GREAT VIDEO!!!!! a couple' comments from my experience with just such a setup: 1) A SMALL variac can be used on the transformer primary since there is SMALL current here (most will even step up the 120VAC from 0V to 140VAC. 2) I NEVER turn this type of potentiometer ALL the way down, as many are unstable at the extreams and can cause serious problems (turn it all the way, THEN twist a tiny bit back). 3) For the filter caps of a full wave bridge rectifier, a nice rule is that you will get one volt of ripple per amp per 8300uF (I like to use 10,000uF for this rule). You will need twice as much capacitance with half-wave rectification).
Thanks a lot for the wonderful feedback. I can tell that you are quite knowledgeable on power systems. So you better subscribe.😊 We need more people like you in here! 👏 Thanks again for such detailed feedback! 👍😎 - The Innovati0n Lab.
Thanks a lot for watching this video. Our goal at The Innovati0n Lab is to advocate simple and innovative ways of accomplishing basic electronics functions/projects. My dream is to inspire people of like DIY mindset all over the world to find ways to rethink, rebuild , and recycle - this way, we can build cool DIY products for cheap. Don't break your wallet instead, Subscribe to The Innovati0n Lab!
I have the same boost converter, but the current adjustment doesn't seem to work. I turn the knob clockwise and anti-clockwise but the current reading does not change. Tried it with an LED strip, a 12V 110amp battery and a car tire inflator.
I am not sure why it didn't work for the LED strip. However, for the 12V batteries, you need to first raise the output voltage to be higher than 12V. Personally, I used about 14V for my 12V battery charging. The voltage level also depends on the battery type. In order for current to flow in your charing circuit (from charger to battery), there needs to be a potential difference between the charger output voltage level and the battery's nominal voltage level. EXAMPLE: IF Battery voltage = 12V Charger voltage = 12V Charging Current = 0A Reference videos: czcams.com/video/5EQs9_Cu7xo/video.htmlsi=4ow9ox8i3Rqxlv8M czcams.com/video/WDWJ77WWkXc/video.htmlsi=jAwV9l7As0kQOMrp I hope this helps. If it did, please help our channel grow by sharing our videos. 👍😎 The Innovati0n Lab
@@theinnovati0nlab782 Before charging battery I set boost voltage to 14V, but battery didn't draw more than 5amp, despite turning the CC adjustment screw, charging current remained constant. Any idea why CC is not working?
Thank you so much for watching this video and supporting the Innovati0n Lab. I have added a few links in the description for both the 1200W and 1500W models of the Boost Converter.
Thanks for watching the video. Yes, you should be able to. Just make sure you pay attention to the specified charging current and voltage of your battery pack. If you built the pack yourself, what type of cells are you using and how many do you have in series?
Sir I want to drive 48 volt dldc 1000w motor rickshaw through this booster with 12 volt battery. Will it work well with this booster? Sir help me with correct information
Thank you for watching this video and supporting The Innovati0n Lab. My recommendations will be that you try getting the 1500W model of this boost converter and doing a thorough drive testing of your motor with it. Also, since you will be driving a 1000W motor with a 12V battery, I will highly recommend using cooling fans on the boost converter unit. Also keep in mind that driving a 1000W load with from a 12V battery means greater than 83A drawn from your battery and this does not even account for losses due to converter efficiency....can your 12V battery handle a constant draw of >83A? Personally, I will recommend using 24V battery if possible.
This system doesn't have automatic cut-off control. However, if you set your battery charging voltage correctly, the boost converter will go into trickle charge mode when your battery is fully charged. Please let me know if that answers your question.
That rectifier circuit was a bit complex. Please follow the instructions and schematics shown in this video. You can also use the bridge rectifier and capacitors. They are easier to work with. 👇👇👇 czcams.com/video/roI7LExA9_Q/video.html I hope this helps. 👍😎 The Innovati0n Lab 💥
@sokdolla Good question. 👍👍👍 I have explained how the charger works in this video. Please follow the 6-Step process. 👇👇👇 czcams.com/video/WDWJ77WWkXc/video.html 👍😎 The Innovati0n Lab 💥
Great idea 💡 The only issue is that the constant current boost converter we used in that video does not work well as a solar charge controller. Please check the video below. czcams.com/video/4RfOrXcBvOY/video.html
Well connect Solar panel 575 watts to a Solar Controller , Controller to the Battery to the Booster Circuit, instead of a External. I have added 500 watts Solar panel directly to Booster Controller and then to the Battery Bank.Perfectly working . Instead of an MPPT.
@minravex9919 Please, always resist the temptation of becoming an internet bully or troll. The world can always use more respectful people. Keep your comments constructive. You can get your point across without being rude and condescending to CZcams content creators. These videos take time, resources, and lots of effort to put together. We provided a good explanation of the concept, provided rectifier schematics, provided testing, what else do you need from a free video? Please, if you have a question, I will encourage you to ask it in a constructive and positive manner. Negativity and pessimism do not help anyone.
@papinoye3345 Those are common cathode rectifiers. They essentially have 2 diodes inside them - with the cathodes (rectifier +ve) of the two diode connected internally to the center pin. The middle pin is also electrically connected to the heatsink pad at the back of the rectifier. The capacitors are used for output filtering.
Your comment to this valuable video shows lack of VERY basic knowledge. All you had to do was find a simple BASIC beginner's video (they're EVERYWHERE) on a linear supply...then you wouldn't even need to comment. @@minravex9919
Good video. Repurposing good electronic parts is some thing I like very much.
Thanks again. I appreciate your support.
GREAT VIDEO!!!!! a couple' comments from my experience with just such a setup:
1) A SMALL variac can be used on the transformer primary since there is SMALL current here (most will even step up the 120VAC from 0V to 140VAC.
2) I NEVER turn this type of potentiometer ALL the way down, as many are unstable at the extreams and can cause serious problems (turn it all the way, THEN twist a tiny bit back).
3) For the filter caps of a full wave bridge rectifier, a nice rule is that you will get one volt of ripple per amp per 8300uF (I like to use 10,000uF for this rule). You will need twice as much capacitance with half-wave rectification).
Thanks a lot for the wonderful feedback.
I can tell that you are quite knowledgeable on power systems. So you better subscribe.😊 We need more people like you in here!
👏
Thanks again for such detailed feedback!
👍😎
- The Innovati0n Lab.
Ini luar biasa sekali anda hebat sekali saya telah mencoba memasang alat ini seperti konsep video anda kebenarannya sangat baik 👍👍👍
Thanks a lot for watching this video. Our goal at The Innovati0n Lab is to advocate simple and innovative ways of accomplishing basic electronics functions/projects. My dream is to inspire people of like DIY mindset all over the world to find ways to rethink, rebuild , and recycle - this way, we can build cool DIY products for cheap.
Don't break your wallet instead, Subscribe to The Innovati0n Lab!
Excellent video!
Thanks a lot! We appreciate your support. More to come.
Informative video
I have the same boost converter, but the current adjustment doesn't seem to work. I turn the knob clockwise and anti-clockwise but the current reading does not change. Tried it with an LED strip, a 12V 110amp battery and a car tire inflator.
I am not sure why it didn't work for the LED strip.
However, for the 12V batteries, you need to first raise the output voltage to be higher than 12V. Personally, I used about 14V for my 12V battery charging. The voltage level also depends on the battery type.
In order for current to flow in your charing circuit (from charger to battery), there needs to be a potential difference between the charger output voltage level and the battery's nominal voltage level.
EXAMPLE:
IF
Battery voltage = 12V
Charger voltage = 12V
Charging Current = 0A
Reference videos:
czcams.com/video/5EQs9_Cu7xo/video.htmlsi=4ow9ox8i3Rqxlv8M
czcams.com/video/WDWJ77WWkXc/video.htmlsi=jAwV9l7As0kQOMrp
I hope this helps. If it did, please help our channel grow by sharing our videos.
👍😎
The Innovati0n Lab
@@theinnovati0nlab782 Before charging battery I set boost voltage to 14V, but battery didn't draw more than 5amp, despite turning the CC adjustment screw, charging current remained constant. Any idea why CC is not working?
Good video. I would like you to provide the link to where you get the parts from, I.E, the boost converter and its spec.
Thank you so much for watching this video and supporting the Innovati0n Lab. I have added a few links in the description for both the 1200W and 1500W models of the Boost Converter.
@@theinnovati0nlab782 Thanks!
Can we charge a 48v lithium battery pack using this setup
Thanks for watching the video.
Yes, you should be able to. Just make sure you pay attention to the specified charging current and voltage of your battery pack. If you built the pack yourself, what type of cells are you using and how many do you have in series?
Sir I want to drive 48 volt dldc 1000w motor rickshaw through this booster with 12 volt battery. Will it work well with this booster? Sir help me with correct information
Thank you for watching this video and supporting The Innovati0n Lab.
My recommendations will be that you try getting the 1500W model of this boost converter and doing a thorough drive testing of your motor with it. Also, since you will be driving a 1000W motor with a 12V battery, I will highly recommend using cooling fans on the boost converter unit. Also keep in mind that driving a 1000W load with from a 12V battery means greater than 83A drawn from your battery and this does not even account for losses due to converter efficiency....can your 12V battery handle a constant draw of >83A?
Personally, I will recommend using 24V battery if possible.
Yes👍⚡🔌🔋 💡
Thanks a lot!
Is it want Automatic Cut off Controller Protection like realy
This system doesn't have automatic cut-off control.
However, if you set your battery charging voltage correctly, the boost converter will go into trickle charge mode when your battery is fully charged.
Please let me know if that answers your question.
@@theinnovati0nlab782 yes thanks
how to wiring diode and capacitor?
That rectifier circuit was a bit complex.
Please follow the instructions and schematics shown in this video. You can also use the bridge rectifier and capacitors. They are easier to work with.
👇👇👇
czcams.com/video/roI7LExA9_Q/video.html
I hope this helps.
👍😎
The Innovati0n Lab 💥
Is it useful? and if we charge battery does it stop when the battery full?
Can we make without transformer?
@sokdolla
Good question.
👍👍👍
I have explained how the charger works in this video.
Please follow the 6-Step process.
👇👇👇
czcams.com/video/WDWJ77WWkXc/video.html
👍😎
The Innovati0n Lab 💥
@sokdolla
Yes, you can use server power supplies.
Why don't you make it with Solar Panel
Great idea 💡
The only issue is that the constant current boost converter we used in that video does not work well as a solar charge controller.
Please check the video below.
czcams.com/video/4RfOrXcBvOY/video.html
After watching the video, please let me know if you have any suggestions on how we can make it work better. Overall, I like your idea.
👍😎
Well connect Solar panel 575 watts to a Solar Controller , Controller to the Battery to the Booster Circuit, instead of a External. I have added 500 watts Solar panel directly to Booster Controller
and then to the Battery Bank.Perfectly working . Instead of an MPPT.
From Battery to Ur up converter
👌👌👌👏👏👍👍👍🤝🤝🤝
Thanks again, friend!
👍👍
Terrible.teacher...how did u. Us rectifier
@minravex9919 Please, always resist the temptation of becoming an internet bully or troll. The world can always use more respectful people. Keep your comments constructive. You can get your point across without being rude and condescending to CZcams content creators. These videos take time, resources, and lots of effort to put together.
We provided a good explanation of the concept, provided rectifier schematics, provided testing, what else do you need from a free video?
Please, if you have a question, I will encourage you to ask it in a constructive and positive manner. Negativity and pessimism do not help anyone.
@@theinnovati0nlab782 at least I have a reply.....they don't reply when its constructive
Pls sir these rectifiers are they transistors and why use 3 capacitors thanks
@papinoye3345
Those are common cathode rectifiers. They essentially have 2 diodes inside them - with the cathodes (rectifier +ve) of the two diode connected internally to the center pin. The middle pin is also electrically connected to the heatsink pad at the back of the rectifier.
The capacitors are used for output filtering.
Your comment to this valuable video shows lack of VERY basic knowledge. All you had to do was find a simple BASIC beginner's video (they're EVERYWHERE) on a linear supply...then you wouldn't even need to comment. @@minravex9919