How Leading lagging Power factor calculation; in Hindi

Learn when how why leading power factor, and capacitor affect Power factor correction & Current with a calculation example in Hindi in this video tutorial.
Power factor over-correction/reduction, leading power factor (PF), and leading electric current due to the capacitor are explained in this video. PF over-correction, total current & capacitor current relation in Hindi video.
Further, the over-compensation of the Power factor, the relation between capacitor and inductor current with PF and the total current is explained by taking many combinations of inductor current and capacitor current in parallel of resistor load.
The correct value of the capacitor is required to be connected for getting the minimum line current and best power factor and to avoid overcompensation else, the power factor will become the leading power factor instead of lagging or unity power factor.
Educational video tutorial on electricity & electrical engineering in Hindi 311 by G K Agrawal (Gopal Krishna Agrawal) (person with industrial experience)
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You learned power Factor correction in Hindi.
#GKAgrawal #ElectEnggByDesigner #Capacitor #powerFactor #PF #Capacitor #GopalKrishnaAgrawal

[@GKAgrawal2]

Membership kzbin.info/door/O31rZS4_EDYJ8CGXiRZdxgjoin

[@nirajyengalwar]

Very Nicely Explain Sir. Thank You

[@GKAgrawal2]

Comments welcome

[@saidurrahman2662]

Most welcome Sir,

[@naveensingh421]

Thanks sir ji

[@AMITKUMAR-pj3vv]

sir power factor leading hona chahiye ya lagging

[@GKAgrawal2]

Thoda saa lagging.

[@AMITKUMAR-pj3vv]

@@GKAgrawal2 sir hamara smps banane ka kaam hai, power factor , -0.4 show ho rha hai, ye leading an hai ya lagging. please reply..thank you sir

[@mukul5509]

So nice and simple equations can clear anybodies doubt. Great teacher.

[@apeecelectricals6533]

Koti koti pranam guru g

[@nikunjamaharana1255]

You are great !I watch your videos and comments given by viewers All teachers should follow your teaching process.May God give u strength to advise us.

[@saritabohra]

Best to Better explaination

[@dharmachinta7870]

Good explanation sir g thank you

[@himgiri2331]

Great Video SirJi. Highly Conceptual and Highly Practical. Thanks a Lot.

[@devjichawda9091]

V. Good explained. Teaching method is excellent. Thanks

[@abcdefgh-sh6wr]

Excellent way of simple explanation. Another unique video. Thanks.

[@itsanindian]

बहुत अच्छा है सर जी 🙏

[@gulamansari7630]

I wish you were my teacher in my Engineering College in Mumbai.... Alas!!!!!

[@dilbaharahmad671]

Very simple and great method 👍

[@prakashagrawal1600]

Thanks for information

[@sohangirigoswami1527]

गुरु जी बहुत ही बढीया समझाया धन्यवाद जी

[@SatpalSingh-ms3hq]

App great ho sir 🙏

[@rehmatamin3217]

Very good sir

[@rabimajhi3841]

Fantastic sir

[@prabhadevi7762]

Thanks for job nice educational video

[@shailendratripathi7237]

Really easy to understand sir

[@BIPINAHIR]

Love you sir maiy wait kar raha hu aapke contactor load according calculation ke video ka 🙏

[@richardbpsl3]

Extra ordinary explanation.

[@yogendrachauhan277]

Super lecture

[@ajayn9607]

Very well explained..!

[@koushikallu1569]

Good explanation sir, thank you so much sir

[@fahimasghar6375]

Very nice topic.Thanks

[@ELECTRICALSGUIDE]

amazing knowledge for electrical engineer thanks sir

[@sureshgangri9071]

Gurujee ko pranaam

[@chhetri4u]

Sir apka jawab nahi. Thanks sir it's very valuable video.

[@electricalteacher7650]

Nice video

[@chandramanivishwakarma9092]

Sir explained very well

[@mr.chetanmishra7809]

thanks sir ,,,its very simple way.....

[@avia3297]

Very good and exclusive video.

[@rmjnm]

Very good video sir. It's quite helpful to understand the power factor concept. As usual I love the simple and unique way you explain things. Thanks.

[@alokakumar916]

Nice video.

[@munnayadavkushinagar9391]

Verry good video sir

[@pirjademn7234]

Excellent

[@saleemkhan-mx9jw]

Good explain

[@pirjademn7234]

Very good

[@calmstrong8038]

Hello sir. I appreciate your effort and knowledge you share with us. I am electrical engineer working for yatch manufacturing comapny in germany i have one question about isolation transformer. Recently we have develop a new boat name sealine S-330V and we used petrol engine from mercury but our chife engineer used isolation transformer and he told me with use of isolation transformer we can provide better anode protection but i have doubt about that. Please explain me if this is possible or not? And is this logical to use isolation transformer in marine? Because when we connect boat with shore power we cant connect earth to shore connector as in such condition rcb getting trip.

[@GKAgrawal2]

The flow of currents in metallic parts in boat causes corrosion. When we connect to shore power with isolation transformer to a boat, the ground current loop can be avoided, this will limit the ground loop current in metal parts. So isolation transformer is used. If your RCCB is tri[ppping, perhaps earthing wire connection may not be proper. Or, the ground loop may be created due to water. I do not have the electrical diagram of such a system and also do not have much knowledge about yatch, so whatever little I know, I have shared in this comment.

[@calmstrong8038]

@@GKAgrawal2 thank you so much sir

[@saidurrahman2662]

Thanks Sir from Bangladesh

[@sonudhantoli3444]

Thanks

[@sanjolodhi2057]

good sir

[@darkthoryt1054]

Best sir

[@adityatiwari3816]

Jab aapne pahele total current 10 se Jadha liya tho vo kaise samajle ki vo current LAGG hi horaha hai aur niche bhi same total current hai...aur vo bhi same upper wale jaisa... Aur vo lead... Hai how we identify the lead aur LAGG.... Sab kuch samajh aaya but ye 1 question aaya mind me..... please answer it...

[@GKAgrawal2]

Yeh video 1 baar aur dhyan sey dekhiye.

[@NIKHILKUSHWAHA007]

Yahi mere ko bhi samajh nhi aaya same value pe lead bhi kr raha h or lag bhi kr rha h

[@yogendrachauhan277]

Dear sir you are great and my request to explain about isolation transformers which is used in UPS system

[@GKAgrawal2]

Watch my video on pulse switching transformer.

[@mithunchavan9609]

Thanks sir ...

[@MohsinDhali]

It's very nice explanation and beneficiary to design pfi. But it should be more helpful if you calculate without the resistive load.

[@travellife530]

Love you sir..

[@syedishak3454]

Sir nice video sir welding machine decrease voltage 220v to 70v current is increase 200 amps at the same time 415v 3phrase also decrease 70v current is increase 400 to 600amp but why not increase 220v to 400amp please explain me

[@bilaliqbal8291]

Informative sir!!!

[@girishsahu5026]

Capacitor main permittivity badane par charging current ke effect par video banaye...

[@fahimasghar6375]

Thanks to reply Sir.I can understand what you said but still i have doubt that what will clamp meter show in practically i mean how much current? Thanks

[@agvlog8689]

Sir Mera 1Q- Kya voltage badne se pf Kam ho jati hai ? Agar aisa ho to Kya karna chahiye please bataeye na sir...... Actually Bina load me Kam ho k ata Maine 1700 kva transfarmer me 30 kvar ka capacitor deya hu ... But pf 96 see 1 ghanta baad 45 Tak down hoti hai

[@niranjanhansdah2916]

thank you sir

[@saketkumar805]

Sir koi instrument hai jiska power factor unity nahi ho to kase decide kare ge ki inductor lagana hai ki capacitor, or uska vallue Kya hoga.plese reply.

[@MastercraftKARIGAR]

Beautifully Explained.

[@azhartechworld9117]

Great explanation sir

[@tofankumarsahu8375]

Kya dg ke sat capacitors bank laga sakte hai.

[@Hoorainshifa]

Please tell me how to install and calculate power factor

[@BHUPENDRANAIK]

Sir namaskar Plz mere sawal ka jawaab dijiye Switch off hai fir bhi 0.5watt Ka bulb jalta hai kyo

[@er.shashi463]

Sir network par video banaye plz

[@satishvaghasiya7612]

Sir power factor 25 din ka 0.92 ho to load se jya capacitor lagake 5 din me 0.99 kar sakte he? Or kya e sahi he?

[@himgiri2331]

Kindly make a video on induction motors circle diagram and testing.

[@MasudRana-dw1zc]

sir need explanation how to improve no load transformer p.f

[@lipunsubrat696]

Sir...power factor increase decrease hoga ta generator ka upar kya effect aega

[@powernllc]

thanks sir

[@rmjnm]

Sir in practical is it possible to compensate an inductive load completely with a capacitive load to get the power consumption as low as possible or it has some limitations? Please elaborate. Thank you sir.

[@GKAgrawal2]

Yes it is possible, we have achieve it using continously variable capacitor system. Watch my video on inductor use at high voltage for power factor compensation.

[@Fun4Vlogss]

At Lag & lead power factor...which is better...plz clear my confused quest???

[@akshaymore5873]

Lag is better but it should be 0.95 lag upto 0.98 lag... Lead pf can fed current in reverse direction that is towards source and it may causes to increase line losses

[@mujtabaalibaig3591]

Dear sir, You are really amazing. Please can you let us know regarding ckt breaker rating and ampere frame.

[@rmjnm]

Sir if a circuit has two loads L and C and both are drawing same current then they will cancel each other and the net current of the circuit will be zero. If the current is zero then the power shall also be zero. But both the loads are still there in the circuit and they are drawing some current means they are drawing some power. How it's possible? Please explain thank you.

[@GKAgrawal2]

They use reactie power not active power, if L and C assumed to be ideal, then reactie power flow in both will be in opposite direction. It is also called that one supply the reactie power and other consume it. Reactie power will circulate in both L & C, and nothing will come from AC under stable condition.

[@savinaykewat114]

Kya bat h sir aapki koi book b publish h Kya market me ya pendrive etc

[@GKAgrawal2]

Meri likhi koi book nahi.

[@satyabro6788]

Power factor lead aur current lead same hai kya

[@SureshKumar-nk2ok]

Sir 👍👍pls isska practical circuit video banayiye sir

[@vinaysoni5906]

20 watt 12volt chip led k liye , circuit kaisa hoga , without transformer wallo supply se aur kitne mf ka capacitor lagana hoga aur resistance and how to resistance value watt and how drive in 220 volt supply?☝️

[@arvindsharma1112]

10.8 or 11.7 dono ko lag or lead dono btaya h sir please clear kriye kb lead h kab lag

[@GKAgrawal2]

Please watch the video again,

[@mustafasavai6893]

Also if there is a choke of input 440v 2 phase and output 1300 volts with current flow of 7 -10 amps in high voltage side should a capacitor be used to control the PF

[@hukamsingh3191]

Nmste sir No load par transformer ka power factor control kese krenge

[@bhimsinghchhatri8401]

Sir aap transformer ka bhi batai

[@kuldeepgoyal6524]

Sir ek transformer impedance pr video bnao....... This one very useful

[@rizwan9789]

Hello sir 70 kw k lye ketna capestar lage ga

[@fahimasghar6375]

Nice video Sir. But i have one doubt that's you have connected Resistive load together with inductive and capacitive load. Sir suppose if we have only inductive load and it's taking 6 amps and if we connect capacitive load across and capacitive load also taking 6 amps then how much Ampere will show on main Supply ?Please explain. Thanks

[@GKAgrawal2]

As explained in the video, both current will cancel out and net current in main should be zero. ( but currents will be flowing in L & C, circulating current) however, this is only theoretical, as, in the real world, we may not get an ideal capacitor and inductor. There will always be a resistor loss involved.

[@ganpatijadhav5320]

१० एच पी कनेक्शको कितना KVR कपॉसिटर लगवाना है आटऑईल कपॉसिटर अच्छा होगा या साधा

[@BHUPENDRANAIK]

Sir namaskar Subcercuit kya hota hai? Subcercuit me Kitne mm ki wire use hoti hai.aur ye kahape use hota hai please full explain.

[@ayarottilsandeep545]

Sir ji, can you tell how will we take power factor in system , example a single line drawing of 5 floor hotel building. In each distribution borad, sub panel and the main panel we only assume the power factor to be 0.8 and do the rest of the calculation, like current, wattage etc... But when it's comes the question of power factor- capacitor bank , how will we calculate the existing power factor with load schedule, Theoretically...

[@harshispecial77]

Sir drive ke analog inputs kaise kaam krte h Or drive se m poo tor for rev with relay kaise kaam keta h

[@rameshbaskey3596]

Sir power factor ke bare mai video banaye na.

[@GKAgrawal2]

Power factor key merey kai videos hai. Dekhiye.

[@ajaypadale6797]

Sir how to use crystal ,for making waveform in high frequency...... .??

[@Er.sanjayuppcl]

Sir Yadi pf. 85 hai to ise unity bnane ke liye kitne fared ka capacitor lagana padega.

[@GKAgrawal2]

Yeh tho load per depend karta hai. Koi standard value nahee hotee hai . Aap mera video reactive power active power difference dekhey.

[@jagjeetsinghkalsi9781]

What will the effects on electricty bill please tell

[@jagjeetsinghkalsi9781]

In lead conditions

[@pankajsanwal2010]

Namaskar sir, leading power ki condition main voltage ki isthiti kya hoti hai ?

[@GKAgrawal2]

Good question, Leading power factor mey voltage jyada ho jata hai. Tho danger hota hai.

[@pankajsanwal2010]

@@GKAgrawal2 मेरे प्रश्न को कंप्लिमेंट देने के लिए धन्यवाद, वोल्टेज ज्यादा हो जाता है यहाँ तक तो मेरी जानकारी में भी है लेकिन sinusoidal wave form में किस तरह का फर्क पड़ता है और क्यों पड़ता है यह जानने जैसा है और आशा है आप तथ्य को ज्यादा अच्छे तरह से explain कर सकते हैं । आपके अगले किसी वीडियो में इसका इंतजार रहेगा । धन्यवाद ।

[@GKAgrawal2]

मेरा वीडियो leading power factor और lagging पावर फैक्टर देखो हिंदी में उसमें एक्सप्लेन किया है

[@pankajsanwal2010]

@@GKAgrawal2 धन्यवाद सर ।

[@byomakeshtripathy2797]

So valuable topic Sir! Thanks for teaching us

[@vishalkalara7688]

Automatic power factor correction Calculations for capacitors bank..? How?

[@satyamourthymalladi9066]

I'm yes

[@akshaymore5873]

Capacitor bank calculation for Apfc bank... If the current power factor is 0.9 and we have to improve it upto 0.999 Then take cos inverse of 0.9 and then take tan of that value..that is tan Phi 1... But our desired pf or target pf is 0.9999 hence take the cos inverse of 0.999 and then take the tan of that value.. That is tan phi 2... Then multiply the kva or apparent power with values of difference between tan phi values which we have calculated earlier... Kvar = kva ( tan phi 1 - tan phi 2 )...

[@sanjeevprajapati8675]

Sir Technician electrical apprentice me kis tarah ke questions puchhe jaate hai please reply

[@rajatganguly5560]

Ht vcb triping setting.

[@chsajid1341]

Sir Alternator mein frequency kb kam ya zaida hoti ha aur kon kon sy factor iss py aser andaz hoty hain Aur pawer factor kb kam ya zaida hota ha reason aur pawer factor ka load py kya aser parta ha

[@GKAgrawal2]

Mainey power factor per bahut sey video banaye hai, aap dekhiye.

[@Devendra7924]

If our power factor is lead what effect energy meter, Generator and kvar & kvarh

[@gyanendrapatel6125]

Current waveform, voltage waveforms se lead karegi sirf. jaise lag karti hai...

[@khizerhusain5237]

Plz sir tell me how to calculate starting capacitor calculation formula and running capacitor calculation formula

[@Sanjeev-ow7uj]

11000 voltage pr kitna current Le sakte han