Active Power | Reactive Power | Apparent Power क्या होती हैं? समझे बहुत ही आसान तरीके से

दोस्तों इस वीडियो में Active । Reactive । Apparent Power बहुत ही आसान तरीके से समझाया है और इस वीडियो को देखने के बाद शायद ही कोई ऐसा हो जो समझ न पाए । आशा करते हैं आप को हमारा यह वीडियो भी बहुत पसंद आएगा।

[@AmitKumar-hw2de]

Great tutor sr aaj tak aisa tutor nhi mila

[@sharadsonawane8182]

First time watched a clear video. Made my concepts too clear now.

[@gopalmondal5082]

Very simply explained sir. All doubt clear. Thank you so much sir 🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏

[@Rajeshkumar-h4j8j]

Very very nice & very good

[@sangeetadalai4111]

This is the best explanation so far ..thank you so much ..🙏

[@shafqatali101]

your this video is very informative.
bcz i clear my this concept a help of your this video

[@rushivyas15]

🙏🏻🙏🏻🙏🏻Thanks Sir

[@satyavirsinghrajput]

सर आप से बहुत अच्छा सीख ने को मिलता है very very good sir

[@aditya-vz9kl]

Thanku thanku so much sir , for explanation.
I am an electrical eng. student .
I always scare from PowerFactor ,now I well understood cos©. Your lecture help me lot.

[@rohithanagaraju9890]

Great explanation. Being electronics student never understood this in details. Thanks you are great help to India. Wish you keep going.

[@shrikantpawar6832]

Very nice explanation 👌

[@v2classes07]

Thanks sir bahut pareshan tha is topic ko samjhane ke liye 🙏🙏

[@aaryaumesh5466]

Finally clear my active reactive power doubts

[@vinod3926]

Excellent teaching technique used. Electrical students must watch the video. Very clear explanation. Thanks a lot.

[@mrrathod007]

Yes...liked.
By the way very clear cut explained 👌👍👍👍

[@Engr.Husnain]

Love your technical way to learn

[@vasim_khan_3993]

Very useful

[@shrikantpawar6832]

Sir I have seen your video on power factory and that was really useful to me.Thanks sir.

[@munnamonk7608]

Mind blowing Explanation ❤️🙏🙏🙏

[@apinstitute4112]

Sir subjectwise daily video upload Kare plz🙏🙏🙏🙏🙏🙏🙏🙏🙏

[@ajayakumarbehera179]

Really appreciate

[@akhtarali-gc3nr]

Very good presentation, concise and clear than some others videos in which pure hindi and English used.

[@sarangdagade9167]

Very nicely explain

[@theneutral5831]

Nice explanation. Carry on.

[@adilkhan226]

good video ,nicely explained!

[@amitr.b.5452]

Very thanks to clear those concept.. Thank you sir..

[@mahendraverma4369]

Perfect visualize sar🙏🙏🙏🙏🙏

[@RaviKumar-pr3rq]

Best explanation bro......👌

[@shubhamkumar-fo9uj]

Sir Reactive power me aap ne bola ye non linear load ke karan aate h for example - Inductor and Capacitor
But Sir Inductor and Capacitor to Linear load h..

[@rockykumar6686]

Good job as always

[@randheerpatel7414]

You are great👍👍👍

[@palak6513]

Thank u 😍 sir

[@Rajeshkumar-h4j8j]

Very good

[@surendrakverma555]

Very Good 👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍

[@kamleshmaheriya2366]

Nice video sir

[@Prasant856]

thanks you sir aap bahut acha samjhate hai sir

[@dharmendrachaudhary6086]

Voltage drop calculation in 3 phase supply ke liye koi video bna sktey ho Kya sir

[@sanjeevjaiswal6841]

Saurabh You are Genius Man ...Thanks for loading such nice video which really cleared all my doubts today which I or anyone cud not understand during engineering .

[@DreamRajasthan]

Very good video sir ji

[@nemsinghgarg2460]

Thank you for this explanation sir, 🔥🔥

[@suryadeepzala5873]

Nice video.Please continue substation series.

[@harjeetkumar203]

Sir 3 phase alternator, induction motor ki 3 phase winding ki ek video banaiye sir jisme practically achhe se bataya gya ho winding karne k liye...kyonki book me imagine nahi ho pata winding arrangement..

[@mukeshkumarverma5373]

Gjb samjhate ho sir

[@creator.781]

Thanks sir

[@k2electricalwala742]

Osm sir ji

[@komalagarwalslw]

Very nice

[@satvindarsingh9003]

Sir very good explain power

[@divyasrm3599]

clear and simple explanation

[@devashishsinghania3119]

thank you sir

[@sivaprasad-oh9kg]

OLTC about LV side of transformer please explain sir i am thankfull to you sir

[@VisphotakPankaj]

Bahut badhiya

[@bilaliqbal8291]

Thanks sir!! Sir please make video on smart grid....

[@shankarbairwa9021]

Sir itna achha padate he Sir ke subscribe million me pahuchao

[@aryanYadav-ep3hj]

Why reactive power in present in inductive load and importance of reactive power in electrical system pls make a video on this topic

[@bhargabkalita2986]

Thank you sir lots of love 💕💕💕

[@SkCryptoAirdrop21]

tq u so much sir

[@piyushchaudhary3195]

Bhut badiya sir 🥰

[@seefelectricalshorts4459]

Nice video,sir.....substations ke bare me aur animated videos banayie na...plz

[@Sanju-hr3cr]

Sir
Pls upload more and more videos related to power system.
Relay drawings, bkr drawings, how to read drawings.

[@chaurasiyaarunkumar]

Please make a video on Capacitor bank require according to kva load. How can decide that how many kvar capacitor bank require. If any formula have please describe on the video.

[@HARSHRAJ-dj9vw]

Sir, video was good but ek request hai... Please playlist ko modify karke achi tarah se bana dijiye, jise ki jo v jisse related ho uske sth.... I liked your video and recommended to my juniors but kuch ne kaha ki playlist acha hota tho aur v shi hota....
So please... full fill our request
Best of luck for future

[@vikashsrivastava5956]

Ha yar sahi kaha

[@A_Nya80]

Great 👍🏻..

[@avtejingh4299]

bahut khoob

[@aditya-vz9kl]

Electrical engg. se related aur video banaye sir.

[@manojnaik4645]

Great sir,
please make a video on types of load

[@rajbahadur7741]

Thankyou sir

[@gurcharanmittal6604]

Good presentation

[@sonusran8702]

Sir thank you so much 🙏🏻🙏🏻

[@Concefacts]

Reactive power is nothing but the power oscillations in the circuit due to inductors and capacitors present. It is really confusing when we are studying reactive power only with the phasor diagram, here I have explained the concept with the help of fundamental waveforms. Also explained why reactive power compensation is necessary, how we can compensate. Please my video

[@kides877]

Thanks sir..

[@sarbeswardash2]

👍

[@mukeshkumarverma5373]

Thanks

[@littlesalman477]

Thanks a Ton Sir ❤️

[@KUMAR-np8qz]

Inductor aur capacitor Kab se nonlinear device ho gya ?

[@Q4Curiosity]

❤️

[@Rajinderkumar-md5ez]

You’re a great tutor

[@rnk3431]

MVAR pr full details video build(BANA)skte hai ky sir 🤷🏻‍♂️🤷🏻‍♂️🤷🏻‍♂️ 🙏🙏🙏

[@guruduttsharma2483]

Awesome bro

[@ashutoshdimri6514]

Insulators and transmission lines pe videos banao sir g

[@prahladlakhara3999]

Sir skin effect aur Corona per video banaye jaldi

[@DivineSoul918]

Inductive load me curren lagging kyu hota h...????

[@mukeshray4099]

Reactor ke upar ek vedio banaye sir🙏

[@ajaychouhan4261]

Sir DC ganaretor & Ac alternators ki working principal and and classification & all concept par ek video banaiy

[@yogitiwari2002]

Sir, video was good. Can you take this further to explain concept of LEAD & LAG power factors. Why capacitors are used to maintain power factor and why excess of capacitance is harmful

[@sourabhsharmahindichannel3000]

Ok as soon as possibel

[@pranavchakraborty3925]

6.6 kva switch gear cricuit breaker par video banaye,jankari chahiye

[@rahulsahrony7]

Apne sahi samjhaya par puri tarah nhi, yahan pe apko load ka examle bhi dete to accha rahta

[@avinashborgaonkar1049]

This is an old concept of D.C. Motor which is having copper or carbon brushes however, these motors are outdated and latest version is BLDC which used in robotics and vast applications.

[@RadheShyam-un7ws]

Sir kya aap gas geyser ka 3d animation me working ka video bna sakte , 🙏🙏

[@anelectricengineer26]

But inductor and capacitor to linear elements hai na

[@sourabhsharmahindichannel3000]

Hello @anelectricengineer26
Thankyou for watching our videos
Haan aap ne sahi kaha Inductor and capacitor linear element hai, per agar ham ek lambe samay ki baat kr hai hai to. lekin ham ne video me jo explaination samjha hai wo ek bout chote se time ko consider kara hai (mili second ya neno seconds ki) yani ham ne iska instant behiviour samjah hai
.

[@rohitkhare1984]

Hello Sir, how are you...?
Sir can you please tell me what is the difference between negative power and reactive power factor....

[@sourabhsharmahindichannel3000]

Negative power means the load is giving power back to the source.

[@rohitkhare1984]

@@sourabhsharmahindichannel3000 Sir,
how it is different with reactive power

[@PRO-TUBER.]

SIR AAPNE TO POORA DOUBT HI CLEAR KAR DIYAA PLZZ ITNI DEEP VIDEO BNAYA KIJIYE🙏

[@princetiwari9858]

Jay shree ram

[@DEVKUMAR-lj6xj]

please sair ct and pt men different par video banayen

[@shakilansari917]

S²= P²+Q². this is the formula

[@mayurmj]

Reactive power m sin90 kyu
Cos kyo nhi

[@ramsharma3772]

SinA=Imaginary part /Resultant part=X/Z
CosA=Real part/Resultant part= R/Z
Sin का जो रेश्यो होता है वो लंम्ब/कर्ण होता है
और cos का जो रेश्यो होता है वो आधार/कर्ण होता है
लंम्ब पर हमेशा इमेजनरी पार्ट आता है क्योंकि यही 90 डिग्री लेग करता है या लीड।
और जो रियल पार्ट होता है वो हमेशा आधार पर आता है ।
इसलिय एक्टिव पावर मे Cos और रिएक्टिव मे Sin लेते है।

[@sourabhrichhariya1990]

Sir, In LT line when we put wooden stick as a separator for separate 3phases, then why in rainy season short circuit not occurs as we know water is a good conductor for electricity??
Please reply sir.

[@kyutz6672]

L and C non linear kese ??

[@Shreemahakal1]

Sir subject by subject ko pura kra dijiye

[@souravkapoor8015]

Play at 1:25x speed it saves time

[@GauravJ]

here is the original video which is in english : th-cam.com/video/0f7YkVorOmY/w-d-xo.html