Super Powerfull 1000A 16V Super Capacitor 

मुझे 48 V कि दो बँटरी बनाके देदो,, मुझे मँसेज करना,,

No

55

Cal praiz in dilewti

Awesome video and experiment. thanks.

:)))

He re-tempered it for you.

😂😂😂

I can give you a wrench for this experiment)

Thêm cái vietsuo ở dưới đi anh :))

Hello, A great fan of your videos Can I use the super capacitor to fake a grid,I had 3kw enphase grid system and usually there is frequent powercut only in morning -noon ,so can I use this to fake grid without battery was planning to use an automatic transfer switch(ats) for grid isolation Also what If Im not using any appliance or like no one in home then how the energy flows when no grid and panel producing at peak

The capacitor not directly with an inverter/charger for dc to ac conversion for fake grid

Thank you for this

Откуда ты взял 1000 Ампер? В справочнике к ячейке написано 2.019 Ампера. Ты соединил последовательно, значит увеличил Вольты, но не Амперы.

Could you elaborate? There has been an emergence of super-capacitors as storage in off-grid setups…

This is the achilles heel of capacitors. Shame they do not hold a charge way longer. I hope research will come out of the woodwork. I would bet you all that the fossil fuel industry just keeps on buying patients to prevent a quicker implementation into the world. The old adage is "money talks and B. S. walks" tenz to be true.

конечьно Нет!

@@andfa400 why no

Dòng cao vậy 1 quả 2.8v liệu có hàn được không bro

🙏

Thanks

Thanks

Super capacitors are rated at farads not micro farads.

@@KuntalGhosh This one is rated at 3 billion microfarads.

I think that is actually a mistake, there is no way that is 3000 farads, even with that low voltage rating

@@gabrielko2147 No 3000 farads are a thing. I have over a 100 of them and they will start a care with no problem. The only problem is you need to use that car daily. Letting the car sit will allow the caps to drain and you will be pushing that car. Their beauty is they can fully recharge in minutes. I have 4 X 6 cell caps batteries in parallel that will fully charge in 10 minutes. When they are paired with a traditional battery, the fully charged caps will bleed into the batteries until they are equalized. The caps will also take a sudden load (Car Start) leaving a regular battery alone which will make the regular battery last much, much longer.

Cháy hết 5 cây tua vit roài :v

yes.

No.

@@user-vc8lu9eb1l it depends on the purpose. Not that high energy density compared to battery, but high charging an dischargimg current. And high durability

@@neutronenstern. and capacity

Não

The maximum voltage of a capacitor is 2.8V. If overvoltage. It will fail. So I connected to BMS.

@@PhdHung BMS is always a good idea although your car shouldn't put out more than 14.5 volts. That's roughly 2.4 per cap.

@@szatanizmo the caps can get unbalanced and still end up with one overcharged even though the full battery is only at 14.5v

@@inoahmann7542 alternators can also go bad and overcharge, that extra voltage headroom and bms is very important

@@chiefdenis a super cap bms won't be able to do enough to keep an overcharging alternator from killing the super caps. They don't disconnect the caps from the load/charger, they just use a resistor to discharge the caps.

DC voltage runs from negative to positive. Connect black then red to avoid that big old spark you get when connecting your car battery :)

@@fixitralphltd4988 I've done it for years never knew that thx haha

Nhược điểm là đắt vcl và không tích được nhiều điện. Loại này mắc song song với ắc quy là chuẩn bài luôn. Phụ trợ cho ắc quy.

Each capacitor can only provide 2.7 volts at 3Wh. There is no risk of death from 6 of these providing 16.2 volts max. And it would not take long to charge 3Wh even with a small charger.

@@Ahamshep are you sure the 1000 Amp load released in a second has no effect on the body?

@@LukUscYT You need voltage to push the current. if your skin was moist and the electrodes were very close together you could get a good burn. Otherwise the resistance in your skin is to high to allow electrons to flow. Once you starting going over 40 volts I would start to worry.

@@LukUscYT No matter how much amperage the capacitors can provide, 16 volts can't push 1,000 amps through your body due to the high resistance of your body and the fact that I = V/R.

@@chesshooligan1282 question what is the R of the human body? I have not found anywhere 🙄 no brave to check? 😅

Yes, cheap but very accurate

wow.

bangood / AliExpress / Alibaba or your local marketplace online

Yeah, block-shaped would be convenient.

yes. 😁😁

Тут даже не в этом дело. Он балабол, откуда он взял 1000 ампер если по даташиту каждая ячейка имеет 1,16 ампера (мощность делим на напругу). Что бы получить 1К Ампер и 16 Вольт, ему понадобиться 5500 штук таких банок... Лапшу вьетнамец вешает... Хуево учился в наших универах...

Thanks

Buat las bagus yak🤣

Um BMS (battery management system), geralmente usado quando tem várias células de baterias, até onde eu sei o uso dele foi errado.

That would break your innova engine, because innova engine work on 12 volts

?

для 1000 ампер и 16 вольт ему нужно около 5500 штук ячеек. Он показал справочник по ячейке. 1 ячейка 2,8 вольт 3,26 ватт час. Значит 3,26 / 2,8 = 1,16 ампер час. Для блока 16 вольт и 1,16 Ампер, нужно 16/2,8 = ~ 6 шт. ячеек. И теперь для 1000 ампер: 1000/1,16 = 862 блока. Или 862 х 6 = 5172 ячейки. Автор видео обманщик.

I think you dont understand Farad. And also you dont understand anything in electrisity so far. Well i will explain, but you've got to clear yourselve up a bit and try to understand: Capacitors can be in many forms, but their basic idea is, that they have got two metal plates (or metal foils) which are seperated by an isolator. Then if they are connected to a voltage a charge will build up on them the same as a charge will build up on your body, when you rub your shoes on carpet. So they can store energy. For most capacitors they cant store that much. But these Capasitors are special, but it would be too much to explain why. The basicly work the same,but the seperation (oxidation layer) is very thin and their surface area is very big. Now you could think, that there has to be some capacitors, that can store more energy and some that can store less energy. Of course of you take the same capacitor and charge it up to 1V it will have less charge and less energy stored than the same capacitor charged up to 2V. But you just want to know how good the capacitor is independend on the voltage. So there are two factors 1. The maximum voltage it can hold 2. The capacity. Capacity is defined as the charge the capacitor can hold (charge difference between the plates) if loaded to 1V. And cause the charge is directly proportional to the voltage with the proportional factor of the capacitor its Capacity is defined as C=Q/U and the unit is Farad So lets say you've got a capacity of 2F and you charge the capacitor up to a voltage of 2.5 V it will have a charge of Q=C*U=2F*2.5V=5As=5C ( 5 Coloumb) Now to get to the energy it has at any voltage: Its E=1/2*C*(U^2) with C being the capacity and U being the voltage. But now to your comment: The maximum current a capacitor or battery can output if shorted doesnt depend on the capacity it has got. It depends on the voltage its charged to and the inner resistance. Its simple I=U/R (ohms law) 30000F means, that it can hold a charge of 30000Coulomb if loaded to 1V or if loaded to 2V its 60000Coulomb or 60000As. So if loaded to 2V it can output for example 6000A for a duration 10seconds, if its inner resistance was low enough. Or 600A for 100s or ... . I think your 3600 is because you thought F is Ah which is Amp hours. Anyway with this calculation you cant derive the maximum current, but the time until discharge if there is always the same currrent flowing (which is also not possible, cause voltagr does go down). Also he set 6of them in series and then the overall capacity will be 1/6th of the original capacity, cause its maximum voltage will be 6 times as much, but since the energy goes quadratic it would be 36 times as much energy with only 6 times as much capacitors, which cant be true, so the capacity has to get divided by 6. ... read a science book for more information or listen to electroboom,.... .

also its 3000 not 30000