These are extremely handy to have. The crank generator super capacitor flashlight that I made years ago on my channel, I still have and use it. Great job, I really like how everything fit nicely inside the crank gen unit, and the long run time.
Awesome, glad to see you're doing good. I'm not sure if enough people realize the use of such a device. In the right circumstance I can imagine some people begging for an opportunity to receive some kind of power even if they have to crank their arms off. These dynamos and supercaps are def the way to go.
Thanks for the video .I bought one of those and took the hand crank off and attached a sprocket that is belt driven and attached it to a wind mill and as long as the wind was blowing I was able to generate power and do use it to charge my deep cell batteries .😀
Welcome back lasersaber! 👏👏👏👏👏👏 so good to see you back here! Thank you so much for this video, I have the exact same little generator, so I’m really looking forward to doing this mod to mine .
You can also use an old cordless drill with dead batteries as a cheaper/free alternative, just zip tie the trigger down and wire up what you want to power to where the battery terminals would make contact in the handle, I really like the old drill technique because it’s easy to put a hand crank or a pulley onto the chuck of the drill plus often drills have some gearing you can play around with - love your stubble field content by the way!
The shot where you took your small flashlight to a wooded-area, my brain went like "Oh no no no... it's bad enough when horror games make you choose between a flashlight and a weapon at once (think Doom 3). Imagine if you also had to worry about cranking it..."
The efficiency with which humans are now capable of creating usable bright light is incredible. A 1994 paper by economist William Nordhaus lays out the case meticulously. From the camp fire, to the oil lamp, to gas lighting, to the incandescent bulb, to fluorescent light, to the LED, there has been a roughly MILLION-fold decrease in the cost of lighting in terms of energy and time required to create light since antiquity. There is probably nearly a factor of another 2X efficiency gains still remaining in electroluminescent lighting before theoretical limits become dominant.
LaserSaber, you have given the world a gift. We’ll take the salad dressing, just getting thru to 110v is so impressive I’m speechless. Of course we’ll be on 5v but Cheeziz man, you show the way) Cheers
It's been a while! Your voice brings back the memories I have during engineering school. 7 years later still referring to your videos for ideas. Thanks inspiring us. I'm currently working on your idea of water activated battery, thinking of what else I can do about the technology. Welcome back!
I wonder if this objects or something like it could be hooked up to your vehicle and some place. Basically charge up something besides the main battery so that you have emergency lighting besides just using the main car battery. And on another note, I wonder if any car companies out there possibly created and tire battery for an hood on a vehicle.
Thank you lasersaber I appreciate you, for letting me win the booster pack and everyone watching this please learn from his knowledge and experience and evolve it too, like he said keep experimenting :)
@@lightdark00 on his UA-cam link you can purchase everything and the beautiful thing about it is that he shows you step by step, so you won't feel left out having these type of products, have a beautiful day 💗
@@green_light_8806 I don't need a step by step, it's super simple. It's the parts I can't afford. As it is the electric is provided by a battery and a 200w inverter, that I would need to use for my solder iron. In addition, I was looking at these very hand cranks and pedal cranks just the other day on amazon. I came to the same conclusion that I couldn't keep going long enough just to charge my phone, if there was a low sun week. The $80 worth of supercaps which really take up a notch, is something that I don't have. As it is the $35 for a hand crank takes food out of my mouth.
That's really cool, it's nice and decent of you to tell everyone that the contest and selections were already over also. I thought you had started using the large electrolytic caps instead of the super caps because they charged faster. I wasn't aware you had uploaded a video until I watched Lidmotors' latest video, he's making one too, thanks.
This reminds me of a hand crank torch the cinema's of the 40-50's used to use. My parents saved it for many years. Not sure what ever happened to it now.
this is excellent for emergencies even for a small air compressor and adding a small air tank to inflate your cars tire back up when running low on air. will have short run time but very use full even for radio equipment use like for ham radios hand held ones.
I hacked together a charger from the lower part of an exercise bike ( base and crank) and a 100V DC treadmill motor. The poly-V belt from the bike fit perfectly on the poly-V wheel on the motor. 15 RPM on the pedals charges a phone completely effortless through a car USB adaptor, so this can be done while sitting on a desk or in a recliner. I too added 6*350F super caps + diode and a "%" LCD battery meter to have a buffer, so I could pedal in bursts. The USB adaptor worked from 16V down to 7V on the caps. I also tried charging a laptop at 19V directly by holding the RPM constant , but without regulation, it was too sketchy for the survivability of the laptop, but still doable at 60-100 RPM, like a brisk walk. Not very portable, but excellent as a blackout generator for home use, just to keep the basics running.
Hi Lasersaber I have the same hand crank gnerator and I am considering adding capacitors to it as you did. Question: How has the generator been working given there is not capacitor charging/protection board?
Very impressive, one question though... i remember when u used supercaps in series, you always had some diodes or similar stuff to avoid overcharging a single cap, or at least to balance the charge... ist this still needed? (that was years ago) and would a balancing circuit for all caps use more electricity than you can crank? Thanx for the video Luc
Good question. I have done long term tests with and without balancing. My thought is that the closer you come to the full charge state equaling the max voltage of the pack the more important balancing becomes. In this unit the full charge state is around 15 volts. The 8 super caps full charge is around 21 volts. It probably would have been better to go with 6 super caps. This was my first build and after testing the no load generator output voltage and seeing that it was around 20 Volts I decided to go with 8 caps. After testing If I was building this over again I would probably go with 6 caps and no balancing.
Does this thing use a low dropout voltage regulator, .... a buck converter or just a resistor to regulate the voltages? It might be possible to squeeze out some extra efficiency using a buck converter & smoothing capacitors for the 5V regulation?
Got one now...but the small capacitor is now soldered to the board. I was able to get the board out with a little bit of gentle wiggling. Will solder the wires, then put the back the PCB and then solder the super capacitors.
I kinda feel like just using a 10w foldable solar panel, small power bank, and usb flashlight would be easier, cheaper, and the light would last for hours without any effort. Maybe I'm wrong tho. I really love your innovative ideas, keep them up!
Why is this better than plugging in a powerbank into the USB port and charging it up, then using that for the light bulb? Also I saw this advertised as brands Vobor, Regun, Nisorpa, YaeTek, Banggood etc etc. Why?
Okay noob question, so go easy. I know that the total capacity goes down as you add capacitors is serials to get higher voltage. So, if your goal is using the 5v USB port, do you have more storage with 6 capacitors instead of 8? Thanks for coming back!
No you would have less run time. Instead of 20 minutes plus you'd have probably 15 minutes. Adding more in parallel 8 + 8 would give you more run time, probably 40 minutes plus run time. Not sure if you would need to reduce the 100f to 50f though.
If you put two 100F (3V) capacitors in parallel, you would have 200F (3V). If you put two 3V 100F capacitors in series, you get 6V 50F. So 100F divided by 6 is 16.67F (18V). LaserSaber might do better to use a 3S2P arrangement of 3 serial groups of 2 caps each, 200F/3 = 66.67F (9V). If he had a buck-boost converter bringing the energy back out, he could use 2S3P, at 300F/2 = 150F (6V). All this math assumes the new 3V Tecate supercapacitors (at Digikey) are used.
Neat video Lasersaber, I ordered all the parts you listed to recreate the experiment minus the 250W inverters. I am adding 2 more 100F supercaps and am adding 2 banks of 5 in parallel for the increased current capacity at 15vdc max. Any chance of overcharging the caps in this configuration? I may add some over charging prevention circuitry. Can you list your inverter sources Lasersaber?
Instead of turning it by hand can u hook it up to a cordless drill to spin it that would be cool ! Love your videos your actually creative and experimenting 🧪
Gearing & a flywheel, like a bike + super capacitor bank should improve efficiency and ease of cranking. Also I buy those little motors for small cnc machines for a lot less than these units do
Thank you for this video! Really cool idea for emergencies. I just finished my first one and it is really cool! Got the stuff to make a second one. The handle did break on me, so I'm open for any ideas on how to make a new handle for this... Lol. Think you can somewhat safely jump start a car with this?
Hello 🎉 Thank-you thank you for your video shared for us all .. was wondering what the difference is between the 500f super capacitors and would these work better or worse on this mod for this dynamo, generator cheers 🍻
Hi @ lasersaber, thanks for the video. I like to build it one for emergency purposes, but wondering if I do need to attach a diode so that no current flows backward. One more thing, is possible for the supercapacitors to explode if the crank is rotated continuously like when attach to a bicycle or make is a generator from a water paddle wheel?
Good question. I have done long term tests with and without balancing. My thought is that the closer you come to the full charge state equaling the max voltage of the pack the more important balancing becomes. In this unit the full charge state is around 15 volts. The 8 super caps full charge is around 21 volts. It probably would have been better to go with 6 super caps. This was my first build and after testing the no load generator output voltage and seeing that it was around 20 Volts I decided to go with 8 caps. After testing If I was building this over again I would probably go with 6 caps and no balancing.
@@lasersaber Probably keep the 8 caps so if ever u feel like charging it for longer, you get to have more power stored. If you go with 6 caps in the future, you would be charging near the full caps voltage right? And would have issues or need for balancing.
@ lasersaber Have you got a chance to test these new age supercaps called zoxcell rated at 3000f 2.7 volts .and 21000F 4.2 volts , looks very promising as they are very small for the density they hold.Can you make a video using those cells if you can .
The link provided for the Super Capacitor is a 3V but the original in the device is rated 35V and measuring the voltage output by the motor can spike over 12V is there something I am missing or is it the wrong part?
It took me 3-4 minutes to reach 15 volts. That is pretty much a full charge for this unit. In theory it could go up to just over 20 volts but that would take way too long at this gear ratio.
try aluminium-foil separator-paper spiral roll with ethanol-koh electrolyte to make aluminium-air battery, soaked in a standard lead-acid plastic container, with a separate carbon air-electrode, just make sure the separator paper lets the electrolyte flow between the foil layers
try dry supercaps, aluminium foil, anodize super physical aluminium dioxide dielectric layer, coat with water or liquid conductive paint, ie, dry actual capacitor with super thin oxide layer, and the liquid conductive paint drying super close to the oxide layer
energy density will be the metal itself without the air and count the supporting pieces as engine weight, not the metal weight itself, even if you could calculate the total specific energy based on the total weight to energy ratio, with the pieces included, aluminium should be 3-4 kWh/kg easily, keep the air electrode around separate to the paper-metal layers, and the ethanol-koh (non-aqueous essential) reasonable, also around the paper-metal layers, you can even arrange so that the metal-oxide drops down to the bottom of the container after it has formed, if you have enough space between the layers
if you dont make the fixed primary cells of the spiral metals, you can feed in the fuel metal foil or mesh-wish (for high surface area), and even filter the electrolyte to remove the oxides, even iron wire or iron foil will work, as iron-air continuous feed fuel cell
You show charging a phone without the supercaps, but not with them. Phones won't draw too much current at 5V (slow charging), but are still a relatively heavy USB load. Could a drained smartphone be charged enough from 1 minute of cranking to boot up and make a phone call?
"The supercapacitors, under standard testing at ambient and rated temperatures, and application testing at ambient temperature, have undergone approximately ten million, 11 million, and one million cycles, respectively, over two years. The supercapacitors did not experience end-of-life failures but remained within specified operational tolerances. The study was terminated after successfully completing 11 million cycles at approximately 75% DOD at rated temperature. The results demonstrate cycle lifetimes significantly in excess of manufacturer specifications and potential for deployment in long-life robust applications." Source: www.researchgate.net/publication/273395798_Cycle_Testing_of_Supercapacitors_for_Long-Life_Robust_Applications
@@lasersaber Thank you so much for the info. It means it can sit for years waiting for emergency or when needed will be useful for as long as needed without the need to replace crucial component.
For a few dollars more it would be better to replace the crank with an antique wind-up type mechanism that lasts at least an hour. Anyway congratulations!
i have the same dimensions of super capacitors from ZOXCELL (1 cm more in lenght ) and 3000F 2.7Volts i dont know if this capacity is real or fake and in their website they have also 10000F and more so is the dimension important, i dont know
it would be more interesting if it were applied to a gravitation system: a clock that by letting a weight go down, for 10 minutes, recharges the battery. Anyway congratulations.
These are extremely handy to have. The crank generator super capacitor flashlight that I made years ago on my channel, I still have and use it. Great job, I really like how everything fit nicely inside the crank gen unit, and the long run time.
Awesome, glad to see you're doing good. I'm not sure if enough people realize the use of such a device. In the right circumstance I can imagine some people begging for an opportunity to receive some kind of power even if they have to crank their arms off. These dynamos and supercaps are def the way to go.
UA-cam has been so lost without your videos. Thank you for your time and videos
Thanks for the video .I bought one of those and took the hand crank off and attached a sprocket that is belt driven and attached it to a wind mill and as long as the wind was blowing I was able to generate power and do use it to charge my deep cell batteries .😀
Thank you for coming back!!! Photoinduction and you coming back has been the best thing to hit youtube this year
Welcome back lasersaber! 👏👏👏👏👏👏 so good to see you back here! Thank you so much for this video, I have the exact same little generator, so I’m really looking forward to doing this mod to mine .
Very cool. I'd thought of doing something similar but with 18650s.
Super caps make a lot more sense!
You can also use an old cordless drill with dead batteries as a cheaper/free alternative, just zip tie the trigger down and wire up what you want to power to where the battery terminals would make contact in the handle, I really like the old drill technique because it’s easy to put a hand crank or a pulley onto the chuck of the drill plus often drills have some gearing you can play around with - love your stubble field content by the way!
The shot where you took your small flashlight to a wooded-area, my brain went like "Oh no no no... it's bad enough when horror games make you choose between a flashlight and a weapon at once (think Doom 3). Imagine if you also had to worry about cranking it..."
Actually, the crank light could be comforting as batteries always die in horror games and movies ;).
I bought one of these generators several years ago. Also, have the caps from old projects. Thanks for the initiative.
seen a man in Africa doing the exact same thing. This is NEXT LEVEL modding :)
Wow that device was actually surprisingly simple when you opened it up!
Just got mine from the amazon locker today...now to adsorb all these videos knowledge for the full experience.
The efficiency with which humans are now capable of creating usable bright light is incredible. A 1994 paper by economist William Nordhaus lays out the case meticulously. From the camp fire, to the oil lamp, to gas lighting, to the incandescent bulb, to fluorescent light, to the LED, there has been a roughly MILLION-fold decrease in the cost of lighting in terms of energy and time required to create light since antiquity. There is probably nearly a factor of another 2X efficiency gains still remaining in electroluminescent lighting before theoretical limits become dominant.
LaserSaber, you have given the world a gift. We’ll take the salad dressing, just getting thru to 110v is so impressive I’m speechless. Of course we’ll be on 5v but Cheeziz man, you show the way)
Cheers
It's been a while! Your voice brings back the memories I have during engineering school. 7 years later still referring to your videos for ideas. Thanks inspiring us.
I'm currently working on your idea of water activated battery, thinking of what else I can do about the technology.
Welcome back!
So glad to see you back! Thank you man!
Glad to be back.
It's been two years roughly, where have you been?
I wonder if this objects or something like it could be hooked up to your vehicle and some place. Basically charge up something besides the main battery so that you have emergency lighting besides just using the main car battery.
And on another note, I wonder if any car companies out there possibly created and tire battery for an hood on a vehicle.
I wanted to make something like this for ages! Maybe no its the best time! Cool project and great explanation
Glad to see you making videos, I've learned a lot over years from your channel.
Just ran across your channel in search of graphene tech. Glad you are back in action. Look forward to more videos. Thank you.
Thank you lasersaber I appreciate you, for letting me win the booster pack and everyone watching this please learn from his knowledge and experience and evolve it too, like he said keep experimenting :)
I wish I had it, I'm having trouble living on small portable solar panels.
@@lightdark00 on his UA-cam link you can purchase everything and the beautiful thing about it is that he shows you step by step, so you won't feel left out having these type of products, have a beautiful day 💗
@@green_light_8806 I don't need a step by step, it's super simple. It's the parts I can't afford. As it is the electric is provided by a battery and a 200w inverter, that I would need to use for my solder iron.
In addition, I was looking at these very hand cranks and pedal cranks just the other day on amazon. I came to the same conclusion that I couldn't keep going long enough just to charge my phone, if there was a low sun week. The $80 worth of supercaps which really take up a notch, is something that I don't have. As it is the $35 for a hand crank takes food out of my mouth.
@@lightdark00 buy similar value capacitors but a cheaper make, they may not last as long but it will still work. My 8 super capacitors cost £12
@@strawman9410 Another buy something post.🙄 I like to eat each day too, at about $1-2 a day now.
That's really cool, it's nice and decent of you to tell everyone that the contest and selections were already over also. I thought you had started using the large electrolytic caps instead of the super caps because they charged faster. I wasn't aware you had uploaded a video until I watched Lidmotors' latest video, he's making one too, thanks.
Yes welcome back please continue to release videos of American innovation of Products companies Should be releasing but are not
This reminds me of a hand crank torch the cinema's of the 40-50's used to use. My parents saved it for many years. Not sure what ever happened to it now.
Would it be enough to jump start a car as long as you had one person trying to start the car while the other person was cranking?
13:37. Glad your back
Hope this helps Use voltage doubler circuit built using supercaps, it helps recharge the caps quickly
I am glad that you are back..
Glad your back 👌
Or put in a Quick Charge usb thingy, and quickly charge a powerbank (one that can accept QT)
im subbed but havnt seen a video in years, Lidmotor brought me back
this is excellent for emergencies even for a small air compressor and adding a small air tank to inflate your cars tire back up when running low on air. will have short run time but very use full even for radio equipment use like for ham radios hand held ones.
Maybe add a flywheel and pedal so you can just casually move your leg.
Good idea.
Maybe find an old sewing machine.
I hacked together a charger from the lower part of an exercise bike ( base and crank) and a 100V DC treadmill motor. The poly-V belt from the bike fit perfectly on the poly-V wheel on the motor. 15 RPM on the pedals charges a phone completely effortless through a car USB adaptor, so this can be done while sitting on a desk or in a recliner. I too added 6*350F super caps + diode and a "%" LCD battery meter to have a buffer, so I could pedal in bursts. The USB adaptor worked from 16V down to 7V on the caps. I also tried charging a laptop at 19V directly by holding the RPM constant , but without regulation, it was too sketchy for the survivability of the laptop, but still doable at 60-100 RPM, like a brisk walk. Not very portable, but excellent as a blackout generator for home use, just to keep the basics running.
@@Tore_Lund can you share a detailed video of this for noob like me.
Great project... Love your creativity...
You are awesome man and to be honest your DIY Handcrank generator that you made on your previous videos is better than this one Haha... 😄👍
I agree. This one is nice because it is smaller, easier to build, and better for USB devices.
Beautiful, very nicely done. I wonder how much cranking would be required to bring a smart phone to few minutes of emergency use?
Hi Lasersaber
I have the same hand crank gnerator and I am considering adding capacitors to it as you did. Question: How has the generator been working given there is not capacitor charging/protection board?
Very impressive, one question though... i remember when u used supercaps in series, you always had some diodes or similar stuff to avoid overcharging a single cap, or at least to balance the charge... ist this still needed? (that was years ago) and would a balancing circuit for all caps use more electricity than you can crank?
Thanx for the video
Luc
Good question. I have done long term tests with and without balancing. My thought is that the closer you come to the full charge state equaling the max voltage of the pack the more important balancing becomes. In this unit the full charge state is around 15 volts. The 8 super caps full charge is around 21 volts. It probably would have been better to go with 6 super caps. This was my first build and after testing the no load generator output voltage and seeing that it was around 20 Volts I decided to go with 8 caps. After testing If I was building this over again I would probably go with 6 caps and no balancing.
I was wondering the same thing. Glad to see new videos from you!
Does this thing use a low dropout voltage regulator, .... a buck converter or just a resistor to regulate the voltages?
It might be possible to squeeze out some extra efficiency using a buck converter & smoothing capacitors for the 5V regulation?
Awsome upgrade, thanks for sharing
Thanks. Great project. I just put one together and it works great!
How many minutes it will last?
Got one now...but the small capacitor is now soldered to the board. I was able to get the board out with a little bit of gentle wiggling. Will solder the wires, then put the back the PCB and then solder the super capacitors.
I kinda feel like just using a 10w foldable solar panel, small power bank, and usb flashlight would be easier, cheaper, and the light would last for hours without any effort. Maybe I'm wrong tho. I really love your innovative ideas, keep them up!
Solar isn't reliable. With this you could use it and charge it at any time. Great for emergency use. Solar is just better for long term usage.
This is great for the upcoming nuclear winter. There will be almost no sunlight for many months.
Gear it up!
This is amazing work, thank you so much!
Why is this better than plugging in a powerbank into the USB port and charging it up, then using that for the light bulb? Also I saw this advertised as brands Vobor, Regun, Nisorpa, YaeTek, Banggood etc etc. Why?
Okay noob question, so go easy. I know that the total capacity goes down as you add capacitors is serials to get higher voltage. So, if your goal is using the 5v USB port, do you have more storage with 6 capacitors instead of 8?
Thanks for coming back!
No you would have less run time. Instead of 20 minutes plus you'd have probably 15 minutes.
Adding more in parallel 8 + 8 would give you more run time, probably 40 minutes plus run time. Not sure if you would need to reduce the 100f to 50f though.
If you put two 100F (3V) capacitors in parallel, you would have 200F (3V). If you put two 3V 100F capacitors in series, you get 6V 50F. So 100F divided by 6 is 16.67F (18V). LaserSaber might do better to use a 3S2P arrangement of 3 serial groups of 2 caps each, 200F/3 = 66.67F (9V). If he had a buck-boost converter bringing the energy back out, he could use 2S3P, at 300F/2 = 150F (6V). All this math assumes the new 3V Tecate supercapacitors (at Digikey) are used.
Neat video Lasersaber, I ordered all the parts you listed to recreate the experiment minus the 250W inverters. I am adding 2 more 100F supercaps and am adding 2 banks of 5 in parallel for the increased current capacity at 15vdc max. Any chance of overcharging the caps in this configuration? I may add some over charging prevention circuitry. Can you list your inverter sources Lasersaber?
i see that generator uses a cheap dc brush motor, some hand crank generators, usually larger ones have stepper motors which are low speed generators
Finally, a way to put that hamster to some use!!!
lol..i use cats!
Nice! There is no capacitor protection board?
Instead of turning it by hand can u hook it up to a cordless drill to spin it that would be cool ! Love your videos your actually creative and experimenting 🧪
How long you crank it from 0v to 14v ? Please reply sir, i want to make it too 🙏🤗
I need one this is life saving
Gearing & a flywheel, like a bike + super capacitor bank should improve efficiency and ease of cranking. Also I buy those little motors for small cnc machines for a lot less than these units do
it would be more interesting if it were connected to a mechanical clock. However, a good and beautiful invention .. congratulations!
Thank you for this video! Really cool idea for emergencies. I just finished my first one and it is really cool! Got the stuff to make a second one. The handle did break on me, so I'm open for any ideas on how to make a new handle for this... Lol. Think you can somewhat safely jump start a car with this?
Would something like this, with fully charged caps, be able to jumpstart a car?
Combien de volts font vos super capasiteurs? Merci pour votre vidéo 👍
Is there a way to charge up like an ecoflow solar generator battery bank by using super capacitors paired with an inverter?
So do you still have SOLN1 kits available for sale?
To turn it, can we use the hydro power/river as the power purpose..?
Yes
Hello 🎉 Thank-you thank you for your video shared for us all .. was wondering what the difference is between the 500f super capacitors and would these work better or worse on this mod for this dynamo, generator cheers 🍻
I like using a stepper motor as a hand crank generator.
Hi @
lasersaber, thanks for the video. I like to build it one for emergency purposes, but wondering if I do need to attach a diode so that no current flows backward. One more thing, is possible for the supercapacitors to explode if the crank is rotated continuously like when attach to a bicycle or make is a generator from a water paddle wheel?
i think li ion or Lipo cells and controller is better option for your example.
Are any of the crystal batterys still going?
Any recommendation for cap protection circuit
Can you greatly boost the range of your EV by adding super-caps in parallel to the EV battery module? Would love this idea coming to life!
Whats ur experience with the capacitors maintaining balanced voltage and not exceeding the 2.7v ea.
Good question. I have done long term tests with and without balancing. My thought is that the closer you come to the full charge state equaling the max voltage of the pack the more important balancing becomes. In this unit the full charge state is around 15 volts. The 8 super caps full charge is around 21 volts. It probably would have been better to go with 6 super caps. This was my first build and after testing the no load generator output voltage and seeing that it was around 20 Volts I decided to go with 8 caps. After testing If I was building this over again I would probably go with 6 caps and no balancing.
@@lasersaber Probably keep the 8 caps so if ever u feel like charging it for longer, you get to have more power stored.
If you go with 6 caps in the future, you would be charging near the full caps voltage right? And would have issues or need for balancing.
If I connect them in parallel, can I have a longer duration? Is it any better or worse than connecting them in series? Thank you ...
can we get an update on the various long term motor tests and their batteries?
How many of those capacitors would you need ?
@
lasersaber Have you got a chance to test these new age supercaps called zoxcell rated at 3000f 2.7 volts .and 21000F 4.2 volts , looks very promising as they are very small for the density they hold.Can you make a video using those cells if you can .
Thanks for telling me about them. I’m checking them out now.
Hey man, thanks for the great video. I got the crank generator, i was wondering if i could use 100uF 25V instead of 3V capacitors?
no these are regular capacitor for filtering, we are talking here about super capacitor, and you have to make difference between 100uF and 100F
Did you consider connecting them in parallel?
connecting them in parallel would increase storage power capacity but would reduce the charge voltage tolerance
Waow! Wonderfull! Thanx!
what about capacitor voltage balancing ?
Would 8x 2.7V100F super capacitors also work in this project?
Yes
of cos amigo!
Amazing tool..
The link provided for the Super Capacitor is a 3V but the original in the device is rated 35V and measuring the voltage output by the motor can spike over 12V is there something I am missing or is it the wrong part?
We're you able to charge your smartphone?
How long would you have to crank, with no load, to fully charge the caps?
It took me 3-4 minutes to reach 15 volts. That is pretty much a full charge for this unit. In theory it could go up to just over 20 volts but that would take way too long at this gear ratio.
try aluminium-foil separator-paper spiral roll with ethanol-koh electrolyte to make aluminium-air battery, soaked in a standard lead-acid plastic container, with a separate carbon air-electrode, just make sure the separator paper lets the electrolyte flow between the foil layers
try dry supercaps, aluminium foil, anodize super physical aluminium dioxide dielectric layer, coat with water or liquid conductive paint, ie, dry actual capacitor with super thin oxide layer, and the liquid conductive paint drying super close to the oxide layer
feel free to patron if you find this useful
energy density will be the metal itself without the air and count the supporting pieces as engine weight, not the metal weight itself, even if you could calculate the total specific energy based on the total weight to energy ratio, with the pieces included, aluminium should be 3-4 kWh/kg easily, keep the air electrode around separate to the paper-metal layers, and the ethanol-koh (non-aqueous essential) reasonable, also around the paper-metal layers, you can even arrange so that the metal-oxide drops down to the bottom of the container after it has formed, if you have enough space between the layers
about the dry supercap, the thickness of the oxide should be similar to the double layer of the wet double layer supercaps
if you dont make the fixed primary cells of the spiral metals, you can feed in the fuel metal foil or mesh-wish (for high surface area), and even filter the electrolyte to remove the oxides, even iron wire or iron foil will work, as iron-air continuous feed fuel cell
@lasersaber why i used that stuff but crank very heavyyyy?
nb:i still used 3 caps 100f not 7
You show charging a phone without the supercaps, but not with them. Phones won't draw too much current at 5V (slow charging), but are still a relatively heavy USB load. Could a drained smartphone be charged enough from 1 minute of cranking to boot up and make a phone call?
I think i use the Generator for a Wind Generator.
Good idea.
what it you were to connect multiple together pushed off a single handle with a belt?
mobile charge, how much time does it take after booster capacitors are installed?
What is the estimated lifetime or number of cycles for those capacitors?
"The supercapacitors, under standard testing at ambient and rated temperatures, and application testing at ambient temperature, have undergone approximately ten million, 11 million, and one million cycles, respectively, over two years. The supercapacitors did not experience end-of-life failures but remained within specified operational tolerances. The study was terminated after successfully completing 11 million cycles at approximately 75% DOD at rated temperature. The results demonstrate cycle lifetimes significantly in excess of manufacturer specifications and potential for deployment in long-life robust applications."
Source: www.researchgate.net/publication/273395798_Cycle_Testing_of_Supercapacitors_for_Long-Life_Robust_Applications
@@lasersaber Thank you so much for the info. It means it can sit for years waiting for emergency or when needed will be useful for as long as needed without the need to replace crucial component.
can i use it on electric kettle
very cool.
Glad you like it.
you can buy the gears and make the crank for this, the regulator is very inefficient you can make a better one for less money
I would of gone for the 12V~28V Hand cranks Then used one of the
Genasun Boost MPPT's to make it 48V DC
For a few dollars more it would be better to replace the crank with an antique wind-up type mechanism that lasts at least an hour. Anyway congratulations!
nice job
Шестерни внутри повышающего редуктора пластиковые?
i have the same dimensions of super capacitors from ZOXCELL (1 cm more in lenght ) and 3000F 2.7Volts i dont know if this capacity is real or fake and in their website they have also 10000F and more so is the dimension important, i dont know
it would be more interesting if it were applied to a gravitation system: a clock that by letting a weight go down, for 10 minutes, recharges the battery. Anyway congratulations.
Hi, lasersaber is there any working links for the sol125?
Have you tried charging a 10,000 mAh power bank? I wonder how long you will need to crank.
that would take a long time!