L21: Power Factor Correction Devices | Reactive Power Compensation | Power Factor Series | In Hindi

This lecture will discuss;
"How to improves the power factor by using capacitor, synchronous condenser, phase advancer or SVCs"
#electrical #power #techinsight #gate #pranjal
Helpful Links;
For learning the concepts of synchronous machine;
Synchronous Machine series:
• L1: Need of Synchronou...
For learning the concepts of Special Machine;
Special Purpose Machine Series: • Special Purpose Machine
For Learning the basics of transformers;
Transformer Series: • Transformer
For learning the basics of machines;
Basic of electrical machines: • Basics Topics
For learning the conceptual question solving techniques
Electrical Aptitude Series: • Electrical Aptitude
For learning the concepts of dc machines
DC Machine Series: • DC Machine
To enhance your learning skills;
Study Hacks: • Study Tips
To learn the concepts about basics electrical elements
Basic Element Series: • Electrical Elements
To learn the interesting concepts of electrical engineering
Random Topic Series: • Random Topic
For learning the concepts of three phase transformer;
• L1: Basics of AC Syste...
Dr. Pranjal Saxena
Assistant Professor
[e-mail]

[@Amansingh-nl4ev]

Aaapne jo ek sentence bola ki, Qrated machine ko chaiye hai to chaiye, jyada magna loge to system se leke voltage dip karwa dega.
Dimaag ka battí khul gaya isse.
Thank you

[@Sujitsaideep]

Yes

[@janwarilalmundel6125]

Sir your explanation is best

[@divyanshukumar4470]

sir please complete synchronous machine series , so that score well in synchronous machine

[@rao_shahab_25]

Sir kaise pta payenge ki reactive power ki kitni jarurat h aur kis rating tak ham synchronous motor ko over exting karayenge,,,eski bhi koi limit hoti h ki nhi kitna over excited karana h kitna nhi...??

[@arjunmurmu2427]

Why capacitor bank is put in OFF condition while DG is ON?
Can't we improve pf while we getting supply from DG.?
Please reply me Sir..

[@nkumar2065]

Over excitation motor ka property h ya source k karan hota hai

[@techinsight1418]

Over excitation motor m hota h.... When we give excessive dc field excitation

[@nkumar2065]

@@techinsight1418 inductor ka koi property hota h kya ki ek limit tk hi reactive power lena h

[@techinsight1418]

Yes.... The reactive power it draws can be derived from formula
Q = v*v / 2πfL
So for rated voltages and frequency, the amount of reactive power absorb by L is fix

[@mubinexy]

yes

[@nkumar2065]

Numericals ka v trick bta den

[@dhananjaykumar3830]

Yes

[@damour616]

Yes