Floods in Gaza are getting worse every year. Impeding Gaza's ability to move beyond its own destruction, the blockade is being exacerbated by climate change, and even an hour of rain floods Gaza's neighborhoods. https://mondoweiss.net/2022/12/floods-in-gaza-are-getting-worse-every-year/

Comment by Nancy Lieder

December 24 showed more staging, with the foot of Africa bending into the void of the S Atlantic, and complaining about the reach with SO2 emissions and quakes all around. The Mainland is dropping heavily on the Cocos Plate, where the border has been covered in deep quakes for over a year. It is the JOLT at the rock Bridge over the little town of New Madrid that will release all this tension, and the region near the Wabash Seismic Zone is starting to be restless.

https://poleshift.ning.com/profiles/blogs/new-madrid-jolt-timeline

NIBIRU Visibility — Siberia, December 23, 2022

t.me/ZetaTalk_Followers

https://poleshift.ning.com/profiles/blogs/nibiru-visibility

BATTERY BACKUP FOR EMERGENCIES: An easy and economical battery backup system for the entire house.

An easy and economical battery backup system for the entire house; Angelo Biosciguy for ZetaTalk Followers.

https://poleshift.ning.com/forum/topics/emergency-heat-a-quick-crude-woodburner-made-from-furnace-cooling

Second consideration, is batteries.

1- You will usually get what you pay for, though Lithium Ion technology often poses an exception to that rule. 2 yrs ago, a 12v, 200 Ah, LiFePO4 (Lithium Iron Phosphate) battery cost no less than $600, now, comparable quality Li batteries can be had for $350 or less with free shipping.

2- These batteries are significantly lighter than SLA (lead acid) batteries by half, ie, 26 lbs or less, have a lifespan of 5-8000 cycles or 8-10 yrs (SLA- 500 cycles) and are warranted for that, with nearly 100% depth of discharge (DoD) (compared to SLA @ 50% DoD. They produce no hydrogen gas, can be used in any position, and are completely maintenance free.

3- Their shortcomings are that they must be above 30 degrees F to charge properly but storing them in one’s living space is safe.
Here is an example and notice the specifications: (https://tinyurl.com/mryy38bd).This is a 12V, 100 Ah LiFePO4 for $339 plus free shipping. When charged fully, this battery will deliver 100 amps per hour, every hour. Multiply the household voltage (115v in America) by these 100 amps and you get 11,500 watts or 11,500W per hour, 6,672W for two hrs, 667W for 10 hrs, etc. A microwave may use 1800 Watts, but for usually less than 15 minutes, or less than 450W, or less than 4% of the 11,500W/hr.
Keep this battery on a “smart” trickle charger (https://tinyurl.com/37rcd37n $16.33), when the grid is up and when it’s down, this battery will run these household conveniences for 10 or more hours.

Add another battery and wire in parallel or series and double the output… and security. Search the web for ‘wiring batteries in parallel’ (or series). For this, you’ll need a pair of #2 gauge, 12” cables, sheathed in red (positive) and black (negative) plastic, for $13.49 (https://tinyurl.com/mrxcjvae). Wiring batteries in series (positive terminals bolted together) adds the voltages and in parallel (positive to negative), adds the amperage; either way produces the same power in watts (same runtime) though series connections are slightly more efficient; for this example, we'll stick with parallel connections, doubling the amps and giving the user 12V @ 400 amps (Ah).

The connections to all terminals- especially on the battery, should include washers and be very tight.

4- You will also require an inverter to convert the DC power to AC. An inexpensive 4000W inverter (https://tinyurl.com/386vrus6) can handle surges of 8000 watts; this one, for $319, has a “pure sign wave” output which is best for some sensitive electronic devices.
The inverter will sound a loud beep and shut off ac power to the extension cord if, for any reason, the power draw exceeds the rating on the device. The 4000W inverter linked above, can handle surges of 8000W, temporarily before it shuts off.

You can safely plug a heavy duty 12 or 10 gauge extension cord out of the back and into a location in a centrally- located room as the temporary power center and run smaller extension cords of 14 or 16 gauge off of the end (with a multi-plug adapter) to other rooms.
You may consider what I have personally done but you will need a “interlock” in order to proceed safely and adhere to federal codes; I’ll explain, momentarily.

The idea is to plug your heavy duty extension cord (https://tinyurl.com/2p8k7fsa) $23, from your inverter AC out, to any outlet in the house and thereby power all outlets and switches in it; turn off all breakers in the breaker/ distribution box to circuits you won’t be using; for instance, the laundry can wait until the grid is up again!

This way, you won’t be tripping over extension cords everywhere you go.

Here are necessary requirements for using this method!

1- You will need a “suicide” cord, obviously, which is basically an extension cord with two male ends; if you don’t know how to wire this into an extension cord, simply ask a handyman you trust- an electrician will not do it as it is illegal in many areas! Explain that you’ve purchased an interlock for the breaker box- which, when installed correctly, will make this method of back- feeding your breakers, perfectly legal.

The interlock is a simple metal bracket that secures the main breaker of incoming power from the grid to the breaker box, in the OFF position. Thus, any power streaming into the box from the outlets inside the house, will not travel beyond the breaker box to the power lines of the grid; this way, you won’t unintentionally electrocute a lineman making repairs on your street!

An interlock can easily be installed by the homeowner, and they cost less than $100.

It should be admitted that Utility Companies are hypersensitive about any modifications to the breaker box on which they mount their meter, legal or otherwise! They can legally pull their meter and leave us without electricity, though in a grid down situation it is highly unlikely when they consider that the right precautions, detailed here, were taken before availing ourselves.

Finally, there are methods and cost-effective devices to protect the home wiring- and powered devices from EMP surges and lightening at the breaker/ distribution box (https://tinyurl.com/yckmpcy9). And if one can manage it, plans should be considered to protect all electronic devices in a faraday enclosure, when not in use.

So basically, for an investment of less than $850, one can have a reliable source of backup power for many years of grid down occasions; What is that worth to you, when considering that we’ll be facing increasingly frequent loss of the grid?

https://poleshift.ning.com/forum/topics/emergency-heat-a-quick-crude-woodburner-made-from-furnace-cooling