What is power factor in hindi | power factor explained | lagging and leading current | electrical

What is power factor in hindi | power factor explained | lagging and leading current | electrical video hindi | pf in hindi | electrical dost
hi
I am aayush Sharma welcome to our channel electrical dost.
About this video -
es video Mai dosto aapko maine power factor ke baare mai bilkul clear kiya hai power factor kya hota hai . Power factor kaise kam karta hai . Circuit kitne type ke hote hai .jo ki hme bahut jgh use padta he daily electrical dept life mai. video achha laga ho to video like karkw ese share jarur kare.
Thank you so much......
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इंजीनियरिंग से जुडी पोस्ट हिन्दी मे पढ़ने के लिए हमारी वेबसाइट इंजीनियरिंग दोस्त (Engineering Dost) से जरूर जुड़े।
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For visit electrical dost channel.
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Thank you so much..
About this channel-
दोस्तों इस electrical dost चैनल मैं आयुष शर्मा आपके साथ इलेक्ट्रिकल के कुछ इंटेस्टिंग टॉपिक के ऊपर वीडियो शेयर करता हु | सारे वीडियो दोस्तों मैं थेरोरी और मेरे प्रैक्ट्रिकल नौलेज के साथ शेयर करता हु| आप हमारे चैनल को एक बार जरूर विजिट करे, और अगर हमारा चैनल आपको पसंद आये तो चैनल को सब्सक्राइब जरूर करे। ताकि आपका और हमारा कनेक्शन आगे भी बना रहे |
आपका धन्यवाद..
/ @electricaldost .

[@rambabushaw5794]

KZbin Mein bahu sara power factor ke video Dekhe samajh mein kuch naya aya aapka video Dekhe samajh mein agiya

[@electricpenal4073]

Agar koi confusion ho tou 9719466086 per contact kare

[@entertainingrelaxingzone5576]

kzbin.info/www/bejne/nnTGl61rbL-ahNU

[@bhagwanaram5109]

@@entertainingrelaxingzone5576 Thanks

[@sarojkhnl]

Sai bole

[@mohammedfaisal6568]

Pf never goes on 1 its reach maximum 0.9 only

[@soalahmad8426]

तारीफ कम पड़ जाएगी आपकी लिए दिल से धन्यवाद 👌

[@pradhumnamandot1574]

U r right bro I really love to learn from here

[@al_ubaidah]

Bilkul shi bola bhai

[@pcbdesignhub1847]

kzbin.info/www/bejne/qnbahquYnMiHbpo 👍🏽👍🏽👍🏽

[@surya.pratap.g]

हा भाई 3 साल Diploma किया कुछ समझ नही आया आज इतनी आसानी से पता चल गया

[@manojkumarthakur7955]

Contact number dijiye urgent

[@maheshkush12345]

Sir 50 hertz means 100 times glows and 100 times not glowing.... And positive and negative cycle for ditection of current only, not for zero current or voltage,. So sequence is 1.glow , 2.stop , 3.glow , 4.stop for one cycle or 1 hertz frequency

[@deepakpareya170]

Correct sir...

[@sandeepkumarshukla4632]

👍

[@sondarvagaurav2600]

Correct 100 time

[@RRearnmoney]

सर, क्या समझाया है आपने, दिल खुश कर दिया, I am from mechanical background but after watching your videos I am very interested in electrical also..Please keep doing good work. Again thank you.

[@abdulshakur4808]

Sach me jo bolte ho Wahi hota hai Aap k video me..Isliye aap ka sab video dekta hu. Bus aapse Milne ki tamanna hai sir. Dil khus kardete ho. Aisa samjhate ho.

[@Raja-up6yv]

Very nice video. May I add please, Resistive load = Electrical energy is converted in Heat energy (Heaters) Inductive load = Electrical energy is converted in Mechanical Energy (Motors)

[@pcbdesignhub1847]

kzbin.info/www/bejne/qnbahquYnMiHbpo 🎂🎂

[@rdsingh6953]

Induction cooktop bhi inductive load hai kya?

[@vickeygi]

resistive loads are those loads which do not generate magnetic fields where as in inductive load magnetic fields are generated and magnetic field established due to the current interact with each other to induce an EMF in the inductor, which opposes the applied voltage(effect opposes cause) according to Lenz's law This EMF causes a current to flow, which opposes the main current. This causes a reduction in main current.

[@jitugsclasses462]

Itna kam time me bahut achha samjhaya

[@sandeeprathore1012]

Bhot badiya or is video ki men baat yah he ki aapne kafi Kam samay me bhot achhe se samjhaya thanks to you bhot achha samjh me aaya.

[@hnayak5978]

You have the best teaching capability, keep it up

[@koharkohar3643]

Sir, thank you so much....aaj tk ye smjh me nhi aaya tha pr aaj aa gya. Very useful video Keep it up

[@darshanchauhan3933]

So knowledgeable So important video for electricl knowledge.

[@aryakhan7897]

Love you sir g , bahut video dekha sir , lekin aap ka video mera sara problem solve kar diya , thank you

[@anishnair1955]

This video shows your understanding about electrical engineering.superrr sir

[@pcbdesignhub1847]

kzbin.info/www/bejne/qnbahquYnMiHbpo 👍🏽👍🏽🎂

[@SumitKumar-xc2bm]

Bhut hi achi tarah se smjhate ho ji very very nice

[@MZ-ri9dc]

Yrr dil pr lag gyi ye video kbhi nhi bhulunga ab thanks a lot ✌️🙂🧡💟

[@chandrashekharpandey5630]

I am software engineer and working on a product for power grid Management. This video is really helpful. Thanks. Liked and subscribed 👍

[@saddamchoudhary4941]

Number sand kro

[@BIBHUTICREATION]

Bhai thoda pertional bat karna chahtahu

[@entertainingrelaxingzone5576]

For full explanation chk it kzbin.info/www/bejne/nnTGl61rbL-ahNU

[@thakurelectrical4039]

kzbin.info/www/bejne/emLLh6Znd8aCeqM

[@mr.perfect346]

Bohtt easy way me samjhaya ...sir aapne ...boht aache

[@mihirsardar8511]

Sir please make a video on Cable size... How to select the cable size n what are the factors to select the cable size...

[@__pal]

best video,, 10 vodei dekhi, bs is video se samajh aya v nice

[@manjeet.x]

Leading and lagging concept is wrong. In the case of inductor, current is lagging hence it will start after voltage. And in the case of capacitor, current will start before voltage hence called leading. 😊

[@karan_jandiali]

Yes me bhi yhi comment krne wala tha

[@sanatani_8991]

This kind of video can misguide student

[@shamshadkhan4907]

Kya ye video galat samjaya h bhai ji please reply

[@sanatani_8991]

@@shamshadkhan4907 yes bro ulta hae concept

[@visheshkumargupta3536]

Current always lag 90° from voltage because of lenz law due to induced current opposes the initial changing magnetic field. In capacitance current lead 90° from voltage because in initial stage when current flow in capacitor starting voltage Vs become zero due to charges stored in capacitance & after Intial voltage Vs is equal to Capacitance voltage Vc then voltage flow.

[@rohitplus6035]

बहुत बढ़िया सर जी बहुत अच्छी जानकारी👍

[@SunilGupta-of4tr]

Some basics are clear. Thanks

[@DevenderKumar-nu1zr]

kese ke pass asa demag nahi hai jo aap ko taker de sake aap ka batane ka tareka etna acha hai you are real hero ........super..super...super

[@rajveerkumargupta5017]

You did done good explane sir thank you so much

[@DEVENDRASINGH-dd9cc]

Bahut saral tarike se samjhaya gaya he... Mujh jsisa anari bhi samajh gaya.. Wah.. Wah..

[@avnishsingh4782]

It's just an request if you tell more about inductive load and capacitive load with more examples and what is lag and lead proper meaning so it will be very useful for us.

[@mdgoyal228]

How to improve the Power factor of load 2000 kva PF 0.9 to 0.998

[@ManojKumarSingh-ym9vt]

Sir namaskat,Aapka bataya hua har topik bada hi marmik abam gyan bardhak hota hai man karta hai sunta hi rahun.bahut sara bhrania dur hote jata hai. Manoj kumar singh.

[@akhtarsalman1990]

Explaining in such a nice way.

[@electricaldost]

Ty dear

[@pankajgoyal2230]

Sir p.f 1 s upr ho to kya hoga

[@tachnicalscrewdriver1653]

Isha bijali ka bill jadha aayga

[@tachnicalscrewdriver1653]

Or Miter or transform par load aaygha

[@technicalsharmaji8665]

Sukriya bhai .... Mujhse kisi ne pucha me explain nahi kar paaya apne acche se kar diya

[@romeotialian]

Keep it UP, God Bless You

[@tigerdjbarbighachandukuan9180]

Aapki jitni bi tarif ki jaye kam par jayegi Thanks

[@DeepakSaini_immagination]

Awesome knowledge..well Done..

[@entertainingrelaxingzone5576]

kzbin.info/www/bejne/nnTGl61rbL-ahNU

[@pravingadekarmaharashtra739]

विडियो बहुत अच्छा लगा,इतना अच्छे से कोई भी नही समझा पाया।

[@mobilepianoforkids4335]

करन्ट की सायकल अगर वोल्टेज की सायकल से आगे भागती है (लीडिंग PF)तो क्या नुकसान है पावर का।मानलोPF हर बार -0.99 आ रहा है तो ओ ठीक है या नही।

[@jagroopsingh775]

.99 perfect...

[@abhishekkumarsingh2098]

बहुत बहुत धन्यवाद ऐसी इनफॉर्मेटिव वीडियो के लिए🙏🎉

[@susheelkumarmathur4226]

Sir very useful video

[@dailydollars2690]

A good and different way of explanation for Powe Factor...helped to understand clearly ....thank you sir 👍🙏

[@raghunathjaiswal6771]

50 Hz ka matalab to sahi hai Lekin bulb 1 minute men 100 baar on off hota hai Kyonki 1 sec men 2 high- negative aur positive banaten hain Aur middle me 2 zero point

[@Kamleshchoudhry1617]

Bhai me mere man ki bat bol Di yar, aap bilkul sahi kah rahe ho

[@amankushwah3435]

KZbin par pahla ithaas power factor ko itne aasani se samjane ka

[@onelifeonerule3018]

Very good explain well done man

[@AdityaAnkit5072]

Bahut hi saral tarike se samjhaya hai apne dil se dhaniyawad 🙏🙏🙏

[@nd.kushwaha8669]

Thank you sir🙏

[@ramgyanyadav649]

Good

[@bhatiaamankit]

Ye wale video main bahut aacha padhaya aapne... Dhanyewad... 🙏🙏🙏

[@amritkundan4866]

Blink in 50 time in one second it called frequency

[@kiranpatil3262]

Yes that's 50hz in India

[@localspecial497]

ऐसे और vdo बनावो.समजणे के लिये बहुत अच्छा हे

[@sarangerande9587]

इतनी क्लिष्ट चीज आसान भाषा में समझानेके लिये बहुत बहुत धन्यवाद. 👌👌👌👍☺️

[@jaishivray9207]

Ise bolte he fadu..... Tabad tod...... Kadak........ Puri Engineering Me itna asan bhasha me kisine samzaya nahi bhai........ Thank you Dost.......

[@SatendraSingh-kb4gr]

Bhut achchhe trike se samjhaya Aapne Aapka bhut bhut dhanyvad🙏

[@narenderbhandari3141]

Very informative video

[@digiknowledge1965]

सरजी आपने एकदम सरल भाषा में हमे PF के विषय में जानकारी दी। आपका बहुत बड़ा धन्यवाद।

[@user-no8zs2wo6k]

Thanks sir I am not able to understand this concept what is registive , capative and inductive load in which how to do lag and lead but after watching this video I understand and I learn thanks sir 🙏🙏🙏🙏

[@MohdJaved-oq8bn]

Sir aap Ke sare video mujhe bhaut hi badiya lagte,

[@arvindmaurya7294]

aap ne bahot saral tarike se bataya nice sir

[@madhukarsakhre6964]

Bahut accha tarika he apka thanks....

[@joshisanjay488]

Very nice bro very use full information about electrical career

[@jaskarncheema9038]

Very good explanation 👏👏

[@bijendrakataria7321]

Sabse Best explain kiya Sir aapne

[@Shaikhyameen8532]

Aur aapka samjhane ka tareeqa bahot accha hai sir thanks.

[@Fact_with_Vivek]

बहुत अच्छे से समझ मे आ गया dear❤❤❤❤

[@MegaTaarzan]

Clear concept what happen when current lead or lag. 👍👍

[@abhaychouhan3912]

Sir mai too sirf apke video ko hii dekhta hu thnxx sir aap mahaan ho

[@PankhiParmar]

You Are Right Engineer....

[@AmitKumar-kf6lg]

Good morning बहुत अच्छा लगा power factor का video इसी तरह से समझाऐ तो हमलोगों को अच्छा लगेगा thanks (kishanganj)

[@nkyadav1976]

Very good explanation 👏 👌

[@haa72]

Thnx ,for like share ,view and comments

[@RadheyShyam-bg2cy]

Apka example dekr smjhane ka trika best h

[@ajayad5527]

1 fan 1 led tv charjar wala 2 9wat led balf Bil mahine ka 600 ata hai... Havells ka power factor lagane par kuchh kam bill ayega..?

[@mohanrajak6877]

Bahut badhiya sir

[@syedali-mr3ok]

If you are example is correct as per the rule of Engineering so you are very best instructor

[@akashkasbe6853]

Thank you sir itane asan tarikese samzane ke liye

[@vishalpatanwadiya7802]

Bohut aachi tarah se samaj aa gaya Theks brother

[@mafiasamir2189]

Very Good Sir,I understand perfectly 👌👌👌

[@Jhaji4444]

Best electrical teacher on utube

[@rambhajsingh5086]

aap ka video pf ka bahut hi achha hai

[@akhildangwal1843]

You are the best teacher i came across

[@kiranthakur105]

all vedios to related in electrical fild this are best

[@rmylifethought6154]

Thanks for electrical dost channel 🙏 very nice information 👍

[@Techgurusaini17]

Thank you for 50 subscribe ❤🎉

[@sahilherwadevlogs8683]

Sit aap jaise samjate hai vaise और koi nhi samjata ❤️👌

[@DevTechno]

Bahot hi acha samzate hai,good👍

[@nishasingh8587]

Bhut achha ....lga sir👍👍👍

[@sudhanshu.13]

You're the best teacher 🙂

[@surjanvishwas5523]

Bhai bahut badhiya tarike se Samjha kasam se bahut badhiya bahut badhiya bhai

[@PAWANKUMAR-nc3it]

Sir 5 saal se khbhi smj nhi aaya Or aaj aapne itna ezy way me smjaa diya sir. Ki. Me imaging bhi kr skta❤❤❤❤❤

[@allinoneadventure6370]

Bhai aapki tarif karne layak hai ,, sab se best explanation 🙏🙏🙏❤️

[@abhijeetkharatmol1643]

Very good explanation kiya apane sir 👏👍👌

[@vikashkumarnetam2574]

Yakin nhi ho Raha h sir itna madur sabdo ke sath sath pura dyan lga ke Sun liya hu finally power factor samj gaya hu sath Neha jankari. Resistive load inductive load capacitive load Life time ke liye Sikh Gaya hu sir aap se request hai aap aur bhi video jarur bnaye

[@pavanverma5091]

Very very thanks sir

[@indianlight5442]

Bahut acche se samjhae aur Samajh Mein Bhi Aaya thank u

[@harendrasingh9180]

Bhai really bahut shaandaar

[@indianlight5442]

Bhai aapka video Ek number hai

[@mohdsayeed2021]

Vary good and powerfull teaching information

[@MR.vishwakarma]

बहुत अच्छे से समजाया थैंक्स🙏 अगर कोई 20kw की मोटर है और उसका पावर फैक्टर 0.80 है ओर हम उसको 1 करते है तो kwh यूनिट में कितना डिफरेंट आ जायेगा

[@mdzeeshan4569]

तुम यार पसंद की बात करते हो। इससे अच्छी वीडियो और हो नहीं सकती। जो ऐसे नहीं समझ सकता उसे वो सर्टिफिकेट दिया जायेगा जो इंजिनियरिंग में 07 साल बाद दिया जाता है के आप इंजीनियर के लायक नहीं हैं। अब इससे आसान क्या? बहुत शुक्रिया दोस्त।

[@mainejarkumarakela]

Nice information 👌

[@bikramchand4637]

Very good thanks for information

[@vinitmaurya751]

Great nyc information.. Nyc tarika.. Aaj jakar samajh aya.

[@entertainingrelaxingzone5576]

For more detail chk here kzbin.info/www/bejne/nnTGl61rbL-ahNU

[@al_ubaidah]

Good sir love you thanks❤🌹

[@SurjeetSingh-se2zv]

Sir app bahut achha se bataye hai

[@rahuld9629]

Shaandar explanation 🙏👍👍