th-cam.com/video/wB5pa0XS6i4/w-d-xo.html Is video ko v ek bar dekhe jo power plant se related h. Video achha lge to channel m diye huye videos ko dekhe aur channel ko subscribe kre. Please 😊 Aur Rankine Cycle v achhe se described h, use v dekhe.
Linde Engineering - We Capture, Purify, Liquefy and Store CO2 From Fossil Power Plants www.howtofindthemoney.com/2020/01/linde-engineering-we-capture-purify-liquefy-and-store-co2-from-fossil-power-plants.html Ramaco Carbon | We Create High-value Carbon Products and Advanced Materials From Coal www.howtofindthemoney.com/2020/01/ramaco-carbon-we-create-high-value-carbon-products-and-advanced-materials-from-coal.html LanzaTech | We Capture Industrial Gas Emissions and Convert Them to Fuels and Chemicals www.howtofindthemoney.com/2019/12/lanzatech-we-capture-industrial-gas-emissions-and-convert-them-to-fuels-and-chemicals.html Carbon Recycling International | We Produce Methanol From Industrial Greenhouse Gas Emissions at Affordable Price www.howtofindthemoney.com/2019/12/carbon-recycling-international-we-produce-methanol-from-industrial-greenhouse-gas-emissions-at-affordable-price.html Coal is Too Valuable to Burn! New Coal Liquefaction Technique With No CO2 Emission www.howtofindthemoney.com/2020/01/coal-is-too-valuable-to-burn-new-coal-liquefaction-technique-with-no-co2-emission.html
As the Plant Manager of a 1200 MW coal powered plant in the Midwest, I applaud your clear and concise explanation of the basic operations of a generic power unit. Well done! BTW, I also hold three engineering degrees: BS in Chem E, MS in ME, and MS in NAME. To those of you still in academia: never stop learning!!
Wish you had been making these when I was in school! It's great to think about how many students you're helping get into engineering though, very good work!
Many years ago as a kid I got to go around a coal fired power station, it was probably one of the best days out I've ever had. Shame they don't see to do visits much any more. It's amazing to see the engineering marvels that we've come up with. Great video BTW.
All of these different conversion points, compression points, efficiency amplifiers, et cetera, all working in unison is just beautiful. Many years of hard work and experimentation gives you this awesome symphony of science and engineering. This channel has helped me understand a plethora of different engineering methods greatly Love this channel.
I'm a union welder and we always build this type of power plant's. HRSG, Gas fire power plant and few solar power plants.It's amazing how all of this work, few years back I was part of start-up crew on Genesis Solar Plant and I got to learned how the system works, from the solar field were HTF fluid runs through the s.s pipe all the way to the superheaters,economizer,steam drum, condensate system,turbine deck and much more. Thank you for posting this videos for everyone to learn.
I love you guys! I've recently started working at a CHP plant, and your vids are so helpful to grasp exactly how it works, since I in real life rarely can see what everything looks like inside.
Woww what a clear and consice explaination!!!! Working as a trainee engineer at coal power plan. Kudos to the author he just saved my day! Understood the whole process in just 5 minutes!!!
Man , you're the best this is gonna help me so much in my Engineer Sciences subject , i'm in senior highschool . i can't find enough words to thank you for you job keep up the good work
I'm working currently in a construction of a combined cicle thermal power plant. I've found this video amazing. It absolutely gave me new insights. Thank you very much.
you people are the best i was snatching my hair since this morning to understand what was taught by my professor at college with chalk and board finally i got to see and understand what he was talking this whole day.... very very helpful.
Good video. The energy efficiency of 20~25% in thermal power plant increases to 40~45% through the engineering process of Super heating, Re-heating, and Feed water heating
Boiler efficiency is 87.5% Flue gas loss 4.67% MOISTURE in fuel loss 1.3 loss Water formation from H2 present in fuel loss 4.35% H2O in air loss 0.13% Unburnt carbon loss 1.2 to 1.8% Radiation loss 0.12 to 0.18%
I have watched this video several times since it came out. It has been quite helpful with my power engineering courses. Helping place where everything goes in the system on a larger scale makes many of the details make more sense.
This channel has been hugely helpful for visualizing materials in my online power engineering course. I have made sure to show it to my buddies who are looking at taking the same course, as there is only so much you can get from a book before you need to see things connected together all at once. Cheers for your great work.
Ahh, the good ol' Rankine cycle. I've studied the theory but haven't really had the chance to visualize the actual, real world method. Great video as always!
This is very useful for beginner and expert level persons. Great work for someone to remember once the7 minutes of this video is completed,ensure to have a pen and paper to note down the concepts.
I have some questions: 1. Does the condenser liquid have its own pump? 2. Where does the pump motor get its energy from? The generator itself? 3. Where does the steam in the O.F.W heater go? Btw, well done video!
1. yes called a cooling water pump. 2.normally electric, could be fed form the steam turbine generator or just from the grid. 3. not sure never seen that type before, seems like the steam would condense into the feedwater but that would defeat the purpose of scrubing o2 from it.
Very nice video, brief but cover important aspects of a steam power plant. Highly recommended for people who wants to know the fundamentals of steam power plant.
Thanks for the excellent detailed video. Helped me understand power plants so I didn't sound like a dummy in my latest video "going inside of a decommissioned power plant and inside of the turbine"
Hi, I'm using Google Translate, because I'm Brazilian. Why do thermoelectric plants use only steam to generate electricity ?, I think it can increase efficiency in !? My proposal to increase the efficiency of thermoelectric plants: In my view, the thermoelectric plants are failing to take advantage of the moment when the steam becomes water .. they could simply let the steam rise in contact with some metal, making water and letting the water go down as if it were in a waterfall, from there, rotate the turbines, taking advantage of this movement of water descent, then they could continue transforming the water that is already in the base, into steam and rotate turbines again ... in my opinion this would greatly increase the efficiency of the thermoelectric plants in generating energy electrical. Operation of the thermoelectric plant according to my friend Tibulace from Yahoo and this video: "The water follows a cycle in the steam thermoelectric: It is heated, it turns into steam under high pressure. This steam moves the steam turbines, which rotate the alternators, which produce electricity. Then the exhaust steam from the turbines goes to the condenser, where it transforms back into liquid water. Then it is injected into the boilers, to transform into water vapor and continue the cycle. In this way, the water is reused. The energy it contains, when it condenses and turns into hot water, it is also partially recovered. " In the current mode of operation, they even use electricity using a condenser to turn the steam into water ... waste. In the way I mention, the steam would be transformed in a natural way into water and the water would be used because it has potential gravitational force, making the turbines rotate using the technique of a small hydroelectric plant. Greetings from Brazil!
Great work. Excellent visuals, animations and narration to explain the different components of a thermal power plant. As a professional in this industry for over 25 years I would highly recommend this video for its content for those wishing to learn the basics of thermal power plants. I encourage you to expand this further to explain the nuances of each of the components in the future episodes. I am willing to provide my help if you need towards this effort.
we require a desired RPM of generator's shaft to generate electricity of 50hz or 60hz frequency. that rpm can be achieved by high press high temp steam , not by a flow of water.
chinmay jha they can put any generator as long as it converts part of the heatflow to electricity. just rectify the current no matter the frequency and then use smps system to make it 50/60 hz at the desired voltage
You are doing an exellant work. as per my knowledge and experience,I have never seen any college which teaches engineering in this manner.They just project the ppt and read the words typed in the ppt during teaching.
learn anyone of 3D max, Maya, Blender or Cinema 4D. Be expert at one of them. After being expert at one of them just create few projects and you will know where you stand. But it depends on your field as well. If you are an engineer or scientist than I would recommend Good theoretical knowledge, 2D Autocad software, any 3D like Catia, Proe, creo , solidworks, Inventor or solid edge, one Analysis software and MS office to represent your Idea in best way. There more things can be done but everything depends on need and desire....
liquids are much easier to pressurize than a gas. It occupies a much much lower volume thus the pump can be built for pressure and ignore flowrate. Inside the boiler it turns into steam vastly increasing its volume and thus its exit velocity.
this kind of project in end it just wanna high pressure to push generator rotation and spin for sudden speed than it generating a energy electricity so there are still lot of theory can made this power plant without any coal fire heatwave to destructure on earth blue planet i don't have any great idea for suitable simply replacing this coal fire power plant but i do know one day from now not reach to 50 year there will be new thing to replace coal, nuclear power plant as our current best resources that is hydro and wind power LOL
paopao well you do understand the example of coal is the medium used to heat the water, right? You can use any method you desire to heat the water, as long as it hits the necessary temperatures and is efficient enough.
Well, if you consider 30% being efficient, then yeah, power plants are VERY efficient. Some even go to 40%! You should do more renewable energy sources.
Learn Engineering maybe you should cover on renewable energy sources first. They may be not as energy efficient, but what more could you ask when the energy is for free.
We are an excellent energy engineering design team from China, with many years of experience in design and construction and many cases of shared housing in various countries, looking forward to making more friends
Possible ways to make it more efficient: - Add a turbine directly to the exhaust before the filter (like a turbocharger before the catalytic converter in a car) and attach it to a second generator - Make use of wasted heat energy from as many surfaces as possible by adding a network of heat engine generators linked to a transformer - Adding gear ratios from the turbine to the coil to increase the output
Please be one of our supporters today www.patreon.com/LearnEngineering , I will be so grateful.
Mokka
th-cam.com/video/wB5pa0XS6i4/w-d-xo.html
Is video ko v ek bar dekhe jo power plant se related h. Video achha lge to channel m diye huye videos ko dekhe aur channel ko subscribe kre. Please 😊
Aur Rankine Cycle v achhe se described h, use v dekhe.
Please mention the references of books for further research or study.
Linde Engineering - We Capture, Purify, Liquefy and Store CO2 From Fossil Power Plants
www.howtofindthemoney.com/2020/01/linde-engineering-we-capture-purify-liquefy-and-store-co2-from-fossil-power-plants.html
Ramaco Carbon | We Create High-value Carbon Products and Advanced Materials From Coal
www.howtofindthemoney.com/2020/01/ramaco-carbon-we-create-high-value-carbon-products-and-advanced-materials-from-coal.html
LanzaTech | We Capture Industrial Gas Emissions and Convert Them to Fuels and Chemicals
www.howtofindthemoney.com/2019/12/lanzatech-we-capture-industrial-gas-emissions-and-convert-them-to-fuels-and-chemicals.html
Carbon Recycling International | We Produce Methanol From Industrial Greenhouse Gas Emissions at Affordable Price
www.howtofindthemoney.com/2019/12/carbon-recycling-international-we-produce-methanol-from-industrial-greenhouse-gas-emissions-at-affordable-price.html
Coal is Too Valuable to Burn! New Coal Liquefaction Technique With No CO2 Emission
www.howtofindthemoney.com/2020/01/coal-is-too-valuable-to-burn-new-coal-liquefaction-technique-with-no-co2-emission.html
Super sir
As the Plant Manager of a 1200 MW coal powered plant in the Midwest, I applaud your clear and concise explanation of the basic operations of a generic power unit. Well done! BTW, I also hold three engineering degrees: BS in Chem E, MS in ME, and MS in NAME. To those of you still in academia: never stop learning!!
So what
Appreciation for Lesics is enough, we don't need to know your degrees.
th-cam.com/video/koGZ9wrj-OU/w-d-xo.html
@@jasonamosco318 Speak for yourself.
@sajinraj2250 You jealous 😂
Wish you had been making these when I was in school! It's great to think about how many students you're helping get into engineering though, very good work!
+DeoMachina We are happy to know that.
Very true boss .
this sure helped me
Yeah, you'd be a straight-F student.
th-cam.com/video/wjerkq121uc/w-d-xo.html
Power plants videos
Many years ago as a kid I got to go around a coal fired power station, it was probably one of the best days out I've ever had. Shame they don't see to do visits much any more. It's amazing to see the engineering marvels that we've come up with. Great video BTW.
All of these different conversion points, compression points, efficiency amplifiers, et cetera, all working in unison is just beautiful. Many years of hard work and experimentation gives you this awesome symphony of science and engineering.
This channel has helped me understand a plethora of different engineering methods greatly
Love this channel.
+William B Great to know that, please spread the word if you like our work.
William B i
Learn Engineering
45644578y44tgcyj
This channel has helped you understand is WRONG.
I watch this video 5 times to understand this process
Literally
amazing content
WE GETTING MONEY FROM ADVERTISERS WITH THIS ONE
I'm a union welder and we always build this type of power plant's. HRSG, Gas fire power plant and few solar power plants.It's amazing how all of this work, few years back I was part of start-up crew on Genesis Solar Plant and I got to learned how the system works, from the solar field were HTF fluid runs through the s.s pipe all the way to the superheaters,economizer,steam drum, condensate system,turbine deck and much more. Thank you for posting this videos for everyone to learn.
I need to chat with you about your experience
I love you guys! I've recently started working at a CHP plant, and your vids are so helpful to grasp exactly how it works, since I in real life rarely can see what everything looks like inside.
Great to see more and more women power plant operators. Three on our crew are women, it's a great field to be in.
I got a chance to go for training in CHP .. it is unimaginable that woman can work there
Woww what a clear and consice explaination!!!! Working as a trainee engineer at coal power plan. Kudos to the author he just saved my day! Understood the whole process in just 5 minutes!!!
Man , you're the best this is gonna help me so much in my Engineer Sciences subject , i'm in senior highschool . i can't find enough words to thank you for you job keep up the good work
Mouhcine El Hammadi
Also watch my channel
So how did it go? you still remember ??
I'm working currently in a construction of a combined cicle thermal power plant. I've found this video amazing. It absolutely gave me new insights. Thank you very much.
Location: Mylta Power 😶😶
Padhai likhai pe dhyan do ias vias bano😁
Jaake pubg khel
😅🤣😂😅
😅
😂😂😂
you people are the best
i was snatching my hair since this morning to understand what was taught by my professor at college with chalk and board
finally i got to see and understand what he was talking this whole day....
very very helpful.
Good video. The energy efficiency of 20~25% in thermal power plant increases to 40~45% through the engineering process of Super heating, Re-heating, and Feed water heating
Boiler efficiency is 87.5%
Flue gas loss 4.67%
MOISTURE in fuel loss 1.3 loss
Water formation from H2 present in fuel loss 4.35%
H2O in air loss 0.13%
Unburnt carbon loss 1.2 to 1.8%
Radiation loss 0.12 to 0.18%
I have watched this video several times since it came out. It has been quite helpful with my power engineering courses. Helping place where everything goes in the system on a larger scale makes many of the details make more sense.
This channel has been hugely helpful for visualizing materials in my online power engineering course. I have made sure to show it to my buddies who are looking at taking the same course, as there is only so much you can get from a book before you need to see things connected together all at once.
Cheers for your great work.
Where are you doing online power engineering course?
@@adnantanjir LOL, well, that was years ago, so not doing it now, so much as did it through NAIT in Edmonton, Alberta
finally i summarised all the data i have retrieved from different books with the help of single video. great work..
This is what I want to share with my kids.
They must like it and it would be some kind of step stone to lead them joy of science.
Thanks a million.
Excellent animation. Top class.
Wish we had such videos during our college days.
Thanks a lot and God Bless you.
20 people just got some good ,detailed lessons just choose to dislike it.whats with that attitude!!
respect this channel
Robin Ranabhat
haters gonna hate
Epic channel tho
No doubt in that
U guys are making best easy to understand videos . great work. Keep it up
+Harsh Panchal Thank you for your compliments !
👍 👌
I'm working at a Coal Thermal power plant, your video very helpful for me, thankyou so much !
Ahh, the good ol' Rankine cycle. I've studied the theory but haven't really had the chance to visualize the actual, real world method. Great video as always!
In a nutshell: heat water, water become steam, steam moves, steam pushes fan, fan rotates, rotation turned into electricity
one of the best videos of all time engineering studies.
what software did you use to make this animations? very nice done!
+Carolyn Christy i am also in search of this software , if you get any idea then tell me
Blender
U r really cute
plz upload videos of fluid mechanics concepts
Solid work is used to draw this animation
Best video available in TH-cam in this topic
Very well explained, rich information, rich graphics.
This is very useful for beginner and expert level persons. Great work for someone to remember once the7 minutes of this video is completed,ensure to have a pen and paper to note down the concepts.
I have some questions:
1. Does the condenser liquid have its own pump?
2. Where does the pump motor get its energy from? The generator itself?
3. Where does the steam in the O.F.W heater go?
Btw, well done video!
1. yes called a cooling water pump.
2.normally electric, could be fed form the steam turbine generator or just from the grid.
3. not sure never seen that type before, seems like the steam would condense into the feedwater but that would defeat the purpose of scrubing o2 from it.
Jagmant Singh
What a great reactor,1 chamber=33% safe,4 24% safe.
Im not an engineer or going to be an engineer, but damn this is so interesting
Your soul is in engineering
great demonstration.
Excellent Explanation...
Thanks a lot.. from Bangladesh
Perfect work! really amazing demo. Can you make explaining videos of how gravitational power plants work?
+Mahmoud Abdalla That's an interesting topic, we will check it out.
great work you explain all major things in 7 min which we are unable to understand in hours of lec in univrsities.
please make more especially for technology manufacturing
and thanks for the vid
Very nice video, brief but cover important aspects of a steam power plant. Highly recommended for people who wants to know the fundamentals of steam power plant.
why we condense steam??? why we can not use steam again without changing it into liquid??? if someone have some idea then please reply to comment
Because it easy to to transfer liquid than steam with high pressure.
Usama Rana it's already explained in the video. Pressurizing steam requires much more energy than pressurizing liquids.
thank you Marcus Tornea
Nobody can teach like u....Animation is too good for understanding of turbine..nice carry on
its really helpful.too for me...may i know what is the software that you used to prepare this kind of video ? :) thank you.
great video, all new engineers should watch!
Also watch my channel
It was awesome, Really Helpful!!!
👍
Thanks for the excellent detailed video. Helped me understand power plants so I didn't sound like a dummy in my latest video "going inside of a decommissioned power plant and inside of the turbine"
Great video........... keep it up👍👍
This was more complicated than I thought. Great video.
It needs some background knowledge of thermal dynamic to understand how the efficiency is gained
fundastic ...fully clear explanation in a animated way
gd job... clean explanation....
I have made a tutorial on same topic please watch and support me
Really very helpful video great graphics , speaking skills & CONCEPT CLEARITY
awesome stuff
please make more. Thanks for the hard work you put into this video.
Hi, I'm using Google Translate, because I'm Brazilian.
Why do thermoelectric plants use only steam to generate electricity ?, I think it can increase efficiency in !?
My proposal to increase the efficiency of thermoelectric plants:
In my view, the thermoelectric plants are failing to take advantage of the moment when the steam becomes water .. they could simply let the steam rise in contact with some metal, making water and letting the water go down as if it were in a waterfall, from there, rotate the turbines, taking advantage of this movement of water descent, then they could continue transforming the water that is already in the base, into steam and rotate turbines again ... in my opinion this would greatly increase the efficiency of the thermoelectric plants in generating energy electrical.
Operation of the thermoelectric plant according to my friend Tibulace from Yahoo and this video:
"The water follows a cycle in the steam thermoelectric: It is heated, it turns into steam under high pressure. This steam moves the steam turbines, which rotate the alternators, which produce electricity. Then the exhaust steam from the turbines goes to the condenser, where it transforms back into liquid water. Then it is injected into the boilers, to transform into water vapor and continue the cycle. In this way, the water is reused. The energy it contains, when it condenses and turns into hot water, it is also partially recovered. "
In the current mode of operation, they even use electricity using a condenser to turn the steam into water ... waste.
In the way I mention, the steam would be transformed in a natural way into water and the water would be used because it has potential gravitational force, making the turbines rotate using the technique of a small hydroelectric plant.
Greetings from Brazil!
I'm getting hired to build these heat transfer systems. Great video to see what I'm building in action
i want to make highly efficient power plant whose efficienty become appropriate to carnot's
Great work. Excellent visuals, animations and narration to explain the different components of a thermal power plant. As a professional in this industry for over 25 years I would highly recommend this video for its content for those wishing to learn the basics of thermal power plants. I encourage you to expand this further to explain the nuances of each of the components in the future episodes. I am willing to provide my help if you need towards this effort.
+viswanathanbv Thanks Viswa, we are planning to release many related videos in near future. Your support is always welcome :)
why not put generator between the condenser and the cooling fluid?
we require a desired RPM of generator's shaft to generate electricity of 50hz or 60hz frequency. that rpm can be achieved by high press high temp steam , not by a flow of water.
chinmay jha they can put any generator as long as it converts part of the heatflow to electricity. just rectify the current no matter the frequency and then use smps system to make it 50/60 hz at the desired voltage
you need to review the 1st law bro
Noran sistr
CURRENTLY GREAT REACTOR OF PLANET.
So it's basically like a giant air conditioning system except it generates heat.
All heat exchange works on the same laws of thermodynamics,engineers just manipulate with those laws.
It's not a Air conditioning system but a lot lot more complicated
th-cam.com/video/koGZ9wrj-OU/w-d-xo.html
You are doing an exellant work. as per my knowledge and experience,I have never seen any college which teaches engineering in this manner.They just project the ppt and read the words typed in the ppt during teaching.
Mars Electrical 🙏🙏🎉🎉
FREE FIRE SIEMPRE ES LO MEJOR
This basics really helped me with my interview last year..
learn anyone of 3D max, Maya, Blender or Cinema 4D. Be expert at one of them. After being expert at one of them just create few projects and you will know where you stand. But it depends on your field as well. If you are an engineer or scientist than I would recommend Good theoretical knowledge, 2D Autocad software, any 3D like Catia, Proe, creo , solidworks, Inventor or solid edge, one Analysis software and MS office to represent your Idea in best way. There more things can be done but everything depends on need and desire....
well i m studying electical enginerering and ur videos always makes it easier to understand.
good video
This video is very helpful for students...
Thank You
Have you heard of a “magma”powered thermal power plant?
BEST VIDEO TO UNDERSTAND POWER PLANT . PLEASE MAKE MORE SUCH VIDEOS .
how can i contact you in india
Nagaraju kuruva1206 u
My brain is still spinning. Lots of moving parts. Beautiful.
why steam is condensed?????
Abhishek Bhande
liquids are much easier to pressurize than a gas. It occupies a much much lower volume thus the pump can be built for pressure and ignore flowrate. Inside the boiler it turns into steam vastly increasing its volume and thus its exit velocity.
Fantastic animation as of today on boilers. keep it up.
this is an absolute masterpiece ,been looking for this ,great great job
this kind of project in end it just wanna high pressure to push generator rotation and spin for sudden speed than it generating a energy electricity so there are still lot of theory can made this power plant without any coal fire heatwave to destructure on earth blue planet i don't have any great idea for suitable simply replacing this coal fire power plant but i do know one day from now not reach to 50 year there will be new thing to replace coal, nuclear power plant as our current best resources that is hydro and wind power LOL
paopao well you do understand the example of coal is the medium used to heat the water, right? You can use any method you desire to heat the water, as long as it hits the necessary temperatures and is efficient enough.
I understnad that not everyone speaks english very well, but why did you have to end your comment with LOL?
paopao well
Thank you very much. Very clear and interesting video! It gave me a lot of reality on power plant that I am studying at university.
to buy how much in Australian dollars
$2to 1 million
We have the technology to generate electricity using seawater only RM2.5b for one IPP much cheaper convert to Australia Dollar. Investors are welcome.
Thank you lesics team ....
th-cam.com/video/5dKnJ5SkvgQ/w-d-xo.html
great
Power plant engineering by P K NAG, Best book .
Good concept
Well, if you consider 30% being efficient, then yeah, power plants are VERY efficient. Some even go to 40%!
You should do more renewable energy sources.
But regardless, very good video. It was very good to see what they teach us in class in a full cicle.
+tobanga feufeu Super critical thermal power plants can cross the efficiency mark of 50%.. We will make a video on it in future.
that is way more efficient than solar at this point, especially in real world application:less than optimal angle, pollen, heat, cold ect
Learn Engineering maybe you should cover on renewable energy sources first. They may be not as energy efficient, but what more could you ask when the energy is for free.
+tobanga feufeu Energy is never free.
Great video for conceptualizing ideas covered in thermodynamics
I have it in STD 10th any one
Good explained with impressive animative graphics.
damm good video
Anybody here have kik ?
Best explained video for engineers 👍👍
Each and every component is covered too good ..
Thanks for great video how thermal power plant works. This helps me a lot.
Amazingly explained.. really understood every point and over all working of the plant😍.. thank you
We are an excellent energy engineering design team from China, with many years of experience in design and construction and many cases of shared housing in various countries, looking forward to making more friends
Very good video. I used to suggest it to my students
best study channel
Super explanation👏
Great explaination! I am happy to se the connection between my school physics and reality.
👍
Good explanation 👍👌👍
Rich Info , Good explanation and nice graphics. Excellent and perfect
Nice animation and well explained...Very sophisticated and complicated way of making electricity.
Thanks for the awesome videos
th-cam.com/video/5dKnJ5SkvgQ/w-d-xo.html
Solid explanation.. superb keep going rock👍
Nice explanation. Thank you very much👌👍👌👍👌👍
Possible ways to make it more efficient:
- Add a turbine directly to the exhaust before the filter (like a turbocharger before the catalytic converter in a car) and attach it to a second generator
- Make use of wasted heat energy from as many surfaces as possible by adding a network of heat engine generators linked to a transformer
- Adding gear ratios from the turbine to the coil to increase the output
Like a Natural Gas Cogen???
Like a Natural Gas Cogen???
Yeah because those smart engineers never thought of any of that
Well done excellent. 👍 .thanks learn engineering.