00:00Hello and welcome to my new video. Glad you tuned in again.
00:08In this video I would like to introduce you to my new power station including the solar cell.
00:14These are the Bluetti EB3A Power Station, i.e. battery, and the PV200 solar system.
00:24And I have both of them in combination and am charging it here in moderate sunshine.
00:28And I would just like to give you a little insight into what you can do with this device in combination with solar power.
00:34By the way, you can charge it not only via solar power, but also via the cigarette lighter in your car, for example, or via a power outlet.
00:41Under ideal conditions, this takes about two hours using solar power. Then we'll have fully charged the 268 watt-hours.
00:51In the socket it goes from empty to full in 1.3 hours.
00:55We also have a quick-charge function. The device goes from empty to 80% in 40 minutes.
01:00So it is also ideal for short-term use conditions.
01:04Yes, I'm charging it a bit here in the garden. As I said, the sun isn't that great.
01:08The device can be used wonderfully for outdoor or camping areas.
01:12Or just as a stopgap measure if, for example, the power goes out at home.
01:16I have now disconnected our power station outside from the solar system.
01:22And now I would like to introduce you to Bluetti’s pure battery, the EB3A, in more detail.
01:28We have 268 watt-hours of capacity. I already told you that outside.
01:33We have 600 watt inverters with a pure sine wave of 1200 watts peak power.
01:41And by the way, the battery can be recharged 2500 times, i.e. 2500 charging cycles.
01:48And then it still has a remaining capacity of 80%.
01:51Yes, I think it takes forever to do that.
01:55We have six different charging options and eight different outputs so that we can now operate multiple devices at the same time.
02:03I'll show you a little bit about what you can do.
02:06The whole thing can also be controlled intelligently via an app.
02:08And down here we have the entrance for the solar cell, where I just charged.
02:14Maximum input power is 200 watts. I have a 200-watt system.
02:17This means that in just over two hours, the device will be fully charged to 100% again, provided there is optimal sunlight.
02:26Yes, that’s all for now.
02:28Now I'll show you a little bit about the device.
02:31We have a carrying handle on this one.
02:33This makes it portable.
02:35This means it is ideal for outdoor and camping use.
02:37No matter whether you are traveling with a caravan, mobile home, motorhome or tent.
02:42But also in the garden in the corners where there is no electricity, for example, when you need light,
02:46You can do this wonderfully with the device here.
02:48Just carry it there, plug in the lamp, and you're done.
02:51The same thing happens when you are renovating somewhere, when you have an apartment, when you move, and you still don't have electricity,
02:58you can do this wonderfully with the device here too.
03:01Yes, let's start with the explanation.
03:03We'll just start here at the top left of the device.
03:05Here we have an output like the one you would find in a car, a 12 volt car socket.
03:12Here we also have two exits for this.
03:14We have two USB ports here, USB-C port for charging your mobile phone, for fully charging a power bank,
03:23what you can do with USB.
03:25For example, I could charge my watch, etc.
03:28Then we have a lamp here, which can also be very valuable in the event of a power outage.
03:33Now we have turned on the device and now the lamp is on.
03:36If I press it again, I think it will get a little brighter, right, and then it will flash.
03:41And if I press it again, it will turn off again.
03:44Yes, here on the display we can now see the current charge level, 69%.
03:48We are currently drawing 0 watts.
03:51But we are also charging at 0 watts right now.
03:53I think that's nice too.
03:54Here you can see how many watts you are currently using.
03:56Then, over time, it is calculated how long the battery will last.
04:02Yes, let's move on.
04:02Here we have the cable, I'm not wearing it right now, just plug a normal charging cable into the socket.
04:09Then we can also charge from empty to full using the socket, about 1.3 hours.
04:13I already told you about it outside.
04:16Then here's a fuse.
04:18Then we have the on and off button for the normal household socket, as we know it, a Schuko socket.
04:25And here we can also operate different things, such as lights, laptops, etc.
04:29I'll show you a few ways to use it right now.
04:34So, I have my cell phone here and we're going to connect it here now.
04:37Let’s see how many watts a charge like this actually uses for the phone.
04:41That means I plug it into the socket here.
04:43Of course I have to press the button again here.
04:47Now it will take just a moment.
04:48We'll take a look at our cell phones.
04:50Is it loading?
04:51Not yet.
04:52Charging plug wasn't inserted properly.
04:54And yes, the phone is now charging.
04:56I think you can see it quite clearly here on the phone.
04:59And we also see that we are currently consuming 31 watts.
05:03So this is a fast charge now but also in this case.
05:07That means my phone will be fully charged in just under an hour.
05:10And we see that I could now operate the phone for 5.4 hours with the current remaining 69%.
05:18Yes, it varies a bit depending on how much voltage you are drawing.
05:21Yes, that would be a possibility, for example.
05:23But I can also just turn the whole thing off here.
05:27Can you now use the USB-C and charge my phone with it?
05:32That just works too.
05:34Then of course I have to turn this on here too so that the entrance is free.
05:39And now you can see that the phone is now uploading over here too.
05:42However, it is no longer fast charging.
05:45The whole thing now charges normally with only 14 watts and therefore takes a good 2 hours.
05:50Yes, what else can you do? You can also use it to power your laptop, for example.
05:55And I would now like to show you this briefly.
05:57I'll connect the laptop here once, just plug it into the socket and turn on another display.
06:02And now it’s starting.
06:03And you see, a laptop obviously has a bit more power.
06:07We're currently drawing around 90 to almost 100 watts here.
06:11Of course, this always depends on what kind of application you are currently using on your PC or laptop.
06:15And yes, I can now at least get 1.6, 1.7 out of my laptop with the remaining 69%.
06:20It varies a bit by hours, so one and a half, almost two hours.
06:26Or just fully charge the battery in your laptop.
06:29So that's actually a very, very good thing.
06:31Yes, if I close the laptop again now, it will continue charging.
06:35Maybe it will use a little less energy, or the charging power will now go directly into the battery.
06:41So, devices like these, too. You could also include a television, for example, or a short story about what actually happened recently.
06:48Our neighbors got a new electrical system and were therefore without electricity throughout the workday.
06:55And to keep the refrigerator running, I lent them the appliance.
06:59And then they actually lasted for about 8 or 9 hours during the day, I think, and were able to run the refrigerator with a small freezer with it.
07:07And accordingly, nothing has thawed or the food in the refrigerator has not warmed up.
07:13So in an emergency you are well equipped with a device like this.
07:18Yes, since my battery wasn't quite full yet, I put it outside next to the solar cell here.
07:23The good news should now last about two hours, yes, because we don't have optimal sun conditions, until it's full again.
07:30You can really do a lot of things with it in an emergency, if there is a power outage or you have workmen in the house, no power or you are just out and about in the garden.
07:40So the possible applications are really almost unlimited.
07:44I hope you enjoyed the video and that it helped you.
07:46If so, please give it a thumbs up, subscribe to my YouTube channel here and we'll see you again in the next video.
