I think it is worth noting that as the working fluid vapourizes, it is absorbing latent heat - this may help further explain the energy or heat exchange even better, by comparing it to the refrigeration cycle and emphasizing the high heat content of this vapour
Very good video! Well explained. Thank you! Can’t wait to put my Tesla turbines to the test in a direct geothermal steam supply. It’s more than capable of handling the multiphase fluid flows and even the particulates.
Nikola Tesla’s”Our Future Motive Power” article from the 1930’s explains how to use the geothermal heat energy in the steam turbine even when it’s well below 100°c. It’s the same vacuum steam system as use with Ocean Thermal Energy Conversion (OTEC). Just gotta have a vacuum condenser on the exhaust and a very high mass flow rate high vacua pump which Tesla coincidentally also has a patent for that. Patent GB 179,043: High Vacua Pump
I guess because of the lower boiling temperature once it hit the turbine it still makes the same amount of electricity? Or am I wrong and it makes less because its lower temperatures? Would love to understand this part a bit more. Cheers :)
Great explaination. Only thing I don't understand is how to calculate the output of such a power plant. I have to calculate electricity output for a binary power plant with around 150*C water in the ground. Does anyone have references on how to calculate this?
there are two fluids working in this power plant. both of them are in different cycles. THE GEOFLUID, since it has not so high temperature , it is used to heat the other(main) working fluid which is ofcourse of low boiling point and then it gets converted to steam and after that the rest process is same as of conventional thermal power plant. basic differnece between dry steam and binary plants is this only that in dry steam plants the geofluid (as obtained as steam from earths crust) is directly fed to the turbine whereas here we are using another fluid. i hope this answer ur question
NEW CHANNEL FOR ALL FUTURE VIDEOS! PLEASE SUBSCRIBE FOR MORE EDUCATIONAL ENGINEERING VIDEOS!
th-cam.com/channels/osExgfjj-DhMJXnQd2Y4gA.html
This is so well discussed. Every question I had was answered (almost like you knew what I was thinking). Well done!
sir, your video helps me a lot
Cooling tower out, combined heat and power hot water supply in.
I think it is worth noting that as the working fluid vapourizes, it is absorbing latent heat - this may help further explain the energy or heat exchange even better, by comparing it to the refrigeration cycle and emphasizing the high heat content of this vapour
This is very helpful. Thank you so much!!
Very good video! Thanks
Thanks man, appreciate it!
Very good video! Well explained. Thank you!
Can’t wait to put my Tesla turbines to the test in a direct geothermal steam supply. It’s more than capable of handling the multiphase fluid flows and even the particulates.
Nikola Tesla’s”Our Future Motive Power” article from the 1930’s explains how to use the geothermal heat energy in the steam turbine even when it’s well below 100°c. It’s the same vacuum steam system as use with Ocean Thermal Energy Conversion (OTEC). Just gotta have a vacuum condenser on the exhaust and a very high mass flow rate high vacua pump which Tesla coincidentally also has a patent for that.
Patent GB 179,043: High Vacua Pump
hello.. well discussed.
Just wondering what software tou use to come up with the detailed renders?
nice explained!
Thanks, don't forget to check out the new channel!
Assalamualikum Sir
Syed Hammad Ahmed ! W Salam
@@agafar990 Sir ap batasakte hain ke kal ke paper me kon konse formulae given honge?
@@agafar990 Thanks Sir
I guess because of the lower boiling temperature once it hit the turbine it still makes the same amount of electricity? Or am I wrong and it makes less because its lower temperatures? Would love to understand this part a bit more. Cheers :)
Great explaination. Only thing I don't understand is how to calculate the output of such a power plant.
I have to calculate electricity output for a binary power plant with around 150*C water in the ground.
Does anyone have references on how to calculate this?
I will do this in my college project.
haha that's exactly what i have to do now
Pls add videos for Ocean energy plants
How much can Mother Earth be drilled?
" Say cheese " and everyone is crying?
thank you so much
Thank you, I got the biggest "OOOOOOOH" for one of my problems thanks to this video.
Thanks. Check out the new channel for more videos.
Which substances are released into atmosphere by extraction of steam, during generation of electricity in Geothermal power plant? Any 2??
Hi sir, how diid you made the 3D model?
can i ask? where does the secondary liquid in the heat exchanger came from?
there are two fluids working in this power plant. both of them are in different cycles. THE GEOFLUID, since it has not so high temperature , it is used to heat the other(main) working fluid which is ofcourse of low boiling point and then it gets converted to steam and after that the rest process is same as of conventional thermal power plant.
basic differnece between dry steam and binary plants is this only that in dry steam plants the geofluid (as obtained as steam from earths crust) is directly fed to the turbine whereas here we are using another fluid.
i hope this answer ur question
why isnt isobutane/isopentane used in all other power plants, from coal to nuclear?