So basically you mean the 2nd, 3rd, 4th, and 5th harmonic are of greater concern in an electrical system?
@anirbandas629820 күн бұрын
What is the purpose of 2 ES in CB-C and CB-F???
@Electrology00119 күн бұрын
To discharge any static charge in the isolated section and ensure the section remains potential-free during maintenance.
@electricalengineerkarthike208323 күн бұрын
Because we can understand the sentence while we ready the sentence to give below video
@mohammedkhaleelkhan588023 күн бұрын
What is the difference between busbar and buscopuler
@mohammedkhaleelkhan588023 күн бұрын
What is variable frequency drive
@Electrology00123 күн бұрын
kzbin.info/www/bejne/a6S5goKdab-JnLs
@electricalengineerkarthike208323 күн бұрын
While you are uploading the video you can add the some subtitles in this video for easy to read the sentence
@Electrology00123 күн бұрын
Just turn on the Subtitles/CC button
@electricalengineerkarthike208323 күн бұрын
Why the transmission lines for some middle east countries like 380V,500KV,230KV
@mohammedkhaleelkhan588023 күн бұрын
What is the difference between lightning arrester and surge arrester please make a video
@Electrology00123 күн бұрын
See this video: kzbin.info/www/bejne/mXTUf6Z8d7Shf5Y
@mohammedkhaleelkhan588023 күн бұрын
Is earthing and grounding same
@Electrology00123 күн бұрын
Both are similar but not the same. Earthing refers to connecting the non-current carrying parts, like the metal body of an electrical device, to the earth. Grounding, on the other hand, means connecting the current-carrying part, such as the neutral of an electrical system, to the ground.
@mohammedkhaleelkhan588023 күн бұрын
Does transformer also has power factor
@Electrology00123 күн бұрын
See this video : kzbin.info/www/bejne/pIDInpt-fdqAfJo
@mohammedkhaleelkhan588023 күн бұрын
Nice video
@Electrology00123 күн бұрын
Thanks for your feedback 😊
@Unknown188026 күн бұрын
1:27 Looks very safe... not...
@StebanoidАй бұрын
I think the explanation makes no sense. If we make 66 kV line to get 60 kV at the receiver, then transformer at the receiver is going to be of some oddball ratio to get 11 kV from 60 kV. If it going to be of some oddball ratio, so why wouldn't we just have 60 kV at the source, 54 kV at the receiver and then a transformer from 54 kV to 10 kV for further distribution? Also, if we do multiples of 11, how do we ensure that 10% is indeed lost when loss depends in the load? Also, corona discharge loss does not decrease from higher voltage, but increase!
@fishbones2Ай бұрын
I think this explanation is not entirely correct. The circuit breaker is not closed until the synchroscope stops moving and points to 12 o'clock. That is why it is labeled slow and fast. If it were spinning in the fast direction, as shown, then there is a RPM mismatch and the generator to be added is running too fast. When it stops moving and points to 12 o'clock then the phase angles are matched. In the old days they just used three lights. When all three lights stopped flashing and stayed-off then the two generators were synched and it was safe to close the main breaker.
@Electrology001Ай бұрын
It does not stop rotating when it reaches the 12 o'clock position. There will be a slight mismatch in the parameters. As the parameters get closer to matching, the pointer's rotation slows down when approaching the 12 o'clock position. We need to close the GCB at that moment; otherwise, we'll have to wait for the next opportunity.
@eulinpetit-woodyear6816Ай бұрын
There must be a better way.
@electricaltechieАй бұрын
Thanks
@kshitijmohan4428Ай бұрын
Good narration 🎉❤👍
@Electrology001Ай бұрын
Thanks for your feedback. Keep watching 😊
@kshitijmohan4428Ай бұрын
@@Electrology001 absolutely ,Keep uploaded new topics day by day.
@akshaya2580Ай бұрын
Awesome video
@mkpeterАй бұрын
Best explanation on the internet so far, as far as excitation systems are are concerned
@Electrology001Ай бұрын
Thanks for your feedback... Keep watching...
@NotGilmoreАй бұрын
I am interested in these when I grow up I want to become an electrical engineer
@metarrestersАй бұрын
This video raises some doubts about the relevance of the content and some of the images used. There is often so much confusion, but the reality is quite simple: Surge Arresters and Lightning Arresters are exactly the same thing. These devices, made of Metal Oxide Varistors, are used to limit overvoltages in power systems. They do not absorb lightning surges but rather divert them to the ground, preventing flashovers on the equipment that needs protection. The term "Lightning Arresters" is often misused, particularly in India and the US, where it is incorrectly applied to what should be referred to as "Surge Arresters."
@DanBullardАй бұрын
The least you could do is to SIMULATE and GRAPH harmonics using Excel or MatLab, not just hand draw half circles, that is not a sine wave in any universe. But don't worry, I'm working on a video to publicly humiliate you for this idiotic video, I'll even give viewers the link so they can laugh at your idiocy.
@kapseraghavendrarao2488Ай бұрын
Pls explain what's the need of Combining and separating of Class A and Class C in Generator Relay Panel.
@Electrology001Ай бұрын
It helps to find the fault easily...
@AndrewCharter-x1y2 ай бұрын
😂😂😂
@giyasuddinansary53322 ай бұрын
Very good videos
@allancopland17682 ай бұрын
I've watched a local 275KV transformer incinerate itself, one of a pair feeding our large town.. Massive flames and blazing oil spraying everywhere. BIG mess.