SM29 Power Angle Characteristics of Synchronous Machine

[@electricalkunal4084]

Best videos sir 😊 . Thankyou and Jai hind sir 🙏

[@surendrakverma555]

Very good lecture Sir. Thanks 🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏

[@jagdishchander1725]

Thank So Much Sir 🙂

[@kapil33333]

only 139 Views 😓.... Ur teaching style is so good ❤️

[@atanudey6507]

Bcs sir is poor in marketing unlike others but best in teaching...

[@eddycurrent3870]

20k now...

[@VijayKumar-vv9bd]

​@@eddycurrent387022k now

[@codranked1809]

Easy explanation sir

[@charansai1965]

13:14 Is reluctance generator practically possible?? Because when excitation is zero then there's no emf induced in armature hence power would be zero.

[@charansai1965]

@@lecturesinelectricaleng I understand sir. But, will there be any active power flow from the generator to the bus-bar?

[@jaganmukesh4295]

sir, what will be the operation of machine when excitation is failed and prime mover is coupled in case of cylindrical rotor type when rotor is rotating at Ns

[@jaganmukesh4295]

@@lecturesinelectricaleng Thankyou sir!

[@mahmoudhebish1312]

Thankyou for your good explaining. Please, I want to ask question. How we can calculate the power angle of Syn generators actually if the available measurements are the current and the voltage of the generator??

[@rupaliukey2909]

Thank u sir your lecture is very helpful

[@rajatgupta1474]

Sir, u told in slient pole machine, only small change in delta require d to supply extra load. I didndt understood this point. Also tell that how more delta required in cylindrical rotor type to suply extra load ? Please.

[@rajatgupta1474]

@@lecturesinelectricaleng Thank you sir

[@rajatgupta1474]

When alternator is acting as induction gen. , how electromagnetic toque is affected when field becomes zero. Because electromagnatic torques is natura due to lenz law. How excitation is affection electromagnetic torque.

[@rajatgupta1474]

@@lecturesinelectricaleng Has it been told in any of ur lecture ?

[@GauravGupta-pb8mk]

Thank you sir

[@sriiisriii795]

💥💥🌟🌟👍👍👍........

[@shaileshbirajdar1963]

👏👏👏🙏

[@SitBackAndRelaxPlz]

if i can give likes more than one than m happy to do it

[@sharanaj4567]

Ur explanation is so fast. Try to tell slow.

[@jagdishchander1725]

Thank So Much Sir 🙂