Tesla Turbine Sneak Peak Actual COLD STEAM TESTING At the conference!

[@iEnergySupply]

Just a small clip from some testing we did at the conference. Here we are playing with low speed, about 30,000-35,000 RPM, later we show 66000 RPM! The boiler temperature is 136 Degrees F! the load is 4x150 watt incandescent light bulbs. Pateons saw this video 6 weeks earlier. Patreon.com/ienergysupply

[@jeffjefferson3364]

It's going to be a hard sell though if it can't maintain its speed? What sized rotor would we need for a 1MW supply of constant power?

[@TheSmbTechy]

Have you looked at foil-air bearings, like the ones used in the Capstone Micro-turbines?

[@jimwaterhouse7747]

I'm proud of you guys! Great work 👏

[@iEnergySupply]

Thanks!

[@TheKlink]

sounds like a mosquito's powering those bulbs through sheer fury.

[@personalitycat9842]

Thats awesome

[@iEnergySupply]

Appreciate the enthusiasm!

[@Barskor1]

Nice! IRC if you put some capton tap over the meter screens when video record them to see the numbers easily.

[@iEnergySupply]

yeah, just a preview of the testing to come.

[@mitchellsmith7868]

The Condenser Water System: Condenser Cylinder & Cooling Tower A refrigerant cycle connects the evaporator cylinder to the condenser cylinder. It keeps the heat moving out of the evaporator and into the condenser, but the two water lines never interact with each other. The warm water here, called condenser water, travels up into the riser at about 95 degrees F and heads toward the cooling tower on the roof. Once there, the condenser water flows through the cooling tower, and fans pull in ambient air to transfer heat out of the water. After cooling off a bit, the condenser water returns to the condenser cylinder at about 80 f. So, look at this I think that the chilled water systems are a way to go. Only thing you have to do is figure out how to produce the amps, or a pure resonating frequency base.

[@wecharg]

Really cool you guys!

[@iEnergySupply]

Thanks!

[@hydniq3327]

great test

[@iEnergySupply]

Thanks :)

[@oscarverwey]

Waaw amezing test cheers !

[@iEnergySupply]

Thanks!

[@thinman4648]

Have you thought of using super heated steam and chaining them together like in a triple expansion steam engine, ie super heated steam high pressure, medium pressure steam and then low pressure steam?

[@joshuanorris9785]

I like this idea

[@m3sca1]

awesome

[@iEnergySupply]

Thanks!

[@fxphenix5162]

May You and Yours be blessed. GOOD WORK!!! 👍😉🦊 I hope we get to collaborate someday

[@iEnergySupply]

Maybe some day.

[@cray369]

one Rasta seh dis one me like

[@byrdhartley9014]

if you ever get your hands on a phantom then you should watch the rotors spin at their highest speeds, especially along the axis of spin.

[@iEnergySupply]

I would love that!

[@Jkauppa]

ha, the turbine sounds like a siren :)

[@iEnergySupply]

haha yeah I noticed. In the future it will be quiet, this turbine wasn't balanced.

[@sungazer888]

What’s the energy-in to energy-out difference? I assume this is over unity, yes?

[@iEnergySupply]

we will soon find out exactly what amount of energy is entering and exiting. Not over unity, but it will still revolutionize clean energy.

[@galaxenkoffe]

Could the tesla turbine work with a waterflow instead of air?

[@gooseberry46]

yes.

[@iEnergySupply]

this is water flow.

[@ghostpeppered4524]

Why are you using that terrible camera? Use a GoPro or something

[@iEnergySupply]

we didn't actually plan to record this test. It was a friend who recorded randomly.

[@David_Mash]

It *sounds* like a lot of wasted energy

[@iEnergySupply]

yeah unfortunately it's not balanced well, we have fixed the problem since.