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 czcams.com/video/vcY87smODeY/video.html SECOND VIDEO: Isolated Transformer Method: czcams.com/video/roI7LExA9_Q/video.html 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💥
You are absolutely right about heated air rising. However, I mount the converters that way because there are a few components that dissipate heat that are not mounted on a heatsink - those one need more access to convectional air cooling. Another reason for mounting the converters that way during the rest was because I needed to have access to the voltage and current potentiometers. One thing to note, though, is that with high loads on the system, the fan will turn on regardless - as a result of high dissipation. The heatsink is so small to even rely on the small fan that came with the unit. This is why it is recommended to add the external fan. As you saw in the video, with the external fan, the orientation of the heatsink didn't matter. Thanks for the wonderful feedback. 👍👍 The Innovati0n Lab💥
I provided a bunch of schematic in the second video. SECOND VIDEO: Isolated Transformer Method: czcams.com/video/roI7LExA9_Q/video.html Also please read the caution below; 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!
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?
I hear you! It hard to conduct these tests with a mains supply of 120V. I have a goal of 2500 to 3000W in mind for the next video. I may have to split the load between two outlets, like I did on a previous test. Stay tuned. The Innovati0n Lab💥
I think you should be able to do that. The major problem is that due to the 30A current limit, you can only deliver less than 360W to your inverter if you are using an input voltage of 12V. I have should this precisely on my review video for this converter. Please watch the video below. 👇👇👇 czcams.com/video/2KyBwwldqkk/video.htmlsi=2293bSxOYSkYMpca
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
Wonderful! Thanks for reaching out. 👍👍👍 However, you are describing a complex system and it is rather difficult to give an opinion without fully understanding the system you are building. What is a 'ten inverter?'
Great question. The answer is yes. I covered the battery method in the first video of the series. See the link in the description. Also please pay attention to my caution/safety notes regarding the battery method......when one of the batteries die, you would lose 1/2 of your output voltage....so you have to plan for this in your overall system design. 👍😎 The Innovati0n Lab💥
Wonderful. I added some free downloadable stl files for the holders on our website. Please visit: www.theinnovati0nlab.com. But if you don't have a 3D printer, I will be adding these as products soon. However, unfortunately, it will only be available to our USA audience. Stay tuned. The Innovati0n Lab💥
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.
You are right and thank you for pointing that out! I have updated the video description and my comment above to highlight this important fact. I had pointed out that this video is the last of the series and we spend a great deal of time explaining this concept on the first two videos. I will also be adding the schematic of the project to our website at www.theinnovati0nlab.com/ GUYS!! AGAIN, 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 czcams.com/video/vcY87smODeY/video.html SECOND VIDEO: Isolated Transformer Method: czcams.com/video/roI7LExA9_Q/video.html Thanks again! The Innovati0n Lab
Thanks a lot for the feedback. But I have not seen a regular kettle that is designed for high voltage DC power supply. It would be nice if I could find one and use it to boil water. It is always satisfying to see water boil on a 4K video....hahaha. 👍👍 The Innovati0n Lab💥
@@theinnovati0nlab782 The power of the heater depends on the voltage, so I use the 20 amp version of this converter to heat water with a kettle from a 24 volt solar installation without an inverter, achieving a heating power of 400 W. The higher the voltage, the greater the power of the heater.
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
czcams.com/video/vcY87smODeY/video.html
SECOND VIDEO: Isolated Transformer Method:
czcams.com/video/roI7LExA9_Q/video.html
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💥
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.
You are absolutely right about heated air rising.
However, I mount the converters that way because there are a few components that dissipate heat that are not mounted on a heatsink - those one need more access to convectional air cooling. Another reason for mounting the converters that way during the rest was because I needed to have access to the voltage and current potentiometers. One thing to note, though, is that with high loads on the system, the fan will turn on regardless - as a result of high dissipation. The heatsink is so small to even rely on the small fan that came with the unit. This is why it is recommended to add the external fan. As you saw in the video, with the external fan, the orientation of the heatsink didn't matter.
Thanks for the wonderful feedback.
👍👍
The Innovati0n Lab💥
@@theinnovati0nlab782 i like you
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.
I provided a bunch of schematic in the second video.
SECOND VIDEO: Isolated Transformer Method:
czcams.com/video/roI7LExA9_Q/video.html
Also please read the caution below;
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!
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?
Yes
I wish I had enough power in my home for this kinda test. would for sure flip the breakers here.
I hear you! It hard to conduct these tests with a mains supply of 120V.
I have a goal of 2500 to 3000W in mind for the next video. I may have to split the load between two outlets, like I did on a previous test.
Stay tuned.
The Innovati0n Lab💥
Sir, can we use this converter for a 36v inverter/ UPS from a 12v battery??
UPS model: Eaton 9SX-1000.
Please guide!!
I think you should be able to do that. The major problem is that due to the 30A current limit, you can only deliver less than 360W to your inverter if you are using an input voltage of 12V.
I have should this precisely on my review video for this converter.
Please watch the video below.
👇👇👇
czcams.com/video/2KyBwwldqkk/video.htmlsi=2293bSxOYSkYMpca
dear i can't find your website.
It was still there last I check...hahaha.
Try this link.
👇👇👇
www.theinnovati0nlab.com
Still waiting stl for those holders...
Well, this tells me that you are not really watching these videos.
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
Wonderful! Thanks for reaching out.
👍👍👍
However, you are describing a complex system and it is rather difficult to give an opinion without fully understanding the system you are building.
What is a 'ten inverter?'
Aküsüz inverter deye 3 kw
Güc kaynagi power supple yerine akü kullansam seri baglanti olur mu
Great question.
The answer is yes.
I covered the battery method in the first video of the series.
See the link in the description.
Also please pay attention to my caution/safety notes regarding the battery method......when one of the batteries die, you would lose 1/2 of your output voltage....so you have to plan for this in your overall system design.
👍😎
The Innovati0n Lab💥
Hi, can you make me 4 of them plastic stands you have on the Boost Converters?
Wonderful.
I added some free downloadable stl files for the holders on our website.
Please visit:
www.theinnovati0nlab.com.
But if you don't have a 3D printer, I will be adding these as products soon.
However, unfortunately, it will only be available to our USA audience.
Stay tuned.
The Innovati0n Lab💥
@@theinnovati0nlab782 Thanks.
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.
You are right and thank you for pointing that out!
I have updated the video description and my comment above to highlight this important fact. I had pointed out that this video is the last of the series and we spend a great deal of time explaining this concept on the first two videos.
I will also be adding the schematic of the project to our website at www.theinnovati0nlab.com/
GUYS!!
AGAIN, 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
czcams.com/video/vcY87smODeY/video.html
SECOND VIDEO: Isolated Transformer Method:
czcams.com/video/roI7LExA9_Q/video.html
Thanks again!
The Innovati0n Lab
connect a regular kettle and they will understand
Thanks a lot for the feedback. But I have not seen a regular kettle that is designed for high voltage DC power supply.
It would be nice if I could find one and use it to boil water. It is always satisfying to see water boil on a 4K video....hahaha.
👍👍
The Innovati0n Lab💥
@@theinnovati0nlab782 The power of the heater depends on the voltage, so I use the 20 amp version of this converter to heat water with a kettle from a 24 volt solar installation without an inverter, achieving a heating power of 400 W. The higher the voltage, the greater the power of the heater.