fella comes along and touches that "male" end that would be plugged into the dryer socket...and and the the other end is plugged into the running generator...his eyes will glow.

This is one of those things that if "everything works the way it should" you'll be OK --- but a mistake can lead to someone not seeing their kids that night.

Lastly, if you're the only house with lights on after a storm, and there's a generator in the driveway -- you stand out. If a fire-marshall sees this...hope you have a good attorney...
Click to expand...

Lots more info online; for example:
https://www.howtogeek.com/846549/can-i-hook-up-a-generator-directly-to-my-house/
 
Kevin said:
Lots more info online; for example:
https://www.howtogeek.com/846549/can-i-hook-up-a-generator-directly-to-my-house/
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Kevin, I think we run in the same circles just a little too frequently LOL :) --- this web site is where I initially heard about this practice....

The interlock (I think I called it something else earlier) is a brilliant solution to the pure generator solution --- it really lets you control how the power is used --- you can turn on whichever circuits you need as long as you don't exceed the generation capacity. However, it lackes in 1 area --- you can't use your "solar" battery in all the circuits at the same time you are using the grid --- a transfer switch with pre-selected circuits is required for this.


HOWEVER --- for pure emergency preparation -- the interconnect is the best solution because of its flexability.
 
It's only Tuesday --- but I'm thinking weekend already!

The last couple has been either too hot or too busy with life's demands to enjoy them very much. I still have a tremendous amount of deferred maintenance, and with a nice stretch of weather, that will wait another week :) I suspect the early weeks in November will be when a lot of that gets done --- it's mostly cleanup work anyway, which takes president once the leaves fall in the last week of October.

I'm starting to think autumn thoughts a bit early this year. I can't say I'm happy about that, I think it is that the sun is just cresting the roof and casting a bright light on a tree line on my office window. During summer, there isn't the sharp contrast of shadow that makes it so remarkable. Perhaps its the cool air -- Its only 60 degrees this morning.

I'm getting far too ahead of myself. It looks like we have a much better one coming up. Maybe even nice enough weather to justify a campfire...
 
Tour 931 said:
It snowed another inch yesterday afternoon and an inch more at night. This is my class A this morning. I lived in it with everything I owned for three months while searching for a home in Wisconsin. More Folgers in my cup.

140C53D9-C50C-43DF-A290-D5032FD783C7

140C53D9-C50C-43DF-A290-D5032FD783C7

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2003 Tradewinds
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My Class A won’t have to sit outside this winter.
A555173C-9D4D-4FEB-94B0-068C503937BB

A555173C-9D4D-4FEB-94B0-068C503937BB

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It will be snug as a bug in its new RVport.
842BA6A9-85C4-413C-82C2-A4AC66665788

842BA6A9-85C4-413C-82C2-A4AC66665788

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I still have more landscaping to do but it’s coming along nicely.
B5EE22B0-DF72-482B-8F41-4D0709D9E42D

B5EE22B0-DF72-482B-8F41-4D0709D9E42D

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  • Date added
 
Tour 931 said:
My Class A won’t have to sit outside this winter.
A555173C-9D4D-4FEB-94B0-068C503937BB

A555173C-9D4D-4FEB-94B0-068C503937BB

  • Media owner Tour 931
  • Date added
It will be snug as a bug in its new RVport.
842BA6A9-85C4-413C-82C2-A4AC66665788

842BA6A9-85C4-413C-82C2-A4AC66665788

  • Media owner Tour 931
  • Date added
I still have more landscaping to do but it’s coming along nicely.
B5EE22B0-DF72-482B-8F41-4D0709D9E42D

B5EE22B0-DF72-482B-8F41-4D0709D9E42D

  • Media owner Tour 931
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Definitely more convenient. In long term cheaper than renting a storage facility! You've got a great 'eye' for landscaping...I'm sure it will look great when you're done....
 
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