Update: This popular deal is still available + Get a Free Product with Purchase.
Jackery Inc via Amazon (Ships from and sold by Jackery Inc.) has Jackery Explorer 1000 v2 1070Wh LiFePO4 Portable Power Station+ Jackery Explorer 100 99Wh LiFePO4 Portable Power Station on sale for $488 - $89 discount for the free item when you add both items to cart (applies at checkout) = $399. Shipping is free.
Thanks to Deal Hunter phoinix for finding this deal.
This collaborative space allows users to contribute additional information, tips, and insights to enhance the original deal post. Feel free to share your knowledge and help fellow shoppers make informed decisions.
Update: This popular deal is still available + Get a Free Product with Purchase.
Jackery Inc via Amazon (Ships from and sold by Jackery Inc.) has Jackery Explorer 1000 v2 1070Wh LiFePO4 Portable Power Station+ Jackery Explorer 100 99Wh LiFePO4 Portable Power Station on sale for $488 - $89 discount for the free item when you add both items to cart (applies at checkout) = $399. Shipping is free.
Thanks to Deal Hunter phoinix for finding this deal.
Model: Jackery Explorer 1000 v2 Portable Power Station(2024 New),1070Wh LiFePO4 Battery,1500W AC/100W USB-C Output, 1 Hr Fast Charge, Solar Generator for Outdoor Camping,Off-grid Living,RV,Emergency
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Deal History includes data from multiple reputable stores, such as Best Buy, Target, and Walmart. The lowest price among stores for a given day is selected as the "Sale Price".
Sale Price does not include sale prices at Amazon unless a deal was posted by a community member.
So $375 to build your own system. I use mine for camping. I have a 12v light string that uses about 35w on high and 9w on low, so the system will power that for days, as well as charge cell phones, tablets, ipads, speakers, etc.
And as the other person said - it's nice to have the individual components to swap out if anything goes bad.
For charging the above system, I use a Victron SmartSolar MPPT 75/15 solar charger ($68) and a couple solar panels for 200w of charging power in full sun.
Other charging options include a 120v AC to 14v DC LiFePO4 battery charger ($40), or a DC-DC charger ($30) for charging from your vehicle's 12v power, to charge up while driving.
Of course, the real savings for a DIY setup comes from stepping up the capacity. A 12.8v 320aH setup (for 4096Wh total) can be had for ~$720 ($450 battery bank + $70 BMS + $125 inverter + $68 solar charge controller).
My off-grid solar system for my house employs 16 * 3.2v 310aH batteries for 15,872Wh of capacity. I paid $1800 for all the battery capacity.
Mine stopped working a little over Two years after I bought it, since it was outside the warranty window I figured I was out of luck but after a few back and forth emails with a video showing the problem, they sent out a free replacement and paid for free return shipping of my defective unit. paid $800 3+ yrs ago for version 1. Had a similar issue when their solar saga 100w folding panel stopped working outside warranty and they replaced it. I find it hard to believe you tossed yours after only 90 days and didn't attempt a free replacement. I had no issues at all with customer service.
Tons of yt vids out there.
Will Prouse, Jasonoid, HoboTech, just to name 3.
There are so, so many off the grid folks who have posted plenty of videos.
Will is excellent for home builds, Jason is excellent for super specific data, Hobo, is well Hobo. Country bumpkin / off gridder, just enjoying life.
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about 1 month ago
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Mine stopped working after 90 days and customer service is non existent. I threw it away because trying to get it replaced was next to impossible. I now have a battery and a power inverter that does the same thing and is serviceable buy myself for less than this pos.
Mine stopped working after 90 days and customer service is non existent. I threw it away because trying to get it replaced was next to impossible. I now have a battery and a power inverter that does the same thing and is serviceable buy myself for less than this pos.
Our community has rated this post as helpful. If you agree, why not thank porshuh
Quote
from Supertouch
:
Can you share your set up?
This is my setup:
4 * 3.2V 100aH LiFePO4 batteries for $180
Daly BMS 4S 12V with WiFi monitoring $69
1200 watt pure sine wave inverter $125
So $375 to build your own system. I use mine for camping. I have a 12v light string that uses about 35w on high and 9w on low, so the system will power that for days, as well as charge cell phones, tablets, ipads, speakers, etc.
And as the other person said - it's nice to have the individual components to swap out if anything goes bad.
For charging the above system, I use a Victron SmartSolar MPPT 75/15 solar charger ($68) and a couple solar panels for 200w of charging power in full sun.
Other charging options include a 120v AC to 14v DC LiFePO4 battery charger ($40), or a DC-DC charger ($30) for charging from your vehicle's 12v power, to charge up while driving.
Of course, the real savings for a DIY setup comes from stepping up the capacity. A 12.8v 320aH setup (for 4096Wh total) can be had for ~$720 ($450 battery bank + $70 BMS + $125 inverter + $68 solar charge controller).
My off-grid solar system for my house employs 16 * 3.2v 310aH batteries for 15,872Wh of capacity. I paid $1800 for all the battery capacity.
Both are good deals and both charge just as fast, so the key differences are eco flow is 1800W vs 1500W for the Jackery, but the Jackery is 23lb vs eco flow 27lb. I like the form factor of the Jackery better, plus it's lighter. I won't miss the extra 300W to be honest. Depends on you though.
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So $375 to build your own system. I use mine for camping. I have a 12v light string that uses about 35w on high and 9w on low, so the system will power that for days, as well as charge cell phones, tablets, ipads, speakers, etc.
And as the other person said - it's nice to have the individual components to swap out if anything goes bad.
For charging the above system, I use a Victron SmartSolar MPPT 75/15 solar charger ($68) and a couple solar panels for 200w of charging power in full sun.
Other charging options include a 120v AC to 14v DC LiFePO4 battery charger ($40), or a DC-DC charger ($30) for charging from your vehicle's 12v power, to charge up while driving.
Of course, the real savings for a DIY setup comes from stepping up the capacity. A 12.8v 320aH setup (for 4096Wh total) can be had for ~$720 ($450 battery bank + $70 BMS + $125 inverter + $68 solar charge controller).
My off-grid solar system for my house employs 16 * 3.2v 310aH batteries for 15,872Wh of capacity. I paid $1800 for all the battery capacity.
Which 1200W sine wave inverter do you have? Been looking for a good one but most of the Amazon reviews are pretty bad.
Top Comments
4 * 3.2V 100aH LiFePO4 batteries for $180
Daly BMS 4S 12V with WiFi monitoring $69
1200 watt pure sine wave inverter $125
So $375 to build your own system. I use mine for camping. I have a 12v light string that uses about 35w on high and 9w on low, so the system will power that for days, as well as charge cell phones, tablets, ipads, speakers, etc.
And as the other person said - it's nice to have the individual components to swap out if anything goes bad.
For charging the above system, I use a Victron SmartSolar MPPT 75/15 solar charger ($68) and a couple solar panels for 200w of charging power in full sun.
Other charging options include a 120v AC to 14v DC LiFePO4 battery charger ($40), or a DC-DC charger ($30) for charging from your vehicle's 12v power, to charge up while driving.
Of course, the real savings for a DIY setup comes from stepping up the capacity. A 12.8v 320aH setup (for 4096Wh total) can be had for ~$720 ($450 battery bank + $70 BMS + $125 inverter + $68 solar charge controller).
My off-grid solar system for my house employs 16 * 3.2v 310aH batteries for 15,872Wh of capacity. I paid $1800 for all the battery capacity.
Will Prouse, Jasonoid, HoboTech, just to name 3.
There are so, so many off the grid folks who have posted plenty of videos.
Will is excellent for home builds, Jason is excellent for super specific data, Hobo, is well Hobo. Country bumpkin / off gridder, just enjoying life.
155 Comments
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Our community has rated this post as helpful. If you agree, why not thank scotts9612
Can you share your set up?
https://slickdeals.net/share/android_app/t/17878545
Our community has rated this post as helpful. If you agree, why not thank porshuh
4 * 3.2V 100aH LiFePO4 batteries for $180
Daly BMS 4S 12V with WiFi monitoring $69
1200 watt pure sine wave inverter $125
So $375 to build your own system. I use mine for camping. I have a 12v light string that uses about 35w on high and 9w on low, so the system will power that for days, as well as charge cell phones, tablets, ipads, speakers, etc.
And as the other person said - it's nice to have the individual components to swap out if anything goes bad.
For charging the above system, I use a Victron SmartSolar MPPT 75/15 solar charger ($68) and a couple solar panels for 200w of charging power in full sun.
Other charging options include a 120v AC to 14v DC LiFePO4 battery charger ($40), or a DC-DC charger ($30) for charging from your vehicle's 12v power, to charge up while driving.
Of course, the real savings for a DIY setup comes from stepping up the capacity. A 12.8v 320aH setup (for 4096Wh total) can be had for ~$720 ($450 battery bank + $70 BMS + $125 inverter + $68 solar charge controller).
My off-grid solar system for my house employs 16 * 3.2v 310aH batteries for 15,872Wh of capacity. I paid $1800 for all the battery capacity.
Our community has rated this post as helpful. If you agree, why not thank sparked1
Sign up for a Slickdeals account to remove this ad.
4 * 3.2V 100aH LiFePO4 batteries for $180
Daly BMS 4S 12V with WiFi monitoring $69
1200 watt pure sine wave inverter $125
So $375 to build your own system. I use mine for camping. I have a 12v light string that uses about 35w on high and 9w on low, so the system will power that for days, as well as charge cell phones, tablets, ipads, speakers, etc.
And as the other person said - it's nice to have the individual components to swap out if anything goes bad.
For charging the above system, I use a Victron SmartSolar MPPT 75/15 solar charger ($68) and a couple solar panels for 200w of charging power in full sun.
Other charging options include a 120v AC to 14v DC LiFePO4 battery charger ($40), or a DC-DC charger ($30) for charging from your vehicle's 12v power, to charge up while driving.
Of course, the real savings for a DIY setup comes from stepping up the capacity. A 12.8v 320aH setup (for 4096Wh total) can be had for ~$720 ($450 battery bank + $70 BMS + $125 inverter + $68 solar charge controller).
My off-grid solar system for my house employs 16 * 3.2v 310aH batteries for 15,872Wh of capacity. I paid $1800 for all the battery capacity.
Which 1200W sine wave inverter do you have? Been looking for a good one but most of the Amazon reviews are pretty bad.