釘を刺しても爆発しない超安全なポータブル電源Dabbsson DBS2300を詳しくレビュー！

Summary

DABBSSON的DBS2300是一款大容量便携式电源，具备2330Wh的电量，可通过连接额外电池扩展至8330Wh。采用新型半固态锂铁磷酸盐电池技术，安全耐用，低自耗。支持多种充电方式，包括车载、太阳能和AC充电，操作简便，可通过手机应用控制。适合房车使用，可为家庭提供长达4天的电力。

Takeaways

• 🔋 DABBSSON的DBS2300是一款大容量便携式电源，具有2,330Wh的容量，可通过连接两个额外电池扩展至8,330Wh。
• 💰 该电源的价格比其他品牌便宜，性价比高。
• 🔌 电源具有多种输出选项，包括AC、DC和USB端口，满足不同设备的用电需求。
• 🔥 DBS2300使用的是半固态磷酸铁锂电池，这种电池具有高安全性，即使被钉子穿透也不会起火或爆炸。
• 🌡️ 电源在高输出功率使用时，电池温度不易上升，风扇噪音低，适合夜间车内使用。
• 📱 电源可通过智能手机应用程序进行操作和监控，提供便捷的控制方式。
• 🔄 电源支持太阳能充电和车载充电，充电方式多样。
• 🕒 电源可为典型家庭提供长达4天的电力，适合长时间离网使用。
• 🌡️ 电源的工作环境温度范围为-10°C至45°C，适应多种气候条件。
• 🔗 电源具有多种输入和输出接口，包括AC输入、DC输入和多种USB端口，兼容性强。
• 👍 视频作者对DBS2300电源的质量和性能表示满意，并推荐给观众。

Q & A

DABBSSON的DBS2300便携式电源有哪些特点？

DBS2300具有大容量、价格低廉、可扩展性等特点。它可以通过连接两个额外的电池增加到8,330Wh的容量，能够为一个典型家庭提供4天的电力。使用了最新的半固态技术，采用电动车用的锂电池，具有长寿命、高耐用性和低功耗损失。

DBS2300的安全性如何？

DBS2300使用的是半固态磷酸铁锂电池，非常安全。即使用钉子刺穿电池也不会着火或爆炸，电池温度变化不大，即使在热失控情况下电池温度可达800摄氏度，也被认为是极其安全的。

DBS2300的电池寿命如何？

DBS2300的电池在经过4000个充放电周期或超过15年的使用后，仍能保持80%的电池容量，显示出其长寿命和耐用性。

DBS2300的输出能力如何？

DBS2300的额定输出为2,200W，瞬时最大输出可达4,400W，具有5个输出端口，可以满足大多数家用电器的使用需求。

DBS2300的输入能力有哪些？

DBS2300的交流输入最高可达1,600W，直流输入支持12V到60V，最高可达10A，即600W。

DBS2300的操作界面有哪些特点？

DBS2300拥有LCD面板，显示电池容量、输入输出瓦数、预计运行时间等信息。此外，还有USB端口、DC输出端口以及用于连接额外电池的端口。

DBS2300如何进行充电？

DBS2300可以通过多种方式充电，包括车载充电、太阳能板充电和交流电充电。它还支持通过应用程序调整充电速度和模式。

DBS2300的应用程序有哪些功能？

应用程序可以控制输出、输入和电池设置，包括AC输出、电池开关、输入功率显示、额外电池的电量和充电状态，以及优化电池充电等功能。

DBS2300的尺寸和重量如何？

DBS2300的尺寸为432mm x 254.5mm x 305.5mm，重量相对较轻，便于携带和移动。

DBS2300的适用范围有哪些？

DBS2300适用于家庭、户外活动、车辆使用等多种场景，可以为各种电器提供电力，包括微波炉、电饭煲、冰箱等。

DBS2300的附加配件有哪些？

DBS2300附带了用户手册、AC充电线、太阳能板充电线和车载点烟器充电线等配件，方便用户在不同环境下使用。

Outlines

00:00

🔋 DABBSSON DBS2300便携式大容量电源介绍

DABBSSON的DBS2300是一款具有2,330Wh容量的便携式电源，通过连接两个额外的电池，容量可扩展至8,330Wh，足以为一个典型家庭提供4天的电力。该电源采用了新型的半固态锂电池技术，具有更长的使用寿命、高耐用性和低功耗。与传统的磷酸铁锂电池相比，这种电池在安全性上有了显著提升，即使被钉子刺穿也不会起火或爆炸。此外，该电源的运行温度范围广泛，尺寸适中，具有多种输出选项，包括可调节的交流电压和频率，以及多个直流和USB输出端口。用户还可以通过智能手机应用程序进行操作和监控。

05:04

🔌 DBS2300电源的充电与配件介绍

视频展示了DBS2300电源的充电过程和配件。包括使用车载点烟器充电、太阳能板充电和交流电充电。特别提到了电源的5个交流输出端口和操作开关，以及如何通过手机应用程序调整充电速率和模式。配件包括多种充电线，如AC充电线、太阳能充电线和点烟器线，使用户能够在不同环境下为电源充电。

10:08

🔍 DBS2300电源的详细功能测试

本段视频深入测试了DBS2300的多种功能，包括使用不同的充电方式对电源进行充电，并测试了电源在不同负载下的输出能力。特别关注了电源在高负载时的风扇噪音和电池温度。通过实验，发现即使在高功率输出时，电源的电池温度也保持在安全范围内，风扇噪音也非常低。此外，还介绍了通过应用程序对电源进行详细设置和监控的功能。

15:08

🍳 使用DBS2300进行户外烹饪实验

视频展示了如何使用DBS2300电源进行户外烹饪。通过连接不同的家用电器，如微波炉、无油空气炸锅和电磁炉，制作了一顿完整的餐点。测试了电源在同时运行多个高功率设备时的性能，包括电源的输出稳定性和风扇噪音。结果显示，DBS2300即使在高负载下也能保持低噪音和高效率。

20:10

🚗 DBS2300电源的便携性和实用性评价

视频最后对DBS2300电源的便携性和实用性进行了评价。强调了电源的轻巧设计和高容量电池，使其成为户外旅行和紧急情况下的理想选择。用户对电源的整体性能表示满意，尤其是在安全性、噪音控制和输出能力方面。同时，对于未能测试电源扩展到8,330Wh的容量表示遗憾。

25:15

🌟 DBS2300电源的总结和推荐

视频以对DBS2300电源的高度推荐作为结束。总结了电源的主要优点，包括使用半固态锂电池技术、高容量、便携性、低噪音和通过应用程序的智能控制。提供了产品的购买链接，并鼓励观众考虑购买这款电源，尤其是对于那些需要在车辆中过夜或进行户外活动的人。

Keywords

💡DABBSSON's DBS2300

DABBSSON's DBS2300是视频中提到的一款大容量便携式电源供应器的品牌和型号。它代表了视频的核心主题，即介绍和评测这款电源的性能和特点。例如，视频中多次提到这款电源的容量、安全性和便携性，强调了其作为家用或车载电源解决方案的潜力。

💡容量

容量在这里指的是电源供应器能够存储的电能量，通常以瓦时(Wh)为单位。视频中提到DBS2300具有2,330Wh的容量，并且可以通过连接额外的电池增加至8,330Wh，这表明其具有为家庭或车辆提供长时间电力供应的能力。

💡安全性

安全性是评估电源供应器的重要指标之一，涉及到使用过程中的稳定性和风险控制。视频中强调了DBS2300使用的是半固态磷酸铁锂电池，即使被钉子穿透也不会起火或爆炸，展现了其高安全性。

💡输出

输出指的是电源供应器提供电力的方式和能力。视频提到DBS2300具有多种输出端口，包括AC、DC和USB等，能够满足不同设备的用电需求，如家用电器、车载设备等。

💡充电

充电是指为电源供应器补充电能的过程。视频中对DBS2300的充电方式进行了详细介绍，包括使用车载充电器、太阳能板和AC电源等，展示了其多样化的充电选项。

💡便携性

便携性涉及到电源供应器的重量、尺寸和移动便利程度。视频中提到DBS2300虽然容量大，但体积小、重量轻，便于携带和使用，适合户外或紧急情况下的电力供应。

💡应用

应用在这里指的是与DBS2300配套使用的智能手机应用程序。视频中展示了通过应用程序可以远程控制电源的输出、输入设置，以及查看电池状态等功能，体现了智能化管理的特点。

💡P-BOOST

P-BOOST是DBS2300的一个功能，允许用户在需要时提高AC输出的功率，例如从2,200W提升至3,000W。视频中提到这个功能可以在应用程序中开启或关闭，以适应不同的用电场景。

💡ECO模式

ECO模式是一种节能模式，旨在延长电源供应器的电池寿命。视频中提到DBS2300具有ECO模式，可以在低负载时节省能源，适合长时间存储或低功耗设备的使用。

💡实验

实验在视频中指的是对DBS2300进行的一系列实际操作测试，包括充电、输出电力给不同设备等。这些实验用于展示电源的性能，如稳定性、兼容性和噪音水平。

💡噪音

噪音是指电源供应器在运行时产生的声响。视频中特别提到了DBS2300在高负载下风扇的噪音水平非常低，这对于需要安静环境的使用场景非常重要。

Highlights

DABBSSON的DBS2300是一款大容量便携式电源，具有更便宜的价格和更大的容量。

DBS2300电源能够通过连接两个额外电池增加容量至8,330Wh。

该电源可为一般家庭提供长达4天的电力。

DBS2300使用的是半固态锂铁磷酸盐电池，为电动汽车设计，具有高安全性。

电池具有长寿命、高耐用性和低功耗。

电池即使被钉子穿透也不会起火或爆炸。

电池在4,000个充放电周期或超过15年使用后，仍可保持80%的容量。

DBS2300的操作温度范围为-10°C至45°C。

电源输出可从100VAC调整至110或120VAC，并可在50Hz和60Hz之间切换。

AC输入最大功率为1,600W，DC输入支持12V至60V，最高10A。

可以通过智能手机应用程序操作电源并添加电池。

DBS2300具有LCD面板显示电池电量、输入输出瓦数及运行时间。

电源配备多种输出端口，包括USB、DC和AC输出。

DBS2300可通过太阳能板充电，最大200W输入。

AC充电实验显示，DBS2300能以1,400W功率充电。

通过应用程序可以详细设置电源的输入输出参数。

DBS2300在高输出功率使用时，电池组温度不易上升，风扇噪音低。

电源总重量为24kg，比其他电源更轻巧。

DBS2300适合用于汽车过夜供电，具有实用性和便携性。

Transcripts

Hello everyone

This is DABBSSON's DBS2300, which is a large capacity portable power supply

There are many manufacturers now. Ours is cheaper, ours has more capacity, etc.

We have this kind of output

There were a lot of manufacturers that said it's safe, it can be expanded.

But now we've got a power supply that combines all of them.

This time, I would like to introduce you what kind of power supply this power supply is while actually touching it.

So I'm going to introduce you to this power supply right away.

This is DABBSSON's DBS2300 portable power supply.

I've never heard of this manufacturer before, but I'm surprised at the quality of their products.

I have 2,330Wh capacity...

This one is actually by connecting two additional batteries.

This is a power supply that can increase the capacity up to 8,330Wh.

This power supply can provide 4 days of power for a typical household.

I'm sorry to say that this power source is safe to begin with, but that's because...

It's called a "semi-solid state lithium iron phosphate battery for EVs." All of the portable power supplies that we've had up until now have been ordinary iron phosphate, and now we're using the latest semi-solid state technology, and we're using a lithium battery for EVs.

The batteries are long-life, highly durable, and have low power loss.

I'm going to let you see the manufacturer's own experimental video from here.

It's like this, you put a nail in a battery cell and it doesn't ignite or explode... 21 00:01:38,898 --> 00:01:45,171

And the batteries used in this power supply, if you stick a nail in them like this, they will not catch fire and explode.

Compared to a normal lithium iron phosphate battery, it's a very safe battery with no change in temperature, so it's a very safe battery, so it's a very safe battery.

If something should happen to you, your house or car won't catch fire, and it's very safe.

The battery temperature can go up to 800 degrees Celsius due to thermal runaway and it's not abnormal.

The battery is supposed to be extremely safe.

And then there's the lifespan.

The great thing about these batteries is that after 4,000 cycles or over 15 years of use, there is 80% of the battery remaining.

It's a really safe and long-lasting power source.

The operating temperature is from -10°C to 45°C, which is normal except in a sealed car.

Since the dimensions are 432mm x 254.5mm x 305.5mm

It is quite small for a power supply with 2,300W

Next is the output, which can be changed from 100VAC to 110 or 120VAC.

It is possible to switch between 50Hz and 60Hz with a forward sine wave.

The output is rated at 2,200W instantaneous maximum 4,400W with 5 ports, so

So we're in a situation where there's usually no appliances that don't work.

The AC input is up to 1,600W, and the AC input is up to 1,600W.

DC input is 12V to 60V and supports 10A, so it can go up to 600W.

The specifications are such that it can be operated with a smartphone and the battery can be added by using an application.

Now that I've read up on the specs, let's take a look at the main unit.

First of all, this is the front panel.

This is the LCD panel, and the LCD panel has the battery level in the middle.

This is the scale bar

With input watts and output watts

The display shows how many days and hours it will run in this state

Next to it is a light

The bottom side is USB.

The USB is a normal shaped one with 3 ports

One type-C PD100W and two type-C PD30W ports.

Next to here is the DC output, and here is the usual cigar socket

And here's the Anderson output, and this one seems to be able to draw up to 30A at 12V.

And there's also two 5521 ports here that I love.

There's a fan here, and a TV here, so you can watch TV with them.

There is a device upgrade port here.

Actually, I don't know how to use this one either, and the manual didn't explain it in detail.

I'm sorry. I'm going to skip this one this time.

This is the side, and there is a fan on the side. This is a fan for exhausting heat

This is a charging port

Cigar sockets and solar panels are supposed to be connected here, and

AC100V is this way. (No adapter needed, just one cable)

This is the reset button and there are two switches here

This side is a switch to change the charging speed, and it's also linked to the app.

In the above state, you can charge a gun at 1,600W.

Otherwise, if you want to change the charging wattage by yourself, it looks like you can turn it down here and control it with the app. This is a switch to switch between eco mode and standard mode.

This one has 5 AC output ports, and it's an on/off switch to switch between the two.

There's nothing back here.

This is the opposite side, but there is no fan on this side

There's a fan on the far side of the inside, and I think it's sucking air in and letting it out the other side.

These two on the bottom are ports for connecting an extra battery, and these two on the top are for connecting an extra battery.

There are two ports like this, so if you connect an additional battery here

Each battery is 3,000Wh, so it is possible to add up to 8,330Wh.

I didn't receive any additional batteries this time, so I can't do this experiment.

I would appreciate it if you could just understand that there is such a function here.

And then there are the accessories, but first of all, the manual.

The manual is in Japanese with pictures, so it's very easy to understand.

This is the cables.

There are three cables inside, like this

This is the cable for AC charging. It's not a big yokan, it's just one cord.

I'm very happy.

This is the cable for the solar panels.

It's in the form of XE60, and you can attach a commercial solar panel here to charge the main unit.

Another nice feature is the cigarette lighter cable.

So it's something that can be used for running charge in the car.

I'm happy with this one, too.

So, first of all, I looked at the main unit and the accessories, so I'm very happy with that.

I'm going to try to do the charging experiment right away, but first let's check them out one by one.

I'm going to try to see if I can do a driving charge with the car.

I will prepare

That's OK. Let's start the engine.

Charging has started. It seems to be charging at 100W at the moment.

At this state, it will take 19.1 hours to fill up the battery.

The battery is not forced to charge at 120W, but is kept at 100W, so the cable and coupler are charged at a V number that will not melt.

OK. It's perfect.

So, next to charging the cigar sockets, I'm going to experiment with solar panels.

Actually, the manufacturer has sent us one 200W genuine solar panel this time.

I would like to use this panel for the charging experiment.

I'll prepare it.

So I spread out the 200W solar panels like this

The width is about 2m. It's big.

It's a beautiful day for solar power generation, so it's a good day for solar power generation, so it's a good day for solar power generation.

I would like to see how much electricity is being generated under these conditions.

That's great. It is able to generate electricity at about 150W.

It is generating a lot of power

In this condition, the battery can be fully charged in 12.8 hours.

By the way, the solar panel symbol appears here while charging.

So it seems that the solar panel is very efficient, and the compatibility with the main unit is also very good.

I am wondering if it is possible to charge this power supply with other companies' solar panels.

Since a 300W solar panel is loaded on a 70,000 yen light, I'm wondering if it is possible to charge the battery with a 300W solar panel.

I would like to do an experiment to see if it is possible to charge the battery by connecting it to this panel.

The fan has started to turn. So that means...

I can charge the battery at about 200W.

Some manufacturers say that they only connect their own solar panels to the power supply.

DABBSSON's power supply can be connected and used without any problem.

So, now that I have a better understanding of the solar panel experiment, I'd like to move on to the AC charging.

I'll get ready.

So now I'd like to go to charging with 100V AC.

DBS2300" is capable of charging at 1,600W.

I'd like to experiment first to see if it really can charge at 1,600W.

If I take the 1,600W charge from the cord reel, there is a possibility that the wire will burn out.

I'd like to go straight from the wall now.

I'm going to charge FAST for customization.

Let's connect them in this state

Charging has started. It is charging at about 1,400W.

The maximum charging power is 1,600W.

In this condition, the battery is fully charged in 1.3 hours.

It's the sound of the battery being charged.

It's a little bit noisy, but it's not like a fan spinning in an explosion.

So it is quite quiet even in this state of charging.

Maybe the fan turns more intensely when the battery cell temperature rises.

but I can charge the battery without any problem.

So I am able to charge the battery from the wall outlet without any problem.

I said earlier that there is a SLOW lever separate from the FAST lever here.

If you switch over here. Actually, you can switch the number of watts that you charge, so

I can make it so that it can be charged from the takkotsu wiring instead of directly from the wall outlet.

In order to use this function, a special application is required.

By operating the application, the internal settings can be changed in detail.

I'd like to explain the application to you.

This is the application.

I've already paired it, so I'm just going to connect it as is.

I did that and got something like this

Here's the battery itself

The battery is now at 33% and will be fully charged in 1 hour and 17 minutes.

I can control output, input, and battery at the bottom of the screen.

In the case of the output tab, it is possible to turn on the AC output, and in the case of the battery tab, it is possible to turn on the battery.

AC output is now turned on

Then AC is turned on and now it says it is running at 60Hz I see the light is on here too

When I turn on DC12V, the light comes on.

If it is USB, this is where it turns on

It is turned on.

As for the USB ports, it seems to also display which port is currently producing how many watts like this

Next is the input

If you set it to input, it will show you how many watts the solar charge is and how many watts the AC charge is.

If you have an extra battery, you can see the battery level and charging status here.

And if you have an extra battery

Standby mode or ECO mode on/off for long-term storage

I can also do things like optimized battery charging.

They can charge the battery in such a way that it lasts longer.

The main topic part is here

If you touch the gear above, it comes up. It says maximum AC input (W), which is 1,600W fast charge.

To change this one... I'll unplug it once to be safe.

Pull it out and change the switch here to SLOW. And then plug it back in.

And then you can change it here, and then you can change it back to

Now we're at 1,600W, so we're going to lower this a little bit, and we're going to change it to

If we do OK at 1,000W

1,000W setting now at 1,000W

So it looks as if the battery is charged exactly at the set W number.

So, if you go to an RV park, for example, and there is 1,500W of output, you can charge the battery with the same amount of power as you have set.

Using 1,000W in the car

I can switch to 500W here and use it in the car.

I think this is a very nice feature because you can charge the battery even when the outlet capacity is low.

I mean, you can use this smart phone to operate the main unit.

because it's one of the few power supplies that can do this in such detail.

Because only a handful of manufacturers, even those who are ahead of us now, are able to do it.

I think this is a really great feature that's in there.

So I think you've got an idea of the AC charging and the operation and the ability to use the app, so...

From here, I'd like to try to charge it up to 100% by running the electricity through the gun.

I'm going to leave it alone.

So we've done a good job of charging the battery since then, and we've got a full tank, so we've brought it over to this car.

When the tank is full, it is marked as 100%, but the time it is marked as 100% is short.

So, this one is full, but

This is the condition of 8.9 days. So it is about 9 days.

I'd like to go to the operation experiment right away.

I'm going to skip the USB one this time, but I'm still interested in this one.

This time, I would like to experiment with DC12V.

This one has a lot of ports.

I think the most commonly used ones are the cigar socket ones and the 5521 ones, so

I'd like to use these places for now.

I'm going to turn on DC and check the output that I'm interested in.

When I connect...

12.5V. It's coming out well, isn't it?

So the refrigerator in the summer is also running at the same V number.

I'd like to actually experiment with that.

Here is the refrigerator we will use for the experiment This is BougeRV's on-board refrigerator.

I'm going to try to connect a quick cable.

When I turn on the power

It started moving. It's working fine.

It says here that it is 12.2V now.

The set temperature is now 0 degrees Celsius

The current power consumption is about 28W.

If it were a refrigerator in this state, it would run with the compressor running for two whole days.

That's great!

I'm a fan from now on.

This fan is also powered by a DC motor and can be run by a 5521 cable.

I plugged it in. Now when I try to run it with this...

It worked without any problem.

So, since a refrigerator and a fan can run on DC at the same time

The refrigerator and fan can run for a longer period of time than refrigerators and fans that rely on AC output.

By the way, this is showing 28W with the refrigerator and fan on.

Let's make this the strongest

Even in this state, it is 33-34W. It is very power saving.

So in this state, it can be left running for about two whole days.

That's great.

So that's about it for the DC output, and now I'd like to move on to the AC output.

So, I'm going to try to experiment with AC100V output...

This power supply has a rated output of 2,200W and a rated output of

The instantaneous maximum output is 4,400W.

By changing the AC output to 120V

The rated output can be increased up to 3,000W.

It has 5 ports, so you can connect a lot of things.

I know that microwave ovens and various appliances work fine, but

It's not the output that I'm concerned about. It's the sound of the fan when you use appliances, etc.

I'm looking at portable power supplies as being used for overnight stays in the car. If the fan noise is too loud, it will reverberate and be noisy when used in a car.

This time, while also experimenting with AC output

I'm going to experiment with the sound of the fan as well.

So I'm going to try to use it right away.

I'm going to put the AC button in first.

Then it shows 60Hz.

The AC output can be switched on and off from the app.

It is also possible to turn the AC output off and on by turning this switch on and off.

Also, this power supply includes a function called P-BOOST, which allows you to turn off the AC and turn on the AC. It's a feature called power shift function.

It's a rated power of 2,200W.

It has a function that says it can be used up to 3,000W by reducing the internal voltage, and it can be used up to 3,000W by reducing the internal voltage.

It is also possible to switch the function ON/OFF from this application.

Let's start with a little bit of home appliances.

I connected a little home appliance, and it showed 277W.

A little more was shown because the little appliance is a 260W mini hot plate.

The fan turned for a moment just now.

The sound became very quiet.

The wind is blowing at a level where you can't even put your hand on it. It's a little bit like a fan turning.

And by the way, it sounds like this, but you can hardly hear it.

Let's add more appliances one after another while they are connected. Next, we'll use an induction cooktop.

Now we start heating. The heat power is set to 3.

780W is displayed. The fan inside is not spinning

Conversely, the fan on the induction cooktop is turning

The fan on the main unit side is very quiet

I set it to maximum heat

A little appliance has stopped. Let's remove the little appliances.

It has come to a boil.

I did that and it went up to about 900W

The IH one has a fan running, but this one has no fan running at all.

So maybe it's not the output, but the temperature of the battery cells inside the IH turns when the cell temperature rises.

So I started the application.

Now it says it is outputting smoothly.

The temperature of the battery cell is at 26°C and it's in the safe zone

I think the fan is not turning at all

Next, let's run the electric kettle at the same time as the induction

It is now ON.

Then it showed 1,860W. Here the fan started to spin

It sounds like this

The IH is a little bit noisier, but the fan is still running. But it's very quiet.

The airflow is very strong and gentle.

There is no high-pitched, noisy sound, and it spins very quietly.

This is great.

By the way, the fan was still running when it was charging.

When charging, the fan was a little more vigorous, but the sound was still the same and quiet.

The cell temperature has risen to 29 degrees Celsius, and it will run for 54 minutes in this condition.

I was going to experiment with the fan noise, but the cooker noise is much louder.

I found out that running it at 1,800W is no problem at all.

I would like to stop the output and sound experiments for now.

So, now that we know that the output is perfect, I think I'll let the output experiment go for now...

Now, I'm sure you're all wondering what it would be like to actually use this power supply in a car overnight, so I'll leave it at that.

So, I'm going to load up a 70,000 yen light car with the equipment that I'm going to use for overnight stays.

I'd like to experiment a little bit with cooking away from home. So I'm going to prepare and move on.

So we pack up our gear in the car and come outdoors. So here we are at the usual riverbank.

So this is a completely offline place

I'd like to do some cooking experiments over here, looking at the river and cooking.

At least for the purpose of tinkering with the power supply this time.

While letting the large output use

I'd like to make a quick and easy tasty dish and experiment with it.

This time, since we have ingredients like this, we don't need to cook rice, just cook it in the microwave.

These wings are deep-fried in a non-fryer

These are baked in induction and made into beef tongue steak

I'd like to cook this one like a beef tongue bowl and fried chicken wings.

I would like to start with fried chicken wings, which takes the longest time.

This one is easy to make.

Eyelapses. I can't fit eight of them, so I'm only going to make four of them this time.

Put a lot of Karaage flour in it.

Now that we've got a nice dusting, we're going to lay this out.

That's OK.

So we're cooking at 200 degrees Celsius for about 10-12 minutes, so let's make it another 12 minutes.

Now we can start cooking.

The non-fryer has 1,230W and it is working fine like this.

By the way, this is the number of watts used by the refrigerator and the non-fryer combined.

Next, let's cook beef tongue.

Beef tongue is grilled using a hori-shi (a kind of dried bean curd)

This is a seaweed that a viewer gave me.

Let's burn it here now.

Let's turn on heating and bake at 4 for now

This one is now in the airflow state, and it's about 700W right now.

Let's just do it the bold way, by shaking the dust and baking it.

For now, this is a thick slice of beef tongue.

It looks so delicious!

Looks delicious

Put the lid on and let it sit for a bit

By the way, the current power consumption is about 1,930W

The non-fryer is turning on and off repeatedly, so it looks like this, but it is working fine.

And the fan has become a little more powerful. But it is very quiet.

It's not silent without discovery, but it's very quiet.

In the meantime, the beef tongue seems to have been cooked, so let's turn it over.

Looks delicious. It's wonderful.

Let's get the food ready now.

It's two minutes, but as you can see, we can't move them at the same time.

As soon as the meat is done, let's move on to chilling.

Okay, that's enough. Let's stop.

It's done deliciously. That's great.

Then we'll start the microwave oven.

I did that, and now I have a non-fryer and a microwave oven running at the same time.

The power consumption at this time is 2,122W.

The power rating is up to 2,200W, so the system is working without any problem.

That's a lot of power. It's amazing.

We're done.

I thought I'd have a bowl of this this time.

Actually, I was going to drink miso soup, but I forgot my soup bowl.

So I think I'm going to drink the miso soup over here, so This time, I'm going to substitute this for a bowl of rice and make miso soup over here.

Let's prepare it.

It's done. It's fast.

It's all done at once. I'm going to start piling them up now.

Let's put some fat sauce on it.

Fried food looks powdery, but it's okay.

It's done well, isn't it?

Finally, there is miso soup

So, three dishes are completed. They look delicious!

So it was done in no time at all, but the time it took this time was

The cooking time was 12 minutes because everything was done at the same time.

It took about 14 minutes to cook all this, including preheating.

I started with 84% power consumption at this time.

Now it is 68%, so I was able to cook all this in 15 minutes at 16%!

It was very fast.

So it's around lunch time and I'm hungry, so I'm going to eat it right now!

I'll have a bowl of rice.

We'll start with the beef tongue bowl.

And how do you like it?

It tastes so good!

It was half price, but a piece of tongue costs about 100 yen, so it's very tasty.

The rice is also warmed up well

Next is chicken wings

It's so delicious!

It's very good, it's not half-baked or anything like that, it's very good, very tasty, very well done. It's also delicious.

At any rate, both meats are very tasty!

It's a waste, so let's put all the fat sauce on it.

Delicious!

So I ate all of it, and I finished it.

Thank you very much for the food. It was delicious!

So this time it's called "DBS2300" by DABBSSON

This is a review video of a high capacity portable power supply.

What are your thoughts on this power supply?

The temperature of the cells in the main body does not rise easily even when used at high output power, and the temperature of the cells in the main body does not rise at all.

The fan noise when the temperature rises is also very low.

There's a USB output, there's a DC port output, and the apps work together.

I said it weighed 24kg, but it was light.

So it is lighter and smaller than other power supplies.

Furthermore, since we are using semi-solid-state batteries for EVs

377 00:28:40,620 --> 00:28:45,125 because it was a safe battery that would not ignite or explode even if you put a nail through it.

I've been using them, and to be honest with you, they're so easy to use, and they're so easy to use.

I'm a little bit surprised that I didn't find this to be the case this time.

This time, there was no part of this point, so I was a little bit surprised.

I personally think that this power supply is a very good idea.

I don't know which car I'm going to use... I don't know which car I'm going to use.

I'd like to use this one.

So there was nothing in particular that was wrong with it, but I thought it was a shame.

This is the result of combining two additional batteries of 3,000Wh each.

This is a power supply that can be expanded to 8,330Wh.

I didn't have the extended battery with me this time. I was not able to experiment with that, so that's the only thing I regretted.

389 00:29:34,374 --> 00:29:39,212 I was disappointed that I couldn't experiment with that.

The battery can be recharged on the road, and the fan noise was not too loud.

I think this is a very useful power source for overnight stay in the car.

I've put a link to it in the summary section of the video if you want to check it out.

Please consider purchasing DABBSSON's DBS2300.

Personally, I highly recommend it!

That's all for now. Thank you very much for watching.