Pecron is selling their Power Station right now for $299, an incredible deal.
Plenty of videos out there for reviews. Thought I would share.
1200W AC Pure Sine Wave Inverter (2400W Surge)
614Wh Large Capacity (25.6V/24Ah)
LiFePo4 Battery with 3,500+ Life Cycles to 80%
400W Max Solar Charging
Rated Power1200W
Peak PowerThrough intelligent buck drive, run 2000W appliances
Capacity614Wh
AC Input120V/60Hz Pure Sine Wave
PV InputVoc 12V~18V / 100W Max /7A Max.
Voc 32V~95V / 400W Max / 15A Max
Battery Type LiFePo4 Battery
Can retain 80% of its original capacity at 3500 complete charge cycles
Weight 20lbs(9.4Kg)
DC Output12V
Dimension
L11.7xW7.8xH8.5in
Car Input DC 12~18V--100W(Max)
https://www.pecron.com/products/p...on-lifepo4
283 Comments
Sign up for a Slickdeals account to remove this ad.
Our community has rated this post as helpful. If you agree, why not thank Sk35
i personally can't attest to Wh but it appears to be close. I suspect efficiency is not as good with these no name brands....
that said, when i received product, it was not 100% depleted. good luck shoppers lol
lukewarm rec from me. the lack of an app makes charging annoying on cloudy days
Our community has rated this post as helpful. If you agree, why not thank GreenScene5587
Find a Power Station (ok name brand) that can brew a cup of coffee from a Keurig Slim innitially drawing 1435w surge, maintaining the brew without a sweat. Fans didn't even turn on! Ran around 1231w the entire time.. started at 81% battery ended at 71% battery after the brew.
So far I am VERY impressed for $284.
Now, this is my first 1hr of the E600, if I find something bad I will update here no worres
This is what I bought the E600 for... A small heater, fridge.. be able to run a fan, coffee, Lights, you can do IKEA low voltage lighting low amp light on anythig so that's easy. Charge all flashlights, battery packs for hand tools, cell phones.. that sort of thing.
but at 600w from my EB3A I couldn't do more then that, the 1200w on the E600 I can.
Even 700w microwave I probably can run on this E600 so in the workplace, camping, construction.
The Pecron E600 just finished charging. It is quiet.
Anyone that thumbs down this, you really have to look what there is in the 1200w range at what cost. There is nothing that comes close to this price that I know off, show me?
i personally can't attest to Wh but it appears to be close. I suspect efficiency is not as good with these no name brands....
that said, when i received product, it was not 100% depleted. good luck shoppers lol
lukewarm rec from me. the lack of an app makes charging annoying on cloudy days
The efficiency has been reviewed on several videos to be about 89 - 91%. (which is on par with ' name brands'.
I have watched and read a lot of reviews regarding charging with Solar on this E600.
Seems two ways/ 2 ports to use ( as you probably know). Depends on your conditions but the 100W panels go in the top port. andover that goes in the bottom port. some are reporting over 300w. Seems slightly lower on a 100w panel... around 80w'ish.
It is certinally over 200w from others like bluetti.
The BougeRv Flash300 does amazing solar input.. probably could recharge that on a 20w panel (maybe) but up to 600w! Problem is the battery is not LiFePo4. It is 600w 285wh. IF it was LiFePo4 I would have chosen that over the EB3A but the EB3A does a boost mode too.
Then Bluetti AC60 at $649?! it is still 600w. It ca only do 200w input solar.
This E600 isn't $1100.
The E600 is $100 more then I paid for the EB3A out the door on both.
Sign up for a Slickdeals account to remove this ad.
Seems two ways/ 2 ports to use ( as you probably know). Depends on your conditions but the 100W panels go in the top port. andover that goes in the bottom port. some are reporting over 300w. Seems slightly lower on a 100w panel... around 80w'ish.
It is certinally over 200w from others like bluetti.
The BougeRv Flash300 does amazing solar input.. probably could recharge that on a 20w panel (maybe) but up to 600w! Problem is the battery is not LiFePo4. It is 600w 285wh. IF it was LiFePo4 I would have chosen that over the EB3A but the EB3A does a boost mode too.
Then Bluetti AC60 at $649?! it is still 600w. It ca only do 200w input solar.
This E600 isn't $1100.
The E600 is $100 more then I paid for the EB3A out the door on both.
So this E600 with the larger wh (as showing in another video on youtube ) lasted 12 hrs and I would think would last 12 hrs. On MY fridge.
I hope that helps!
Out of all the things in a power outage I would want back up for it would be my food storage. I'm happy this will work for that. AND It can take a solar in during the backup power to my fridge maybe get an extra couple hrs out of it.
I don't know the specs.
I would think at $99 it isnt even on par with a lower model spec like EB3A Bluetti.
This Pecron E600
1200W 614Wh LiFePo4 batteries.
I just brewed a cup of coffee with my Keurig Slim. Drew 1400w + at first and ran at 1240w the entire time. No boost mode on needed. 81% battery to 77% battery.
Not even the EB3A can do that with boost on.
Yeah, order this fast
So this E600 with the larger wh (as showing in another video on youtube ) lasted 12 hrs and I would think would last 12 hrs. On MY fridge.
I hope that helps!
Out of all the things in a power outage I would want back up for it would be my food storage. I'm happy this will work for that. AND It can take a solar in during the backup power to my fridge maybe get an extra couple hrs out of it.
question:
okay so what I found is that the battery has a 614Wh Large Capacity (25.6V/24Ah), and the fridge says it uses 716/kWh a year
answer:
Thank you for providing the information. To calculate how long the portable battery can power your fridge, we need to convert the annual energy consumption of the fridge to a daily value and then compare it to the capacity of the battery.
Here's the calculation:
Convert the annual energy consumption of the fridge to a daily value:
716 kWh/year / 365 days = 1.96 kWh/day
Convert the daily energy consumption of the fridge to watt-hours (Wh):
1.96 kWh/day × 1,000 Wh/kWh = 1,960 Wh/day
Now let's compare the daily energy consumption of the fridge to the capacity of the battery:
Battery capacity: 614 Wh
If we assume that the battery is fully charged, we can estimate the duration it will power the fridge by dividing the battery capacity by the daily energy consumption of the fridge:
614 Wh / 1,960 Wh/day ≈ 0.313 day or approximately 7.5 hours
Therefore, with the given battery capacity, it can power your fridge for about 7.5 hours before it's depleted. Keep in mind that this is an estimate, and factors like battery efficiency and variations in fridge power consumption may affect the actual duration.
Sign up for a Slickdeals account to remove this ad.