SUPERB video. Finally a group who knows physics, TESLA, and are capable of building a Tesla turbine worthy of the name. Great to see people with insight, knowledge, and working science imaginations, that instinctually understand reality! IEnergySupply!!! THE BEST! Very good demo, with no hidden and inscrutable metering going on.
I know there was an issues with the disks melting on some turbines. Would it be economical to machine lighter less expensive metals than the high temperature resistant ones and plasma coat them with YSZ? Jay Leno has a Double E20 steam car with a superheated steam generator. The generator was melting at 3000°, so they made a new one, plasma coated it, and now it's heat resistant to 6000° or more; doesn't melt anymore. What about the magnetic properties of the spinning disks. I saw it mentioned that Tesla used 770 which is 55% copper or so. With highly conductive disks, could energy be harvested directly from the engine without using a generator connected to the shaft? (Considering the conductive property's of water in certain phases). Was this possibly Tesla's idea? Or am I making incorrect assumptions in the wrong direction. Keep up the great work!!
Excellent demo of the Tesla Turbine I am curious of the following: 1) What was the exit pressure (psi)? 2) What are the specs on the compressor used (type of, CFM and tank size)? 3) how long was the unit used in testing? 4) Could a second Tesla Turbine be used behind the primary one to capture the exit gases knowing that it would not be as powerful as the first one? Concept I am thinking is that it would that it could not be used as a primary source to power a wheel. It could be used to charge a battery array. Unlimited power generation to permit 1,000 miles of travel without needing external charging of a vehicle. Depending upon the power source for the compressor.
this post was one year ago its say.. but I agree. The exit pressure is very much needed to measure efficiency if the exit pressure is still enough for a second cycle..
Connect your Newman motor to a the Tesla hairpin circuit and run your bulbs off that. The turbine shouldn't slow down under load with that circuit. Good work.
I would like to make some high voltage coils to test that with, and I believe with some high voltage coils it will be easy to generate several thousand volts over 1200 hz to test a proper hair pin circuit. Thanks for suggestion! In the future we shall test it.
Good work guys. Such a performance when the disks are make out of plastic, imagine what will be when the discs are made out of stainless steel! Please measure the flow rate of the compressed air (mixed with vapor) as that will give immediately the conversion efficiency.of that particular design with the chosen driving fluid. Also report on the max pressure you supply to the turbine.
@@chrisgosselin6399 alloy titanium will handle anything. 6000psi Steam, 6000psi freeze air. Pipes and discs can be ordered from alloy titanium. Also flywheels are very importand in these projects.
All you need now is a vacuum enclosure for the generator to reduce aerodynamic energy losses. The cables can exit the container as a seal. The other option is to create a magnetic fluctuation field with an induction coil outside the box like a radial engine. That could scale up quite well for UHF AC.
You are correct, we are getting close, it's a challenge to seal everything. Might be easiest just to make a box like we did the last time, it worked really well.
@@iEnergySupply why not just put it in an evacuated steel cylinder like an LPG gas BOTTLE? You can run cables through pipelines and use rubber seals capped with fiberglass resin. While you won't see what's going on inside you will be able to measure output. An added bonus is that the sound will be somewhat contained.
Good suggestion! We are getting an entire analytical system soon that will show rpm, voltage, amps, dc and ac, pressure in, pressure out, temperature in, temperature out, and mass flow rate, so that we can show live results graphed to the computer.
i dont need to recommend the Marco rodin coil you’re way further ahead than me i just started from the generator side but thats the shape im using cheers!
'Efficiency' is a secondary issue if the steam charges a battery bank. Think about it: That means almost anyone could supply their own electricity without having to be tethered to the electric grid. Propane would be easier but wood also works in a rural setting.
If the moving parts of the generator were inside an air-tight tube (extract air), it would eliminate the noise. Would a mix of carbon fiber and kevlar be more helpful if used for the construction of the disks (just wondering)?
Carbon fiber is far superior, and we could reach ridiculous rpm's. This test could put out over 5x more power with carbon fiber disks. Please see our new video, I do just what you are suggesting with the air tight tube.
It's that laminar flow problem again. Those disks are still rectangular in section. To improve the efficiency of the flow you may want to chamfer the edges at 30° to a radial edge but is that going to be possible with polycarbonate strength of material?
hi sir ,first off all i"d like to thank you for this great work ,and then i have to ask you a question how can the second stage "pump" increase our torque and so the efficiency
If you have ever had a clogged toilet you can see how the vortex slows down. Atmospheric pressure clogs the exhausts of the turbine slowing the vortex in the turbine. With the pump on the exhausts the clog is removed and the speed of the turbine vortex increases and allows more energy transfer.
@@iEnergySupply ok,but what if the exhaust s outlet design it's like the one by nikola tesla in his patent 1061206 ,could u plz explain how the pump works and ty
for power generation i had the thought of attaching a big flywheel to be able to keep switching the tanks when they run out or some other automatic system?
Experiments are great, but Please use a Thick! independent Safety box around that turbine in case it fails. I'd even suggest in using an old safe as a safety chamber! Use Thermocouples on the case to know the temps. Never put your hands on active highspeed moving parts, That could be a very expensive mistake. You would be surprised how much energy is released on material failure.
Bealtiful experiência!!!! A alta rotação e força , atuando com imã de neodimio, produzindo eletricidade através das bobinas, de fios grossos, sim!!! Eureka, você está certo, continue meu amigo, desejo muito sucesso a você!!!☺☺☺☺
Would like to see it stripped down to shown how its functioning/ built, what psi you were running at etc. Newman generator? You simply mean rotating magnets inside a copper coil?
Yeah newman generator simplest generator you can make and it's air core. This is an older model and we are no longer using plastic on the rotor. We are also making an animation to help everyone see the workings of the inside.
@@iEnergySupply I like the Tesla pump idea on the outside, I had that thought myself, not sure how it would create greater airspeed and rpm given the inlet flow speed is unchanged....interested if you have an explanation of the physics.
@@iEnergySupply ...would be worth attaching that to bigger rotating pm core and coils in the stator, to see at what point it stops producing enough torque to turn the rotor...so its maximum power output ... could potentially be several KW with ceramic bearings, large number of turns in the coil, large number of coils and magnets etc...so no need to increase turbine size yet plenty more it could put out by messing around with the generator side
@@Kneelb4me1 max voltage was 120, generator was overloaded for the size of copper wire. We have increased the gauge of wire to get more amps. Then we will increase the speed to get roughly 120v using less windings.
More then 700w worth of CFM at our supply 90-105 PSI 1/16th" by 1/4" converging/diverging nozzle. Our electrical output is Very close to that of our input.
Hi. Hope you read this comment. Have you ever tried to accelerate the plasma inside this vortex created by discs made of copper? Or have you tried making discs with magnets? The result is incredible. But please! Be careful.
Hey Guys, nice try! The gap between the plates should be 0.3 to 0.6 mm otherwise the coupling between the plates and the incoming medium is lower than it could be.
The lexan gets too flimsy when you go too thin, this is the best we could do with what we have. Either way It makes a very powerful turbine, especially with stage 2.
@@iEnergySupply I would be happy to do that for You. My email is nikitesla@aol.com Yeah, got that email back in 1995 with different suffix before aol existed. There are several ways to do it fairly easily. Yu can continue to use lights with a triggered relay circuit , as I mention elsewhere or several triac circuits (like in a lamp dimmer that switch in more lights as the supply voltage increases), since the standard circuit triggers on voltage threshold, no need to worry about frequency of supplied AC.
Hi Guys, this looks great. In TN's British Patent, 186,083, he mentions having "as described in my British Patent No. 24,001 of 1910, two nozzles being provided, which are intended to operate in the same direction. The nozzles are contained in two diametrically opposite enlargements of the casing " Presumably this is to ensure better balancing of the load on the disks?
@@nikola.tesla.r.and.d.centre Hi, Now I see, from Fig. 1, there are 2 pairs of concentric slit nozzles, 6 and 7, diametrically opposite each other. At start up, when the superheater is not employed, the motive fluid, steam, is feed though outer nozzles '6'. When the superheater is activated, combustion products are feed through the inner nozzles '7'. Because you are not employing a superheater, presumably only 2 slot nozzles will be required to effect balanced loading onto the blades. What dimensions have you got the slot nozzles? Have you been able to calculate the speed of the fluid coming out of the nozzles? Thanks, Graeme
Thanks Cushion of Air, We have to design and build the vacuum chamber to run on cold steam. Right now metal rotors are being designed, so we can get greater RPM to support the cold steam operation and vacuum. Stay tuned. We can only move as fast as the donations come in. Please tell your friends about this project. www.paypal.me/ienergysupply We too, are also excited about the cold steam aspect and what this could mean to the overall output and performance.
I feel like you could use a hydrogen generator like a boss with this thing. figure out how to get it to spin from combustion and you could run a car maybe, at least run electricity into a much smaller battery for an electric car 🤔
I beg to differ. Rather than work on reverse entropic ideas (combustion) we should be thinking entropic and working with natural energy progression. More on this subject in email to J.
I built my own LED lights, you might want to just get a a board that can do 100-300 watts (maxed) and put a potentiometer on it so you can can scale up the watt up and down without having to screw bulbs haha.
lol yeah we used what we had. The only problem with led is getting high enough watts for the turbine. This was 12 75w light bulbs. Hard to get 900 watts of leds, not to mention we will probably need 5-6x that for our next test.
Potentiometer to vary a load? Go back to school. Large variable resistors that vary load are called rheostats and they would become the primary load, (also invisible, for poor visuals in a video). a Variac could work. But, it would be much better to use relays that click in extra lights as I mention below. The interesting thing about tungsten light bulbs, is that they are not a linear load, the resistance of the filament increases as the voltage across them increases, so they are sorta self regulating, drawing a little less current at the voltage increases than one would expect. For instance a 100 watt bulb measures about 160 ohms at 120 volts and about 1.2 ohms cold (under volt ohm meter test).
@@Geopholus I'm not sure you understood me. I built LED lights, you then run the power through a driver and use the toggle to increase the watt consumption as needed was all. I never went to school for electrical but still built some of the best grow light in the world as for efficiency and spread of light... It took me awhile to do and I don't pretend to know more than I do about the subject, so very little. I'm sure there are better ways to do things, just making a comment on a youtube comment section =D
ok now that you seem to have a proof of concept, please contact me! I work in a laser shop and i'd love to work with you to make one out of some better materials and scaled up!
I tried to buy a turbine and got this so please sort it out if it is on your end and I will work on my side. This site can’t provide a secure connection www.ienergysupply.com sent an invalid response. Try running Windows Network Diagnostics. ERR_SSL_PROTOCOL_ERROR
What browser are you using? Some browsers don't automatically re-direct to http. Maybe try another browser? You can try the direct link to coldsteamengine.com/shop?olsPage=products. Let me know if you need more help.
SUPERB video. Finally a group who knows physics, TESLA, and are capable of building a Tesla turbine worthy of the name. Great to see people with insight, knowledge, and working science imaginations, that instinctually understand reality! IEnergySupply!!! THE BEST! Very good demo, with no hidden and inscrutable metering going on.
Thank you! We are working our hardest to get this technology out there! Stay tuned for more exciting load testing.
Great comments! Thank you for all your hard work and effort! Inspiring!
6:18. The lights even stay lit when the thing isn't moving. No energy input needed! Why didn't we do this a long time ago? This needs to noticed!
They weren't lit
I know there was an issues with the disks melting on some turbines. Would it be economical to machine lighter less expensive metals than the high temperature resistant ones and plasma coat them with YSZ? Jay Leno has a Double E20 steam car with a superheated steam generator. The generator was melting at 3000°, so they made a new one, plasma coated it, and now it's heat resistant to 6000° or more; doesn't melt anymore.
What about the magnetic properties of the spinning disks. I saw it mentioned that Tesla used 770 which is 55% copper or so. With highly conductive disks, could energy be harvested directly from the engine without using a generator connected to the shaft? (Considering the conductive property's of water in certain phases). Was this possibly Tesla's idea? Or am I making incorrect assumptions in the wrong direction.
Keep up the great work!!
we were getting electrostatic discharges! so yeah it might be possible to create high voltage discharges to produce energy without a generator.
Excellent demo of the Tesla Turbine
I am curious of the following:
1) What was the exit pressure (psi)?
2) What are the specs on the compressor used (type of, CFM and tank size)?
3) how long was the unit used in testing?
4) Could a second Tesla Turbine be used behind the primary one to capture the exit gases knowing that it would not be as powerful as the first one?
Concept I am thinking is that it would that it could not be used as a primary source to power a wheel.
It could be used to charge a battery array.
Unlimited power generation to permit 1,000 miles of travel without needing external charging of a vehicle.
Depending upon the power source for the compressor.
Adding another one would slow down the first one.
this post was one year ago its say.. but I agree. The exit pressure is very much needed to measure efficiency if the exit pressure is still enough for a second cycle..
Connect your Newman motor to a the Tesla hairpin circuit and run your bulbs off that. The turbine shouldn't slow down under load with that circuit. Good work.
I would like to make some high voltage coils to test that with, and I believe with some high voltage coils it will be easy to generate several thousand volts over 1200 hz to test a proper hair pin circuit. Thanks for suggestion! In the future we shall test it.
You are the only other person I know to have realised that we'll done.
Nicely done.
Thank you!
Good work guys. Such a performance when the disks are make out of plastic, imagine what will be when the discs are made out of stainless steel! Please measure the flow rate of the compressed air (mixed with vapor) as that will give immediately the conversion efficiency.of that particular design with the chosen driving fluid. Also report on the max pressure you supply to the turbine.
Will do, Thanks!
Can stainless handle such high rpm?
@@chrisgosselin6399 alloy titanium will handle anything. 6000psi Steam, 6000psi freeze air. Pipes and discs can be ordered from alloy titanium. Also flywheels are very importand in these projects.
Hard Disk Drives are aluminum plates
All you need now is a vacuum enclosure for the generator to reduce aerodynamic energy losses. The cables can exit the container as a seal. The other option is to create a magnetic fluctuation field with an induction coil outside the box like a radial engine. That could scale up quite well for UHF AC.
You are correct, we are getting close, it's a challenge to seal everything. Might be easiest just to make a box like we did the last time, it worked really well.
@@iEnergySupply why not just put it in an evacuated steel cylinder like an LPG gas BOTTLE? You can run cables through pipelines and use rubber seals capped with fiberglass resin. While you won't see what's going on inside you will be able to measure output. An added bonus is that the sound will be somewhat contained.
@@SemperFiParatus Good suggestion!
@@iEnergySupply if you are going with box idea use glass bell and rubber at the bottom. We got it to little below 98% vacuum.
@@Joso997 Thanks for the suggestion!
You should use a shunt resistor to measure current, is safer than measuring directly with the multimeter. Also will help you with higher currents.
Good suggestion!
We are getting an entire analytical system soon that will show rpm, voltage, amps, dc and ac, pressure in, pressure out, temperature in, temperature out, and mass flow rate, so that we can show live results graphed to the computer.
I would like to try it out, love it
Each bulb is 75 Watts at 120v. We ran 12 at 90 volts ac.
Cool! are those dimable led light bulbs, or good old incandescent bulbs?
Great work! :)
Thank you! Cheers!
i did not understand what are you using the pump for ?
to reduce the back pressure in the exhaust of the turbine.
@@iEnergySupply Thank you that is interesting and i love your Viddeos and what you are doing
I like your video.Congratulation on your reaching 75 volt AC.
thanks! just reached 200+ volts under load with our new cold steam testing.
No need to worry about sound volume as it is automatically moderated at recording time.
Thanks!
You can use nitro methane to chemically weld your plexiglass.
i dont need to recommend the Marco rodin coil you’re way further ahead than me i just started from the generator side but thats the shape im using
cheers!
Sweet!
'Efficiency' is a secondary issue if the steam charges a battery bank.
Think about it: That means almost anyone could supply their own electricity without having to be tethered to the electric grid. Propane would be easier but wood also works in a rural setting.
How is air not lost through the shaft sticking out to the magentic generator end?
If the moving parts of the generator were inside an air-tight tube (extract air), it would eliminate the noise. Would a mix of carbon fiber and kevlar be more helpful if used for the construction of the disks (just wondering)?
Carbon fiber is far superior, and we could reach ridiculous rpm's. This test could put out over 5x more power with carbon fiber disks. Please see our new video, I do just what you are suggesting with the air tight tube.
Greatness! Thank you for sharing.
My pleasure!
It's that laminar flow problem again. Those disks are still rectangular in section. To improve the efficiency of the flow you may want to chamfer the edges at 30° to a radial edge but is that going to be possible with polycarbonate strength of material?
The best we can do with this material is round the edges, and we rushed it through due to our schedule.
hi sir ,first off all i"d like to thank you for this great work ,and then i have to ask you a question how can the second stage "pump" increase our torque and so the efficiency
If you have ever had a clogged toilet you can see how the vortex slows down. Atmospheric pressure clogs the exhausts of the turbine slowing the vortex in the turbine. With the pump on the exhausts the clog is removed and the speed of the turbine vortex increases and allows more energy transfer.
@@iEnergySupply ok,but what if the exhaust s outlet design it's like the one by nikola tesla in his patent 1061206 ,could u plz explain how the pump works
and ty
@@iEnergySupply, great explanation, simple and to the point!
for power generation i had the thought of attaching a big flywheel to be able to keep switching the tanks when they run out or some other automatic system?
A simple pump will allow you to recycle the water.
I just went on your website and it’s not functioning properly. I am not able to view the main menu or see if you have anything for sale.
yeah we are having issues with it and are looking into it.
Experiments are great, but Please use a Thick! independent Safety box around that turbine in case it fails. I'd even suggest in using an old safe as a safety chamber!
Use Thermocouples on the case to know the temps. Never put your hands on active highspeed moving parts, That could be a very expensive mistake.
You would be surprised how much energy is released on material failure.
Bealtiful experiência!!!! A alta rotação e força , atuando com imã de neodimio, produzindo eletricidade através das bobinas, de fios grossos, sim!!! Eureka, você está certo, continue meu amigo, desejo muito sucesso a você!!!☺☺☺☺
Thank you! I shall continue :)
Is it possible to send parcels to France to buy the turbine kit? Are there any additional customs fees?
That's a good question, we do have international shipping.
I need this project for my air powered bike with back up electric power
See my latest video, I run the system on water below it's atmospheric boiling point in a closed loop system.
Did u try Freon and put it in a closed system
That's a good one, we will try many fluids, but hopefully I can get enough power with a small temperature differential with just water.
@@iEnergySupply lmk
ANOTHER THANK TO MISTER TESLA...
Are these designs out for 3d printing?
Are those incandescent or led lights?
try 50k to 70k RPM - should work out all that vibration
interestingly enough, our new turbine test was stable at 50000 rpm, and we ran it on 4 psi.
Would like to see it stripped down to shown how its functioning/ built, what psi you were running at etc. Newman generator? You simply mean rotating magnets inside a copper coil?
Yeah newman generator simplest generator you can make and it's air core. This is an older model and we are no longer using plastic on the rotor. We are also making an animation to help everyone see the workings of the inside.
@@iEnergySupply I like the Tesla pump idea on the outside, I had that thought myself, not sure how it would create greater airspeed and rpm given the inlet flow speed is unchanged....interested if you have an explanation of the physics.
You were showing Hz there rather than voltage, what was the voltage output?
@@iEnergySupply ...would be worth attaching that to bigger rotating pm core and coils in the stator, to see at what point it stops producing enough torque to turn the rotor...so its maximum power output ... could potentially be several KW with ceramic bearings, large number of turns in the coil, large number of coils and magnets etc...so no need to increase turbine size yet plenty more it could put out by messing around with the generator side
@@Kneelb4me1 max voltage was 120, generator was overloaded for the size of copper wire. We have increased the gauge of wire to get more amps. Then we will increase the speed to get roughly 120v using less windings.
How many cfm ? And at what psi? I may have the perfect use for it.
More then 700w worth of CFM at our supply 90-105 PSI 1/16th" by 1/4" converging/diverging nozzle. Our electrical output is Very close to that of our input.
Hi. Hope you read this comment. Have you ever tried to accelerate the plasma inside this vortex created by discs made of copper? Or have you tried making discs with magnets? The result is incredible. But please! Be careful.
I would like to try that, but it would be in the future sometime.
I think an issue to worry about is the discs expanding too much at high speed if they were made of copper
Hey Guys it's Alex, great stuff here, do you have a video on how you balanced the magnets or are they bought as shown already?
because of their small diameter I didn't have to balance them. The turbine was balanced with Nikola tesla's balancing patent.
How many CFM and at what psi?
Unfortunately at the time I didn't have a way to measure the CFM, We are getting a meter soon. Psi was about 120, nozzle was 1/64"x1/2"
You're so close to the antigravity frequency.
I'm not sure what you mean but I'm interested. Any information?
Id like to buy a turbine, or the plans atleast, is that possible?
the latest turbine plans are available on our patron. Patreon.com/ienergysupply
Hey Guys, nice try! The gap between the plates should be 0.3 to 0.6 mm otherwise the coupling between the plates and the incoming medium is lower than it could be.
The lexan gets too flimsy when you go too thin, this is the best we could do with what we have. Either way It makes a very powerful turbine, especially with stage 2.
y u put a tesla valve in the exhaust?
keep back pressure pulses from going back into the turbine, we actually needed a slightly larger one though.
@@iEnergySupply what in the can? why it generate back pressure pulses ?
can you pulse the output, commutator or fast tuned switch
Yes, I could use some help doing it solid state! If you can do this, let me know.
@@iEnergySupply I would be happy to do that for You. My email is nikitesla@aol.com Yeah, got that email back in 1995 with different suffix before aol existed. There are several ways to do it fairly easily. Yu can continue to use lights with a triggered relay circuit , as I mention elsewhere or several triac circuits (like in a lamp dimmer that switch in more lights as the supply voltage increases), since the standard circuit triggers on voltage threshold, no need to worry about frequency of supplied AC.
Hi Guys, this looks great. In TN's British Patent, 186,083, he mentions having "as described in my British Patent No. 24,001 of 1910, two nozzles being provided, which are intended to operate in the same direction. The nozzles are contained in two diametrically opposite enlargements of the casing " Presumably this is to ensure better balancing of the load on the disks?
@@nikola.tesla.r.and.d.centre Hi, Now I see, from Fig. 1, there are 2 pairs of concentric slit nozzles, 6 and 7, diametrically opposite each other. At start up, when the superheater is not employed, the motive fluid, steam, is feed though outer nozzles '6'. When the superheater is activated, combustion products are feed through the inner nozzles '7'. Because you are not employing a superheater, presumably only 2 slot nozzles will be required to effect balanced loading onto the blades. What dimensions have you got the slot nozzles? Have you been able to calculate the speed of the fluid coming out of the nozzles? Thanks, Graeme
We will soon have two nozzles, and it's interesting there doesn't seem to be a speed limit.
Need magnetic bearings inside a vacuum
it's weird, the rotor now floats on air inside the turbine. No need for bearings anymore.
@@iEnergySupply they'd be used to collect the gyroscopic fractional toroidal spin.
Building of electricity inside of a vacuum is like a capacitor. Store, release, store, release.
I was hoping to see you running this on cold steam whats going on with that ?
Thanks Cushion of Air, We have to design and build the vacuum chamber to run on cold steam. Right now metal rotors are being designed, so we can get greater RPM to support the cold steam operation and vacuum. Stay tuned. We can only move as fast as the donations come in. Please tell your friends about this project. www.paypal.me/ienergysupply We too, are also excited about the cold steam aspect and what this could mean to the overall output and performance.
Testing to see if it blows up or works before putting on the big show.
Coming soon!
Cool
Thanks.
I feel like you could use a hydrogen generator like a boss with this thing. figure out how to get it to spin from combustion and you could run a car maybe, at least run electricity into a much smaller battery for an electric car 🤔
My thoughts also for many years now
Good idea, we have a Tesla valve we want to use as the combustion chamber!
If you use just hydrogen from HHO generator vent or store oxygen, you will be able to add more air/use less hydrogen
@@LowSpecLinuxLaptop Ill give it a try.
I beg to differ. Rather than work on reverse entropic ideas (combustion) we should be thinking entropic and working with natural energy progression. More on this subject in email to J.
I built my own LED lights, you might want to just get a a board that can do 100-300 watts (maxed) and put a potentiometer on it so you can can scale up the watt up and down without having to screw bulbs haha.
lol yeah we used what we had. The only problem with led is getting high enough watts for the turbine. This was 12 75w light bulbs. Hard to get 900 watts of leds, not to mention we will probably need 5-6x that for our next test.
@@iEnergySupply That's crazy. If you don't mind me asking, what got you so into Nikola Tesla?
@@iEnergySupply You could use relays to click in the bulbs, and a trigger circuit based on voltage (using a couple of watts each).
Potentiometer to vary a load? Go back to school. Large variable resistors that vary load are called rheostats and they would become the primary load, (also invisible, for poor visuals in a video). a Variac could work. But, it would be much better to use relays that click in extra lights as I mention below. The interesting thing about tungsten light bulbs, is that they are not a linear load, the resistance of the filament increases as the voltage across them increases, so they are sorta self regulating, drawing a little less current at the voltage increases than one would expect. For instance a 100 watt bulb measures about 160 ohms at 120 volts and about 1.2 ohms cold (under volt ohm meter test).
@@Geopholus I'm not sure you understood me. I built LED lights, you then run the power through a driver and use the toggle to increase the watt consumption as needed was all.
I never went to school for electrical but still built some of the best grow light in the world as for efficiency and spread of light... It took me awhile to do and I don't pretend to know more than I do about the subject, so very little. I'm sure there are better ways to do things, just making a comment on a youtube comment section =D
ok now that you seem to have a proof of concept, please contact me! I work in a laser shop and i'd love to work with you to make one out of some better materials and scaled up!
Thanks for the offer! For now we are using carbon fiber, instead of lexan for the rotor, please see our supersonic run.
Maybe invest in some light switches
yep haha
100 horse Power?
0_0
One horsepower, but we will show 100 some day.
Здравствуйте поставьте пожалуйста геолокацыю спасибо большое всем здоровья!!!
I tried to buy a turbine and got this so please sort it out if it is on your end and I will work on my side.
This site can’t provide a secure connection
www.ienergysupply.com sent an invalid response.
Try running Windows Network Diagnostics.
ERR_SSL_PROTOCOL_ERROR
What browser are you using? Some browsers don't automatically re-direct to http. Maybe try another browser? You can try the direct link to coldsteamengine.com/shop?olsPage=products. Let me know if you need more help.
Fantastic job! Would love to talk to you next week if possible. globalgamingconsultants@gmail.com
Thanks in advance.
I don't know what land area you have available but here comes and idea via WhatsApp...
Thank you for your input!