An evidence that Utube is not always fair. This vid is so underrated despite of having great quality. I was expecting this channel to be one of those 500k to 1M subs because this they put effort into it.
Thank you very much for your compliments. I made many mistakes in the beginning and therefore it will take a little while until I have so many followers. But comments like yours encourage me to keep going, thanks again with your tip about Tesla!
@@Electric-Motor Short and concise, though lacking a bit in detail was my impression watching your video on reluctance motors just now. What I really liked was the lack of fluff that's so prevalent where the presenter keeps repeating things or bringing up irrelevant things to make the videos longer. Add another subscriber on your way to the million.
Thank you for your question. Since household appliances have to meet higher and higher requirements in terms of high efficiency, more and more electric motors with power electronics or inverters are being used.
Thanks for your question. The air gap of induction motors should always be small, independent with or without inverter, because the energy from the stator must be transported via the air gap into the router, so that a current flows in the rotor bars, which in turn generates a magnetic field. You can compare this a bit with wireless charging in cell phones - the smaller the air gap, the better the magnetic coupling and the better the efficiency of the energy transfer. With a pmsm, I don't need to transfer energy for the excitation of the rotor via the air gap because you have the permanent magnets in the rotor. I can compensate a larger air gap in a pmsm simply by using more magnetic material.
what type of motor has the most torque? (450RPM, 12-180Nm torque constant is needed) I see torque motors are "regular" DC, BLDC motors with 3 phases. they just use strong magnets and small air gap, etc. to generate enough torque but are induction motors with similar size stronger or SYNRN motors? or 3 phase AC motors?
If you increase the resistance of the rotor bars/rotor that means that the rotor current will decrease, thus lowering the motor torque? So how can increasing the rotor resistance, increase the torque as you said in the video?
1) maybe a bit stronger sound even at maximum, I have problems listening to your video on the go (in the Berlin S-Bahn for example) 2) your German accent is extremely strong and sympathetic... 3) you put a lot of subjects in your video. I think it would be better to make different videos for each sub-subject. As you're explaining the basics here, I guess most people (including me) are a bit over-burdened with the many technical expressions 4) maybe try to use as little text in your video as possible. Maybe try showing as much by 3d-models only. Maybe use also some pointers to point to the parts of your 3d-models you're talking about 5) thank you for sharing your knowledge about electric motors. Thank you a lot
Hello, thank you very much for the very detailed analysis of the video. You are absolutely right that I made the mistake of packing too many topics into one video. I will upload videos with a higher running volume in the future. Because I don't speak super clear English, I want to use the small texts to help viewers still get as much information as possible. But I will pay more attention that the texts are shorter and written bigger, so that you can read them well on a cell phone when you are sitting in the S-Bahn in Berlin for example ;-) I would have been so happy to see a person in the S-Bahn watching a video of me. Again, thank you very much for the detailed feedback. If you still have questions, you can always put them under a video. Wish you a sunny weekend.
@@Electric-Motor 1) your English is very good. Your accent is your personal identity. Everybody perfectly understands you, don't worry. The longer you speak English, the quicker the accent will leave anyway. Fortunately or unfortunately... 2) i would stay with the format of approximately 10 minutes. I think it's the optimum time package 3) yeah with the text, i meant it's maybe better to have no texts at all. But to try explaining everything with 3d-models only 4) do you know the "kurzgesagt" \ "in a nutshell" -videos? I think they're extremely well done. I wish they were doing videos about e-motors 5) don't worry. I'm sure there's people watching your videos in the Berlin S-Bahn. I'm certainly not the only one
3d-printed Halbach Motor - Building Instructions - TH-cam you can 3d print a hub motor and experiment for droning or wind power. If you could go over PCB design for speed/ heat measurement, breaking regeneration, and speed control, you would be well known in the EV community. No one is talking about making these. The higher end motors are expense to buy and SHIPMENT is EXPENSIVE. There's a lot of patient to do with hubmotors and I only see a people just testing them out.
Sorry I do not understand your question. Did you not understand something acoustically? I have added a subtitle in English to the video. I hope the subtitle helps you? Do you still have a question about the content?
I suggest you guys make a video dedicated on how did Tesla achieved 80kw on their model 3. I was curious how they managed to reach it despite of using around >7000 individual li-ion battery cells
You have probably already been to my website. However, at the moment I offer the trainings only in German. But if you have a question, I will be happy to help you. May I ask you how many views your playlists for electric motors have?
An evidence that Utube is not always fair. This vid is so underrated despite of having great quality. I was expecting this channel to be one of those 500k to 1M subs because this they put effort into it.
Thank you very much for your compliments. I made many mistakes in the beginning and therefore it will take a little while until I have so many followers. But comments like yours encourage me to keep going, thanks again with your tip about Tesla!
@@Electric-Motor Short and concise, though lacking a bit in detail was my impression watching your video on reluctance motors just now.
What I really liked was the lack of fluff that's so prevalent where the presenter keeps repeating things or bringing up irrelevant things to make the videos longer.
Add another subscriber on your way to the million.
Useful knowledge about the motor
I like your style and presentation. New sub. Also thank you for helping me to prepare to my finals !
Thanks you for your positive feedback :-) it helps me
Great content and you deserve more subscribers.
Thank you very much, comments like yours help me to go on, even though I have only so less subscribers.
Nice to have a summary of the characteristics of induction motors. Thank you.
Thank you very much for your positive feedback
Awesome!!! Explanation and your websites also having very neat and Clear Content which is needed.
Thank you very much, it's really good to read such great comments.
Great video thank you very much. Are only single-phase electric motors without inverter or power electronics used in the household?
Thank you for your question. Since household appliances have to meet higher and higher requirements in terms of high efficiency, more and more electric motors with power electronics or inverters are being used.
very good
I enjoyed
Always be on top and successful
Thank you very much for your positive feedback :-)
that is good explanation about of the induction motors. thanks.
Thank you very much for your message. We are very happy to see that someone likes our videos.
Excellent job, but Why should the air gap be small in inverter fed induction drives?
Thanks for your question. The air gap of induction motors should always be small, independent with or without inverter, because the energy from the stator must be transported via the air gap into the router, so that a current flows in the rotor bars, which in turn generates a magnetic field. You can compare this a bit with wireless charging in cell phones - the smaller the air gap, the better the magnetic coupling and the better the efficiency of the energy transfer. With a pmsm, I don't need to transfer energy for the excitation of the rotor via the air gap because you have the permanent magnets in the rotor. I can compensate a larger air gap in a pmsm simply by using more magnetic material.
what type of motor has the most torque? (450RPM, 12-180Nm torque constant is needed)
I see torque motors are "regular" DC, BLDC motors with 3 phases. they just use strong magnets and small air gap, etc. to generate enough torque
but are induction motors with similar size stronger or SYNRN motors?
or 3 phase AC motors?
I have uploaded a video for high torque motor torque. Hope it helps you?
Can you Explain about PMSM motor types and comparisons too? from your new content
Hi, what do you mean concrete? The different rotor types of an PMSM?
If you increase the resistance of the rotor bars/rotor that means that the rotor current will decrease, thus lowering the motor torque? So how can increasing the rotor resistance, increase the torque as you said in the video?
Can you tell me an exact timestamp of the video so I can better understand your question?
@@Electric-Motor6:40 - I also noted that. Anyway greate videos you do!
1) maybe a bit stronger sound
even at maximum, I have problems listening to your video on the go (in the Berlin S-Bahn for example)
2) your German accent is extremely strong and sympathetic...
3) you put a lot of subjects in your video. I think it would be better to make different videos for each sub-subject. As you're explaining the basics here, I guess most people (including me) are a bit over-burdened with the many technical expressions
4) maybe try to use as little text in your video as possible. Maybe try showing as much by 3d-models only. Maybe use also some pointers to point to the parts of your 3d-models you're talking about
5) thank you for sharing your knowledge about electric motors. Thank you a lot
Hello, thank you very much for the very detailed analysis of the video. You are absolutely right that I made the mistake of packing too many topics into one video. I will upload videos with a higher running volume in the future. Because I don't speak super clear English, I want to use the small texts to help viewers still get as much information as possible. But I will pay more attention that the texts are shorter and written bigger, so that you can read them well on a cell phone when you are sitting in the S-Bahn in Berlin for example ;-) I would have been so happy to see a person in the S-Bahn watching a video of me. Again, thank you very much for the detailed feedback. If you still have questions, you can always put them under a video. Wish you a sunny weekend.
@@Electric-Motor
1) your English is very good. Your accent is your personal identity. Everybody perfectly understands you, don't worry. The longer you speak English, the quicker the accent will leave anyway. Fortunately or unfortunately...
2) i would stay with the format of approximately 10 minutes. I think it's the optimum time package
3) yeah with the text, i meant it's maybe better to have no texts at all. But to try explaining everything with 3d-models only
4) do you know the "kurzgesagt" \ "in a nutshell" -videos? I think they're extremely well done. I wish they were doing videos about e-motors
5) don't worry. I'm sure there's people watching your videos in the Berlin S-Bahn. I'm certainly not the only one
How can I distinguish between a squirrel cage motor and a slip ring motor without taking it apart?
3d-printed Halbach Motor - Building Instructions - TH-cam you can 3d print a hub motor and experiment for droning or wind power. If you could go over PCB design for speed/ heat measurement, breaking regeneration, and speed control, you would be well known in the EV community. No one is talking about making these. The higher end motors are expense to buy and SHIPMENT is EXPENSIVE. There's a lot of patient to do with hubmotors and I only see a people just testing them out.
th-cam.com/video/0j2epmD4MYs/w-d-xo.html
The videos is good but it is sound is so low .
You can't imagine how difficult it is to get the volume right. Will do better in the future video! But anyway thanks for the tip
Sorry, what was said at 1:27?
Sorry I do not understand your question. Did you not understand something acoustically? I have added a subtitle in English to the video. I hope the subtitle helps you? Do you still have a question about the content?
@@Electric-Motor I didn't realise there are subtitles. That helped a lot. Vielen Dank! Grüße aus Südafrika. :)
I suggest you guys make a video dedicated on how did Tesla achieved 80kw on their model 3. I was curious how they managed to reach it despite of using around >7000 individual li-ion battery cells
I took your suggestion to heart and made a video about Tesla's electric motors. I hope you like it.
👏👏
Thank you, it's nice to get positive feedback.
I would like to study in your school if possible
You have probably already been to my website. However, at the moment I offer the trainings only in German. But if you have a question, I will be happy to help you. May I ask you how many views your playlists for electric motors have?
Sorry but you have recorded in an Echo Chamber and so you are hard to listen to. I hope this information helps you with your next video.