Hey Everyone! Come check out my latest Tesla Turbine updates on the 10in diameter, 75disc aluminum and plastic prototype drive turbine dyno, 3.75horsepower and 6.22ft-lbs of torque to the shaft at only 4150rpm with a 150psi room temp compressed air supply from a regular piston compressor for now. I’m gearing it UP AT 1:3.6 to dual BLDC gens with a Kv rating of 2200rpm/volt. So for every 611 RPMs on the turbine the generators output 1volt. Tesla Turbine Generators With Usable Power and Torque ruclips.net/p/PL4XBGjR8Gu-Emu1QRPIwATKFuCZabqOh1 Tesla Turbine Dyno Horsepower And Torque Outputs! + 300mph 3.75hp 6.22 ft-lbs 4150rpm ruclips.net/user/shortsZxy8mIVG6as?feature=share 1200watt continuous electrical load output with room temp compressed air all the way down to 65 psi too and with the turbine only at about 6700rpm. ruclips.net/video/BHPAQF8QNnw/видео.html This is a look through of the 10in disc stack of 75 discs, +10,000in^2 ruclips.net/user/shortsFU2LMZQ2_yA?feature=share These are the latest liquid fuel burner tests for the replication of GB 186,083. ruclips.net/video/gRqKowignac/видео.html These are the latest propane burner tests. Tesla Turbine Jet Engine Combustion System GB 186,083 Superheated Steam ruclips.net/video/KCyyiKnIarc/видео.html I haven’t gotten to my Tesla disc compressor tests finalized just yet but I have the setup to do them already just gotta do some upgrades to my bearing and gear hubs for the generators. 10in Tesla Compressor & Turbine w/ Built In Balancing Apparatus RC Car Dual 6s 3kW 2200kv BLDC Motor ruclips.net/video/fCQn7Q0rroI/видео.html
I just did a 3.6hp and 6ft-lbs torque @4150rpm run on 120psi room temp compressed air!!! 2.75kw!! And I had it powering my bandsaw without so much as blinking at the load! 🤤🤤🤤
This is the link to the latest short of the dyno spin up for patreon donors to see early. I don’t have the data in it yet like my other spin ups but I’ve done the calculations already. The new disc stack has 75 discs (10,000in^2 of surface area) over the 50 before. It’s 9.23lbs/4.2kg vs the old one that was 6-6.5lbs ish AND it’s spinning up faster than the previous one 😈😈😈 ruclips.net/user/shorts35QcP9u4O4s?feature=share
Yessss! Great stuff. Have you tried shorting the 3 phase wires to test the turbine under maximum load? I'm curious what happens. Also very curious what data we get from this setup.
@@revenevan11 me too! Now I just need to get a fluid supply that can actually provide and sustain actual power. My two generators are pushing about 3500watts to run and air compressor systems are at best 10% round trip efficient because they just dump all the heat of compression into the air. So at best, at 100% efficiency, I may be able to sustain about 350watts for any extended period of time realistically with compressed air that doesn’t recycle the heat. I’ll be working on a water tank to do just that but I’m not quite there yet. For now I will be putting a copper pipe in line, that I will heat one way or another, that the compressed air will go through before going through the turbine.basically a micro brayton cycle. But in due time 🙃🙃🙃
@@CharlieSolis I'm curious how the system would manage when the motor phase wires are all short circuited together. I Imagine that maximum load would be reached as a result of the opposing magnetic field generated around the motor's coils and I think it would be cool to experiment with this setup.
Thanks for commenting TheHidden ALG! I custom machine all the parts I’ve needed that I couldn’t get off the shelf my self. But as far as blue prints I only have vague plots for now. And the files are completely disorganized. As well I’m waiting to do all the stress testing of my designs before sharing the plans with anyone. I don’t want anyone to get hurt because of a bad design that wasn’t properly tested.
Mmmm liquid air and Compressed Air Energy Storage does not have a net gain. It’s an energy storage solution. It’s only when you are doing combustion or have a thermal source where you will see a net gain.
Hey yes you absolutely could. But it would need to be redesigned in a few places to meet the different viscosity and flow characteristics of hydro over compressed air, or steam.
Hey Thumper Hunts! Thanks for messaging! In this video specifically it’s just using compressed air but I am working on the vacuum chamber system for the vacuum steam cryophorus version as we speak! I’ll have more updates here real soon!
And as far as bearings go, yeah magnetic and air/water bearings will be the way to go in the future. But that’s an easy upgrade that we can do later. That tech has long been hammered out. Especially with New away air bearings off the shelf products. At this point I’m trying to make it work under the worst conditions because it’ll only get better from there. I’m not actually sure they are rusting also, they just appear to have a little discoloring on them and I assumed that to be rust could just be the hose water.
You have huge losses bc of those open inlet and hole. Pressure will build from the rotation centrifugal force on the gas ... but not when allowed to escape tangential
Hey thanks for commenting Chitlins Laundry! Yes! It definitely can. I might change the disc spacing or tweak a few parameters but for sure. Also this is a very old video. 😅😇 If you haven’t seen them yet, and forgive me If you have, check out the latest dyno acceleration test, peak 2.75kW and 6.22 ft-lbs torque to the turbine shaft, at only 4150 rpm on only room temp 150psi compressed air. ruclips.net/user/shortsyXQy844URMA?feature=share And actual sustained 1200watt electrical load output tests @~6500rpm on room temp compressed air all the way down to 65 psi. ruclips.net/video/bWpXRzrzf4g/видео.html 10in diameter discs , 75discs 10,000in^2 of active surface area, 0.0092in disc spacing. 2in wide rotor… Proof that Tesla turbines are 100% viable and can produce practicable power, AND torque at low RPMs. The turbine is geared UP at a ratio of 3.6:1. Yes you heard that correctly geared UP. the generators each are 3000watt BLDCs with a Kv rating of 2200rpm/volt being spun at ~26,000rpm for high frequency 3phase 12vAC and rectified to high frequency pulsed 12vDC then sent to the 12vDC to 120vAC 60hz pure sine wave inverter.
Hey Andriy, not sure if you’ve gotten a chance to see my latest tesla turbine updates but check them out! Just running on compressed air so far while I still work on the larger vacuum chamber system for the turbine. Peak 2.75kW and 6.22ft-lbs of torque 4150rpm with 150psi room temp compressed air with 1/2in supply lines. And the second video is the latest 1200watt electrical load tests using 170gal of 150psi compressed air dumped to 65psi, both room temp and then 70-80°c heated compressed air. And saw the continuous 1200watt output all the way down to 65psi. Should have this thing ready for a vacuum chamber here real soon! ruclips.net/user/shortsyXQy844URMA?feature=share ruclips.net/video/bWpXRzrzf4g/видео.html
So the input energy is compressed air, and where would one be able to get compressed renewably? Like this is supposed to be another option for solar/hydro/wind, where the input is free, but in this case, where would the uses of this motor be?
These are just compressed air tests. Ultimately this turbine can be used for a myriad of motive fluids. The compressed air tests are to show how capable this turbine will be as a liquid air turboexpander, as well serves to show preliminary tests of a combustion turbine built exactly the same but out of steel where the additional power out from the additional heat can be calculated using the brayton cycle thermo equations. As well this exact turbine can be used for vacuum pressure steam cryophorus systems that run off of solar thermal collection, and as well a higher temp capable one will be able to handle a full temp pressurized steam system heated from solar. Really with the closed loop steam Rankine cycles it’s just a matter of picking a heat source.
This video has the basics of a hot tank cryophorus vacuum pressure steam turbine. In the video it’s heated by a wood stove chimney heat exchanger but again really any heat source can be used to provide power to the closed loop system. ruclips.net/video/wpWwxfZaE3c/видео.html
And this video is my solar powered closed loop vacuum pressure steam Tesla turbine system with my Tesla fountain steam condenser idea for the water to air heat exchanger to maintain the vacuum. 10kw of thermal and 1kW of PV for every good hour of sunlight. ruclips.net/video/9-8KH7bFSKM/видео.html
hey AllboroLCD! Thanks for commenting! To answer your question, YES! Lol tesla had specific aspirations for the turbine to do just this. After patenting his original patent in 1911 he spent the next ten years doing R&D on using it as a Gas Turbine. And I’m 1921 he quietly patented 3-4 improvement patents for it that everyone seems to overlook. Specifically, his patent GB 186,083 is a patent for a multi fluid turbine (steam+combustion) that utilizes combustion exhaust to power the turbine and the still relatively hot exhaust coming out of the turbine is then ducted through the flame tubes of a water heater/boiler and the left over heat is used to boil steam that, once up to temp, is then administered into the turbine coaxially with the combustion exhaust to further increase the overall thermodynamic efficiency and increase the viscosity of the motive fluid. And it’s extremely efficient because any heat not used in the turbine just gets dumped into the boiler and used to make more steam as a rather brilliant 1-2-punch sort of system. Check it out here NIKOLA TESLA BRITISH PATENT 186,083 - IMPROVED METHOD OF AND APPARATUS FOR THE ECONOMIC TRANSFORMATION OF THE ENERGY OF STEAM BY TURBINES teslauniverse.com/nikola-tesla/patents/british-patent-186083-improved-method-and-apparatus-economic-transformation-energy-steam-turbines The next turbine I’m making after this all aluminum one will be an all stainless steel combustion temp capable turbine that I will be making to put in the replica system of that patent.
As an extra resource, check out the article “Dr. Tesla Talks Of Gas Turbines” that was writing in 1911 after his first patent release where Tesla discusses how he will be spending the next few years of his life developing the turbines specifically for use with combustion. teslauniverse.com/nikola-tesla/articles/dr-tesla-talks-gas-turbines
@@CharlieSolis Remarkable! Thank you so very much! Its like weve had the solution to 90% of human suffering all this time, yet we wallow in the stone age.
@@CharlieSolis I imagine now the key is to develop a turbine that can easily be implemented in any needed situation. Kind of like how Honda sells small motors that can be used on go-karts to pressure washers to log splitters.
@@CharlieSolis anything that holds, but the idea is to jet from the current inlet with shaft input at that velocity, to test if electric spinning turbine can be used in super speed air craft
Hey kashif thanks for commenting. So I don’t have a single build video but I have all the progress videos of the build on my channel. You may have to go back a ways but all the build info is in a bunch of videos. Maybe that’s something I’ll do soon. Compile everything into a good build video.
Hey Kashif, not sure if you’ve gotten a chance to see my latest tesla turbine updates but check them out! Just running on compressed air so far while I still work on the larger vacuum chamber system for the turbine. Peak 2.75kW and 6.22ft-lbs of torque 4150rpm with 150psi room temp compressed air with 1/2in supply lines. And the second video is the latest 1200watt electrical load tests using 170gal of 150psi compressed air dumped to 65psi, both room temp and then 70-80°c heated compressed air. And saw the continuous 1200watt output all the way down to 65psi. Should have this thing ready for a vacuum chamber here real soon! ruclips.net/user/shortsyXQy844URMA?feature=share ruclips.net/video/bWpXRzrzf4g/видео.html
Hey Jose, not sure if you’ve gotten a chance to see my latest tesla turbine updates but check them out! Just running on compressed air so far while I still work on the larger vacuum chamber system for the turbine. Peak 2.75kW and 6.22ft-lbs of torque 4150rpm with 150psi room temp compressed air with 1/2in supply lines. And the second video is the latest 1200watt electrical load tests using 170gal of 150psi compressed air dumped to 65psi, both room temp and then 70-80°c heated compressed air. And saw the continuous 1200watt output all the way down to 65psi. Should have this thing ready for a vacuum chamber here real soon! ruclips.net/user/shortsyXQy844URMA?feature=share ruclips.net/video/bWpXRzrzf4g/видео.html
![Tesla Turbine [Smoke Flow Slow Mo]](/img/1.gif)
Hey Everyone! Come check out my latest Tesla Turbine updates on the 10in diameter, 75disc aluminum and plastic prototype drive turbine dyno, 3.75horsepower and 6.22ft-lbs of torque to the shaft at only 4150rpm with a 150psi room temp compressed air supply from a regular piston compressor for now. I’m gearing it UP AT 1:3.6 to dual BLDC gens with a Kv rating of 2200rpm/volt. So for every 611 RPMs on the turbine the generators output 1volt.
Tesla Turbine Generators With Usable Power and Torque
ruclips.net/p/PL4XBGjR8Gu-Emu1QRPIwATKFuCZabqOh1
Tesla Turbine Dyno Horsepower And Torque Outputs! + 300mph 3.75hp 6.22 ft-lbs 4150rpm
ruclips.net/user/shortsZxy8mIVG6as?feature=share
1200watt continuous electrical load output with room temp compressed air all the way down to 65 psi too and with the turbine only at about 6700rpm.
ruclips.net/video/BHPAQF8QNnw/видео.html
This is a look through of the 10in disc stack of 75 discs, +10,000in^2
ruclips.net/user/shortsFU2LMZQ2_yA?feature=share
These are the latest liquid fuel burner tests for the replication of GB 186,083.
ruclips.net/video/gRqKowignac/видео.html
These are the latest propane burner tests.
Tesla Turbine Jet Engine Combustion System GB 186,083 Superheated Steam
ruclips.net/video/KCyyiKnIarc/видео.html
I haven’t gotten to my Tesla disc compressor tests finalized just yet but I have the setup to do them already just gotta do some upgrades to my bearing and gear hubs for the generators.
10in Tesla Compressor & Turbine w/ Built In Balancing Apparatus RC Car Dual 6s 3kW 2200kv BLDC Motor
ruclips.net/video/fCQn7Q0rroI/видео.html
Magnificent , your gearing up the rpm , something you don't see Very often
👏👏👏 Good eye! Very few even notice that part.
Great work
The is for the kind words Wesley! And thanks for commenting! It really helps the algorithm! 🙏❤️💪
👍🏻👍🏻👍🏻
Subscribed! wish you "all the best!"
💜💙💚 thank you Zul Genius! 🙏🙏🙏
I should have more updates here real soon! Thanks for commenting!
good to hear that 👍🏻👍🏻👍🏻👍🏻👍🏻
I just did a 3.6hp and 6ft-lbs torque @4150rpm run on 120psi room temp compressed air!!! 2.75kw!! And I had it powering my bandsaw without so much as blinking at the load! 🤤🤤🤤
@@CharlieSolis 120psi thats 8.2 Bar. i'll be waiting for that upload.
👍🏻👍🏻👍🏻
This is the link to the latest short of the dyno spin up for patreon donors to see early. I don’t have the data in it yet like my other spin ups but I’ve done the calculations already. The new disc stack has 75 discs (10,000in^2 of surface area) over the 50 before. It’s 9.23lbs/4.2kg vs the old one that was 6-6.5lbs ish AND it’s spinning up faster than the previous one 😈😈😈
ruclips.net/user/shorts35QcP9u4O4s?feature=share
Yessss! Great stuff. Have you tried shorting the 3 phase wires to test the turbine under maximum load? I'm curious what happens. Also very curious what data we get from this setup.
Hey thanks DailyToker! Yeah I’ve got to get all the electrical components set up to do load tests! Won’t be long now!
@@CharlieSolis looking forward to those tests!
@@revenevan11 me too! Now I just need to get a fluid supply that can actually provide and sustain actual power. My two generators are pushing about 3500watts to run and air compressor systems are at best 10% round trip efficient because they just dump all the heat of compression into the air. So at best, at 100% efficiency, I may be able to sustain about 350watts for any extended period of time realistically with compressed air that doesn’t recycle the heat. I’ll be working on a water tank to do just that but I’m not quite there yet. For now I will be putting a copper pipe in line, that I will heat one way or another, that the compressed air will go through before going through the turbine.basically a micro brayton cycle.
But in due time 🙃🙃🙃
@@CharlieSolis I'm curious how the system would manage when the motor phase wires are all short circuited together. I Imagine that maximum load would be reached as a result of the opposing magnetic field generated around the motor's coils and I think it would be cool to experiment with this setup.
I bed there just burning away of they're shored, it looks like a very powerful turbine
How do you get the parts to make these, and is there a way to cnc this parts? if so if its not to much could I get the blueprints for this?
Thanks for commenting TheHidden ALG! I custom machine all the parts I’ve needed that I couldn’t get off the shelf my self. But as far as blue prints I only have vague plots for now. And the files are completely disorganized. As well I’m waiting to do all the stress testing of my designs before sharing the plans with anyone. I don’t want anyone to get hurt because of a bad design that wasn’t properly tested.
@@CharlieSolis Alright let me know when/ if you make blue prints. It would mean alot.
Just released the latest update!
Tesla Turbine 250 watt to 2.65 kW Power and Efficiency Test
ruclips.net/video/XQl1DQgXVkQ/видео.html
So you are using power to make power. What is the net gain?
Mmmm liquid air and Compressed Air Energy Storage does not have a net gain. It’s an energy storage solution. It’s only when you are doing combustion or have a thermal source where you will see a net gain.
@@CharlieSolis Can this have hydropower applications? Like a stream or river?
Hey yes you absolutely could. But it would need to be redesigned in a few places to meet the different viscosity and flow characteristics of hydro over compressed air, or steam.
are you using cold steam under vacuum?
Hey Thumper Hunts! Thanks for messaging! In this video specifically it’s just using compressed air but I am working on the vacuum chamber system for the vacuum steam cryophorus version as we speak! I’ll have more updates here real soon!
Nice setup so far! Can you block the other inlets if your not using them? Any ideas for a better bearing?
Hey raj! Yeah i I’ve got it blocked off in this latest video.
ruclips.net/user/shortszxnZKoRSZfk?feature=share
And as far as bearings go, yeah magnetic and air/water bearings will be the way to go in the future. But that’s an easy upgrade that we can do later. That tech has long been hammered out. Especially with New away air bearings off the shelf products. At this point I’m trying to make it work under the worst conditions because it’ll only get better from there. I’m not actually sure they are rusting also, they just appear to have a little discoloring on them and I assumed that to be rust could just be the hose water.
You have huge losses bc of those open inlet and hole. Pressure will build from the rotation centrifugal force on the gas ... but not when allowed to escape tangential
@@CiamilloDesign yup yup! These are all still early preliminary tests. Taken everything one step at a time.
Could it run on h2o ?
Hey thanks for commenting Chitlins Laundry! Yes! It definitely can. I might change the disc spacing or tweak a few parameters but for sure.
Also this is a very old video. 😅😇 If you haven’t seen them yet, and forgive me If you have, check out the latest dyno acceleration test, peak 2.75kW and 6.22 ft-lbs torque to the turbine shaft, at only 4150 rpm on only room temp 150psi compressed air.
ruclips.net/user/shortsyXQy844URMA?feature=share
And actual sustained 1200watt electrical load output tests @~6500rpm on room temp compressed air all the way down to 65 psi.
ruclips.net/video/bWpXRzrzf4g/видео.html
10in diameter discs , 75discs 10,000in^2 of active surface area, 0.0092in disc spacing. 2in wide rotor…
Proof that Tesla turbines are 100% viable and can produce practicable power, AND torque at low RPMs.
The turbine is geared UP at a ratio of 3.6:1. Yes you heard that correctly geared UP. the generators each are 3000watt BLDCs with a Kv rating of 2200rpm/volt being spun at ~26,000rpm for high frequency 3phase 12vAC and rectified to high frequency pulsed 12vDC then sent to the 12vDC to 120vAC 60hz pure sine wave inverter.
Just released the latest update!
Tesla Turbine 250 watt to 2.65 kW Power and Efficiency Test
ruclips.net/video/XQl1DQgXVkQ/видео.html
🎉🎉🎉
Works!
Oh we are just getting started 😈😈😈⚡️⚡️⚡️
Hey Andriy, not sure if you’ve gotten a chance to see my latest tesla turbine updates but check them out! Just running on compressed air so far while I still work on the larger vacuum chamber system for the turbine. Peak 2.75kW and 6.22ft-lbs of torque 4150rpm with 150psi room temp compressed air with 1/2in supply lines. And the second video is the latest 1200watt electrical load tests using 170gal of 150psi compressed air dumped to 65psi, both room temp and then 70-80°c heated compressed air. And saw the continuous 1200watt output all the way down to 65psi. Should have this thing ready for a vacuum chamber here real soon!
ruclips.net/user/shortsyXQy844URMA?feature=share
ruclips.net/video/bWpXRzrzf4g/видео.html
@@CharlieSolis hello Charlie I will watch it, Thank you! Happy New Year!
Happy new year to you too Andriy!! Here’s to another trip around the sun!!
So the input energy is compressed air, and where would one be able to get compressed renewably? Like this is supposed to be another option for solar/hydro/wind, where the input is free, but in this case, where would the uses of this motor be?
These are just compressed air tests. Ultimately this turbine can be used for a myriad of motive fluids. The compressed air tests are to show how capable this turbine will be as a liquid air turboexpander, as well serves to show preliminary tests of a combustion turbine built exactly the same but out of steel where the additional power out from the additional heat can be calculated using the brayton cycle thermo equations. As well this exact turbine can be used for vacuum pressure steam cryophorus systems that run off of solar thermal collection, and as well a higher temp capable one will be able to handle a full temp pressurized steam system heated from solar. Really with the closed loop steam Rankine cycles it’s just a matter of picking a heat source.
Also this could be used in a closed loop Organic Rankine cycle for any low grade heat sources.
This video has the basics of a hot tank cryophorus vacuum pressure steam turbine. In the video it’s heated by a wood stove chimney heat exchanger but again really any heat source can be used to provide power to the closed loop system. ruclips.net/video/wpWwxfZaE3c/видео.html
And this video is my solar powered closed loop vacuum pressure steam Tesla turbine system with my Tesla fountain steam condenser idea for the water to air heat exchanger to maintain the vacuum. 10kw of thermal and 1kW of PV for every good hour of sunlight. ruclips.net/video/9-8KH7bFSKM/видео.html
Short answer: steam.
Could the Tesla Turbine be used to make internal combustion FAR FAR more efficient?
hey AllboroLCD! Thanks for commenting!
To answer your question, YES! Lol tesla had specific aspirations for the turbine to do just this. After patenting his original patent in 1911 he spent the next ten years doing R&D on using it as a Gas Turbine. And I’m 1921 he quietly patented 3-4 improvement patents for it that everyone seems to overlook. Specifically, his patent GB 186,083 is a patent for a multi fluid turbine (steam+combustion) that utilizes combustion exhaust to power the turbine and the still relatively hot exhaust coming out of the turbine is then ducted through the flame tubes of a water heater/boiler and the left over heat is used to boil steam that, once up to temp, is then administered into the turbine coaxially with the combustion exhaust to further increase the overall thermodynamic efficiency and increase the viscosity of the motive fluid. And it’s extremely efficient because any heat not used in the turbine just gets dumped into the boiler and used to make more steam as a rather brilliant 1-2-punch sort of system. Check it out here
NIKOLA TESLA BRITISH PATENT 186,083 - IMPROVED METHOD OF AND APPARATUS FOR THE ECONOMIC TRANSFORMATION OF THE ENERGY OF STEAM BY TURBINES
teslauniverse.com/nikola-tesla/patents/british-patent-186083-improved-method-and-apparatus-economic-transformation-energy-steam-turbines
The next turbine I’m making after this all aluminum one will be an all stainless steel combustion temp capable turbine that I will be making to put in the replica system of that patent.
As an extra resource, check out the article “Dr. Tesla Talks Of Gas Turbines” that was writing in 1911 after his first patent release where Tesla discusses how he will be spending the next few years of his life developing the turbines specifically for use with combustion.
teslauniverse.com/nikola-tesla/articles/dr-tesla-talks-gas-turbines
@@CharlieSolis Remarkable! Thank you so very much! Its like weve had the solution to 90% of human suffering all this time, yet we wallow in the stone age.
Tesla said it would be 100 years before someone made it work. It’s EXACTLY 100 years since he submitted the 1921 patents 😈😈😈
@@CharlieSolis I imagine now the key is to develop a turbine that can easily be implemented in any needed situation. Kind of like how Honda sells small motors that can be used on go-karts to pressure washers to log splitters.
3.6 is nice ratio very common number
Hey thanks. Yeah at the moment I’ve got the gears to try everything from 1.9:1 to 4.9:1 😬😬😬
@@CharlieSolis do you want to try mach 3-6 electric spin jet turbine
Right now this turbine can’t go anywhere near supersonic. The carbon fiber I’ve got for my future turbines will be able to do that though.
@@CharlieSolis anything that holds, but the idea is to jet from the current inlet with shaft input at that velocity, to test if electric spinning turbine can be used in super speed air craft
@@CharlieSolis the more you have radius the less the centrifugal load at same rim jet output speed
can you show detailed turbine build?
Hey kashif thanks for commenting. So I don’t have a single build video but I have all the progress videos of the build on my channel. You may have to go back a ways but all the build info is in a bunch of videos. Maybe that’s something I’ll do soon. Compile everything into a good build video.
@@CharlieSolis thanks so much
@@KashifJavedForex you’re very welcome!
Hey Kashif, not sure if you’ve gotten a chance to see my latest tesla turbine updates but check them out! Just running on compressed air so far while I still work on the larger vacuum chamber system for the turbine. Peak 2.75kW and 6.22ft-lbs of torque 4150rpm with 150psi room temp compressed air with 1/2in supply lines. And the second video is the latest 1200watt electrical load tests using 170gal of 150psi compressed air dumped to 65psi, both room temp and then 70-80°c heated compressed air. And saw the continuous 1200watt output all the way down to 65psi. Should have this thing ready for a vacuum chamber here real soon!
ruclips.net/user/shortsyXQy844URMA?feature=share
ruclips.net/video/bWpXRzrzf4g/видео.html
😍
⚡️⚡️⚡️😈😈😈
Hey Jose, not sure if you’ve gotten a chance to see my latest tesla turbine updates but check them out! Just running on compressed air so far while I still work on the larger vacuum chamber system for the turbine. Peak 2.75kW and 6.22ft-lbs of torque 4150rpm with 150psi room temp compressed air with 1/2in supply lines. And the second video is the latest 1200watt electrical load tests using 170gal of 150psi compressed air dumped to 65psi, both room temp and then 70-80°c heated compressed air. And saw the continuous 1200watt output all the way down to 65psi. Should have this thing ready for a vacuum chamber here real soon!
ruclips.net/user/shortsyXQy844URMA?feature=share
ruclips.net/video/bWpXRzrzf4g/видео.html