How We Turned 12V into 190V! Insane Boost Converter Experiment! Using Isolated DC Power Inputs

THIS CONCEPT ONLY WORKS WITH ISOLATED INPUT POWER SUPPLIES!
PLEASE WATCH THE FIRST TWO VIDEOS OF THE SERIES BEFORE ATTEMPTING THIS CONCEPT.
WE SHOWED HOW TO BUILD THE ISOLATED POWER SUPPLIES AND WE ALSO PROVIDED SCHEMTICS IN THE SECOND VIDEO!!

SERIES-LINKED DC TO DC BOOST CONVERTER:
The Video Series
FIRST VIDEO: Isolated Battery and Sever Power Supply Method

SECOND VIDEO: Isolated Transformer Method:

This is the final video of our series-linked, high voltage dc to dc boost converter video series!
Get ready to witness the ultimate voltage boost experiment! In this electrifying video, we dive deep into the world of DC to DC boost converters, pushing the boundaries of what's possible. Join us as we explore the concept and application of connecting boost converters in series to achieve an incredible 12V to 190V high voltage system!

But that's not all – we're putting these converters to the test, evaluating their efficiency and durability through a rigorous long-duration load test. From output voltage regulation, to evaluating the temperature response of the system, we're pushing these converters to their limits to see just how they perform under pressure.

In this finale video, we unveil the results of this groundbreaking experiment, uncovering the secrets behind achieving high voltage power in unconventional ways. Whether you're a seasoned engineer or a curious enthusiast, this video promises to spark your imagination and leave you buzzing with excitement.

Don't miss out on this electrifying adventure – hit play now and join us on our journey to unlock the power of DC boost converters!
#VoltageBoost #Experiment #ElectrifyingInnovation

USED COMPONENTS: Affiliate links

Timecodes:
0:00 - Intro
3:47 - Setup Overview & Safety
6:19 - Efficiency Testing
10:06 - Long Duration Load Test
20:51 - Application: High Voltage Battery Charging!
32: 34 - Summary and Lessons Learned

[theinnovatinlab]

GUYS!!
THIS CONCEPT ONLY WORKS WITH ISOLATED INPUT POWER SUPPLIES!!
PLEASE WATCH THE FIRST TWO VIDEOS OF THE SERIES BEFORE ATTEMPTING THIS CONCEPT.
WE SHOWED HOW TO BUILD THE ISOLATED POWER SUPPLIES AND WE ALSO PROVIDED SCHEMTICS IN THE SECOND VIDEO!!

SERIES-LINKED DC TO DC BOOST CONVERTER:
The Video Series
FIRST VIDEO: Isolated Battery and Sever Power Supply Method

SECOND VIDEO: Isolated Transformer Method:

This is the series finale!! We are ready to move on to other projects! Lots of work and resources have gone into making these videos, and I hope you guys are getting some good value from the series.
Alright, my friends, let us know if you have any questions.
Feel free to leave me a comment, and I will respond as soon as I can.

Subscribe and stay tuned for more awesome diy project.
If you are already a subscriber, we appreciate all your support.

Also, guys, feel free to check out our website at www.theinnovati0nlab.com.

👍😎
The Innovati0n Lab💥

[ogztnr]

The heated air rises. You put the regulator upside down. If you put it the other way around, you will see that the fan turns on less.

[JeromeDemers]

only thing missing in this video is a overall schematic at the beginning. You can even add to that schematic/diagram where you connected the tools.

[anatoliyovdiy]

Hi. Will series-connecting the power supplies' outputs themselves also work doubling the overall voltage (without the boost converters)? Two 12V AC-DC power supplies having outputs connected in series, and both 220V AC inputs in same outlet will produce 24V DC output?

[umitzeyrek]

Güc kaynagi power supple yerine akü kullansam seri baglanti olur mu

[siddquemengal]

Sir, can we use this converter for a 36v inverter/ UPS from a 12v battery??
UPS model: Eaton 9SX-1000.
Please guide!!

[umitzeyrek]

Selam cok güzel çalışma 1 sorum var
180 volt verecek bir sistem yapmak istiyorum on grid inverterim var paneller seri bagli 180 volt ben rüzgar türbinim var nu da on grid invertere paralelel paneller ile desteklemek istiyorum nasil yapilir

[Ro-Bucks]

I wish I had enough power in my home for this kinda test. would for sure flip the breakers here.

[null]

Still waiting stl for those holders...

[MiniLuv-]

What is important to point out is that each boost inverter input ground on those inverters is tied to the output ground. That is why you had two independent floating supplies. Anyone mimicking this example without using independent floating supplies will be surprised at the bang that occurs and they will destroy their boost converters.

[hyconiek]

connect a regular kettle and they will understand