Bluetti AC70 vs AC180 - Which Power Station to Choose?

Hey there power enthusiasts! Welcome back to our channel where we dive deep into the world of portable power solutions. Today, we're putting two heavyweights head-to-head: the Bluetti AC70 and the Bluetti AC180. In this epic showdown, we'll break down their specs, compare their features, and help you decide which one suits your needs best!
Check the latest prices here:
Bluetti AC70 👉 campingsecrets.co.uk/recommen...
Bluetti AC180 👉 campingsecrets.co.uk/recommen...
Are you torn between portability and power? The Bluetti AC70 might just be your perfect match! With its compact design and lightweight build, it's the ideal companion for adventurers on the go. But don't let its size fool you - this powerhouse packs a punch with its 768Wh capacity, versatile output options, and rapid charging capabilities. Whether you're camping in the wild or working remotely, the AC70 has got you covered!
On the other hand, if you're in need of some serious juice to fuel your high-powered devices, look no further than the Bluetti AC180. With a whopping 1152Wh capacity and 1800W total output, this beast is built to handle even the most demanding tasks. From running multiple appliances during outdoor events to keeping your essential devices charged during power outages, the AC180 is the ultimate power solution for heavy-duty users.
But wait, there's more! We'll delve into their charging times, input options, warranty details, and everything else you need to know to make an informed decision. Whether you're a weekend warrior, a digital nomad, or a prepper gearing up for emergencies, this comparison video is a must-watch!
So grab your popcorn, sit back, and let's dive into the showdown of the century! Don't forget to hit that like button, subscribe to our channel for more epic showdowns, and let us know in the comments which power station gets your vote! Stay powered up, folks!
[0:00] Intro
[0:55] Powering up
[1:30] What is a power station?
[2:37] Weight differences
[3:15] Capacities
[4:13] Prices
[5:00] Dimensions
[5:53] Front panels
[9:17] Displays
[11:00] Inputs
[12:29] Output power
[14:40] DC output
[15:00] DC input
[16:00] Battery tech
[17:57] Capacity test
[23:34] Performance
[24:40] Efficiency
[25:15] My verdict
I’ve tested dozens of portable power stations in my time on KZbin, and I always want to share my top recommendations for the very best you can buy right now.
Disclaimer: This video is purely based on my experiences, research, and opinions. You and only you are responsible for your actions. I made this channel to advise viewers and I truly hope to help you all out. I love making these videos and connecting with my viewers!
One or more of the products shown in this video may have been sent to me at no cost. This does not influence my opinions; I always cover both pros and cons.
This channel is monetized via KZbin ads as well as some affiliate links. If a purchase is made after clicking the link, I will receive a small commission at no extra charge to the buyer. Thank you all for watching!

[@404-HANDLE_NOT_FOUND]

The AC180 just needs calibration. Fully charge on AC, fully discharge in one go (using a heater like you did) then fully charge and power off (long press on the button). This sets the BMS to better know where full and zero are so you get a more accurate read on the display. You can do the same on all power banks. If you usually use up a lot of the capacity, not needed that often, but if you typically only use a small amount before recharging, doing this every now and again will help display accuracy. As you found the actual capacity isn’t affected, just the display readout. Also, larger inverters are inherently less efficient, so you would expect a 1800W inverter to be less efficient than a 1000W, but they are more flexible.

[@paperback10]

I have this model. One major disappointment is that the AC inverter itself consumes 20 watts per hour. This drastically reduces actual operating/ discharge time for low load items. Say you plug in a 20 watt TV , you would expect 50 hour runtime, but the AC inverter steals another 20 watts per hour, reducing runtime to 20 something hours.

[@Pixilshooter]

I think i know whats going on here. the AC 70 is able to supply a higher wattage by reducing output voltage. it's a sort of overboost feature that allows the powerpack to work with more devices. I think thats why it appears to have more energy. Try with a reduced load that does not cause the AC70 to drop its voltage.

[@CampingSecretsUK]

My personal view is that it's the same wattage but delivered at higher current with reduced voltage. If the voltage was fixed and the higher current was demanded, the power station would trip - this is what happens on older power stations without this mode

[@deanfields7135]

That feature -- "Power Lift" must be enabled in app

[@CampingSecretsUK]

Check discounted prices: Bluetti AC70 👉 campingsecrets.co.uk/recommends/bluetti-ac70/ Bluetti AC180 👉 campingsecrets.co.uk/recommends/bluetti-ac180/

[@1neMoreDay]

I bought ac70 bc of price

[@armygreenfj3924]

The AC180 was on sale for the same price at the AC70 on amazon a few weeks ago.

[@mycocoaone]

Do not purchase.

[@CampingSecretsUK]

Why?