Amazing Concept of Reactive Power | Core Subject on Genique Education

[@GeniqueEducationTeam]

Next Booking : 15 June Core Subject will be available on Genique Visit : www.xeriqueeducation.com

[@baddhurisrinivasareddy6591]

How to contact for this course

[@AjayKumar-pk4up]

Sir provide lectures in english it will be help ful for all

[@swagatmohite01]

Good sir

[@chandramohankanchi4677]

Yes...sir provide lectures in english...every student can grasp the subject...

[@Surajbhai-153]

Sir ji agar reactive power ki wajah se flux produce hota hai to Dc macine me to reactive power hoti hi nahi hai phir waha flux kaise produce hota hai. Plz answer me

[@anupkamboj4656]

Hi Sohail Sir, I am power industry professional and currently working for US projects. I haven't seen any teacher in India till now with such conceptual & ease of deliver knowledge. Thanks for sharing your valuable knowledge wit us.

[@jakapureabhishekbheemashan2209]

Best concept of reactive power ever explained!!!! What simplicity level of teaching sir !!!🙏🙏🙏

[@anjalichandawat1065]

Reactive power concept was not clear to me till now. I always used to get confused. But after watching ur lectures sir, it really cleared all my doubts and helped me understand the subject in a better way. Thank you sir!!

[@sumanchakraborty1793]

sir mind blowing.........aap logo ka lecture is lie khas han...kyonki aap log samjhane k lie practical example de rahe hon..isilie crystal clear ho raha han........thanku u sir...thanku vary much.

[@bharatjangra_Overseer]

The best explanation of Concept of Reactive Power.I have the lower level in electrical engineering,but I found myself very much easy in this chapter explained by you.Thank you Sohail Ansari sir.🙏🏻🙏🏻

[@ajitsahu157]

Teaching level - Legendary. 🙏🙏🙏

[@muhammadbilalsiddiqui9681]

Thank you so much sir you have almost cleared all my concept being an electrical Engineer but i have a question what if we supply more reactive than the need of the system. what would be the result of it and if a transformer doesn not have enough current can we add capacitor bank having more available ampare than transformer have ??? Kindly answer. ill be grateful

[@himanshuverma2073]

Awesome... It's barely that someone is explaining the thing with practical scenario. Hats off sir

[@adarshroy437]

Genique,best platform for electrical engineering student

[@ashikanand3997]

Nice explain sir ji...hm kitne bar try kiye reactive power smajhne k liye book & teacher se v bt clear nhi ho paya tha.. aaj jakr concept pta chla and yaad v ho gya kn deliver and kn absorbe karega...thank you so much...

[@bineettiwari9451]

Sir pehli bar smj m aya reactive ka funda very good lecture jada smaj m tb aya jab apne example diya bukh or bhojan ka thats good

[@irfanullah4684]

Great, I did learn two new points regarding from Load ,here have one question if Power plant is working on ILAND MODE then from where we will take reactive for our Generator....?

[@dineshhariyani8574]

Story bahot mast build karke padhate he iailiye sare fundamental clear ho jate he Very very nice sir....

[@fazleimam5247]

I am working in Electrical utilities in Delhi and i want to learn power so it’s very helpful for me thnks I will continue.... learn About active and reactive power

[@bishalsharma4882]

God level teaching....simply awesome...I am from Nepal I find it very conceptual and profound lecture.....you are best sir ji...

[@pramodpadhan657]

Sir aap ke class se concept samajh mein aaya. Aap kaa online class se hum jaise remote location ke student ko bhi fayda ho raha hai. Aap ko koti koti pranaaam. 🙏🙏 Sir, ek doubt hai, hume toh generator ka excitation DC mein dete hain, aur DC mein reactive power kaise generate ho sakta hai?

[@vipulpranav9870]

Great interactive lecture sir. Also studied power electronics lecture. Well this made me not to remember but indeed understanding concepts with wide 3 min derivation for any topics. Thanks sir.

[@viveksingh3989]

Very simple yet very very effective explaination. Lucky to have gone through your video

[@Smileplease349]

Very nice explanation sir...👌👏👏.1st time my motor concept is clear as till now I only thought that only generator deliver or absorb reactive power....

[@GeniqueEducationTeam]

Keep sharing.. all the best

[@vipinkumarsrivastav7147]

Great concept sir Jo aaj tk kisi ne nhi smchaya vo aapne jberdast trike se btaya🙏🙏🙏

[@PawanKumar-bn8dj]

Sir itna jazab ka concept tha ki mere sare doubts clear ho gye , mai always confuse ho jata but ab nahi hoga Thanks sir

[@susheeltiwari1019]

Awesome skill

[@nayankarmakarofficial6294]

earlier I thought by the help of active power, reactive power is made...but now learn new ..thank u sir

[@thecontrolresearch273]

Sir ek chota sa doubt hei. U told reactive power is responsible for flux production in the field winding of machines. But in dc supply there is no reactive power right and the field winding of machines is energized with dc supply to create flux and only when it is rotated flux linkage is alternating in nature. Then for dc supply in the field, how the reactive power is produced

[@manjunathbs7746]

Every current carrying conductor there will be magnetic flux around it.

[@harshsharma5768]

Same my doubt also. Field flux is static due to dc source and hence no reactive power is needed to produce it. Also dc source cannot provide reactive power either. Now sir is telling tht in overexcitation some part of reactive power is used for flux and some is delivered to load. How is this possible as flux is being produced by some other dc source. Please answer sir.

[@Yagnik_Jadav]

but we have provide only dc supply for producing a current and rotor is already rotating so that rotating flux will be produced....

[@anshulchoudhary5377]

Bro I think in synchronous generator dc supply is usually given with the help of rectifier which also consist of transformer and transformer need reactive power for magnetic field production

[@research8540]

thank you very much sir for this nice video. I clearly absorbed the concepts what you have delivered to us. thank you again for this over-excitation, so that we could get the sufficient Reactive power .

[@phoolsingh3658]

Teaching skill is excellent.

[@bunnynewbie8842]

Wonderful sir..isi concept ko bohot din se find kar raha tha!! 😊😊😊❤❤❤❤

[@debsankarchatterjee5100]

Very good concept learned today.... Before this video, lots confusions regarding Q were in mind.. But now all crystal clear.. Thank you sir

[@OMPRAKASH-nw6fo]

Very good concept sir. You cleared many doubts about reactive power👌

[@prashantchavan5098]

Sessions is very best. Need to clear below topic How possible moter running on Resistive load? Or unity Pf.

[@jaymanek1617]

Best teching sir, you are best in teaching core subjects

[@jemalgadhavi4183]

Really good sir And starting everything going good but when motor at load then much more complicated for me but by the way really help it Thank you sir 🙏

[@sahilsharma-xc5if]

Sir but in synchronous machine we use dc source for excitation and to createflux, and we know in DC there is no reactive power so from where this reactive power comes

[@sk-yf5gx]

If u ask a question that from where this reactive power come in ac supply then it will be more good but ur doubt is from where this reactive power come in load or generator when we give dc? Explanation... See u r correct that in DC there is no reactive power this means u know there is reactive power in AC ok. When DC supply given to rotor so rotor sets time invarying flux but if it starts rotating then the voltage and current in stator we get due to induced emf is time varying due to faraday law of emi and this law is applicable where there is magnetic flux and that flux come from winding which is excited by DC source in rotor. So ac supply is given to load which carries reactive power. Now from where it came in ac supply it came in ac supply due to phase difference if u load a generator with resistive load then there is no need of reactive power but due to lagging or leading load phase difference is created which makes load less utilization of active power and that reaming power is reactive power where voltage and current are not in phase. So if generator creates 500va power(assume) then if 470 watt is utilize now reaming one is reactive power and it is a fictious concept that's why it is imaginary and we denote it as imaginary

[@sk-yf5gx]

@@piyushjoshi1939 in capacitor there is no concept of magnetic field then why did capacitive load have reactive power concept.dont say flux is lost here due to electrostatic energy storing like in inductor electromagnetic .energy storing.....According to u ......... but I think magnetic flux does not have anything related to electrostatic energy

[@poojayadav-wd3kr]

@@piyushjoshi1939 can u tell what will be sigh of injected reactive power by shunt capacitor for voltage boost

[@poojayadav-wd3kr]

@@piyushjoshi1939 deliver is different from inject ?

[@poojayadav-wd3kr]

@@piyushjoshi1939 means it's the nature of shunt capacitor to deliver lagging reactive power

[@arshdeepkaur5815]

thank you all genique team.....thank you so much sir, sare concepts etne ache method se smjane k liye.....thanks a lot.

[@wajahatfaheem9623]

kya samje aap. can u explain in nutshell why do we need reactive power

[@beyoundyourself1]

Very very very nice class sir...Fully coceptual class...Now my doudt is totally clear...Thank you very much sir...🙏

[@gangappaingalgi1213]

Hi sir, Sir first God bless you, Sir it's amezing teaching for us because it's totally best concept but don't teach best in our life so it's best teach think us. Keep going sir God bless you 🙏🙌

[@subhashkelkar8589]

Nicely presented.Thank you sir🙏

[@subhashvaza3219]

Best lecture ever...all doubt clear...thank u so much sir

[@adityayadav6712]

Maza aa Gaya sir. Ye leading aur lagging reactive power ka concept kafi time se parashan kat Raha tha.

[@360technicalglance8]

Here the point to be noted that if we increase the field current reactive power will be more but we know that in AC only reactive power exist but in Alternator i have seen excitation is DC as rotation rectifier is fitted in Rotor and initial voltage is generated by Residual Magnetism .....how DC can produce reactive power sir kindly reply

[@ajithvs126]

Same dought here.

[@manishbeniwal01]

Sir you solved a big mystery for me... Thank you so much

[@almotivation2985]

REALLY VERY VERY helpful video it is!

[@subhashkelkar8589]

Dear sir.very well explained.Thank you sir 🙏

[@DilipKumar-ru2mk]

This is first time to understand concept of reactive power in very simple way Thank you sohail sir

[@souravchakrabarti]

Sir, due to a Voltage source, current is flowed. So what's the need of current source. And also what's the difference between their place of application, PLEASE ELABORATE. I actuall can't figure out the existence of current source. As if it's current source, then where the term voltage, and if Voltage ain't there, how current is flowing as we all know CURRENT IS FLOWED DUE TO VOLTAGE IN A CIRCUIT. IF VOLTAGE IS A PRESSURE, THEN CURRENT IS IT'S FLOW........so?

[@sanjeevkumarekka1952]

Wonderful teaching sir❤❤

[@parashsingh1738]

At 14.35 when negative half cycle of current has been considered , voltage polarity across inductor shall also be considered reversed while giving explanation ..Shall it be rectified..

[@aimrailway1380]

Finally cleared my doubt after 1hr... thanks.... Sir

[@dineshkolotiya631]

Thanks a lot.. To clearing our concept.. And many more extra knowledge

[@abeshkumarawadhya8693]

sir you are the best facality of entire core paper of electrical department

[@abeshkumarawadhya8693]

you have to teach all core paper of elecrical

[@ManishSingh-gx4tr]

Dear sir.. The windings on rotor are given dc supply so how inductor is formed for dc supply inductor is short ckt. Then how the concept of Q come in rotor of gen.

[@sanjaydewangan1925]

It is really amazing concept sir, eske phle confusion tha, ab hmesha k lie khatam ho gya, Thank you so much

[@priya03_94]

sanjay dewangan can u explain me smthing about this concept?

[@Arrogant176]

conclusion: Source Q>0, deliver Q (and this Q is lagging Q), Load Q>0, absorb Q (and this Q is lagging Q). i.e. the general convention we follow is for lagging Q.

[@technicalwala3302]

Sir thanks so much Ek confusion h sir genretor excitation voltage Dc supply rahegi DC supply ke karan reactive power genrate hoga kya rotor m. Apke anusar dc circuit m kewal active power hoga

[@chandrimakabiraj2871]

Reactive power will be generated in the stator coils where time varying emf is induced.

[@360technicalglance8]

Teaching is outstanding

[@tusharsharma5220]

Crystal clear concept sir

[@abhinavprakhar746]

Very helping lecture sir..🙏🙏

[@surajpanda6209]

Sir when Alternator running parallel with grid and grid pf is leading what is effect of alternator pf.....and why????And how dc excitation produce reactive power....please reply

[@Rohitkumar5004]

bht badhiya explaination sir 👌👌

[@gvlogs-7]

Thank you so much sir.i am totally cleared about reactive power

[@sanketaswar6729]

Very nice teaching & concept

[@sanjeevbhukya]

Superb Lecture sir..I loved it full..

[@nandkumarkushwaha2232]

Very well explanation of reactive power

[@ANURAGKUMAR-dx6tp]

Excellent session..❤️..!Nicely explained by you..🙏🙏..!

[@rameshkundrapu9786]

Sir this is better understanding about reactive power, but then also I have some doubts.... If generator act as source element, at that time generator can absorb reactive power and deliver active power in unser exitation.

[@rameshkundrapu9786]

And vise- versa

[@priyabanerjee3573]

Very detailed lectures. Thank you for providing concepts with ease.

[@krishankumarrohilla5531]

Very good explanation.

[@Nitikashrivastava2023]

Bhut acha tha sir... Mujhe core subject K basic concept padhna h sir... Aapke sare video available h ya pen drive course.

[@zohankhan2110]

We provide Dc source to rotor winding. No relationship can be established between reactive power and magnatic field on rotor

[@MrSantyyadav]

Nice video,full detail diy apne

[@abinashsahoo9441]

You have explained about reactive power transaction between generator and load . Now my concern is Generator also delivers active power ....how its utilised in plant side.

[@kurienrocky]

my concern too being a mechanical engineer dealing with purely inductive loads (motors) required for high torques

[@tapomaydebnath253]

Thanks sir . Nicely explain ❤️

[@GeniqueEducationTeam]

Most welcome.. keep studying ❤️

[@Sans_K5]

ache se samjh aa gya Sir💜 thanks_Sir❤️🙏

[@vidhaykshingh1327]

3 phase induction story बताएं

[@sudarshangapat9507]

Really helpful and cleared every doubt . Thank you so much sir:)

[@apoorvsharma6999]

Sir bahut hi badiya video hai....aap loag bahut aacha kaam kar rahe ... Plz sir switch hear and protection ka bhi course daal dijiye and power system mein loaf flow ka iterative method wale questions jo Baki exams mein kafi aate hai conventional type questions... thanks

[@gianchandthakur4721]

Excellent, teaching skills

[@joydeepsaha2279]

It is really helpful sir❤️❤️🙏🙏

[@chandrasekhardas9080]

Sir please explain for which reactive power i.e lagging or leading better for alternator excitation system and what happened if alternator delivered leading/lagging reactive power.

[@moumitamondal5188]

Sir aise hi basics ka video banaiye..Its awesome

[@prakashtalakeri7176]

for excitation we provide dc supply, since dc always supply active power, increasing the excitation means increasing dc voltage how the reactive power will come?

[@rkg3157]

Sir, Tysm for ur great explanation... negative power factor samajh nahi aata..plz suggest video

[@bjornironside271]

Nice explanation sir , thanks a lot

[@ashishvitekar3474]

Very nice explain and informative video's keep it up

[@yoyoyo...]

Easy explanation.... thank you for uploading

[@proshomankumar8194]

Nice explanation Some problems.of gate required to complete it.

[@MrIndiaforNiDYpeople]

Really Thanks sir, You are Great..

[@Rafat527]

ThanQ so much sir. Love From Bangladesh

[@lokeshnagar1312]

Good Explanation...

[@ricprabhakar5760]

sir one doubt plz answer ( DC current to field winding to generate flux and reactive power but sir in DC there is no Reactive power concept)

[@arvindkumarrawat2366]

Great job. Sir ji

[@bhavyajha9269]

Sir aap bhagwaan ho...kal mera exam hai iss subject ka...ye topic hai...ab smjh aa jayega acche se..

[@mdhussain363]

excellent sir, maza aagaya.

[@harshitagarwal6979]

very good concept sir.

[@Technicalworldwithdeep]

Goog concept sir me aaj tak nhi pada tha is style me thanks sir

[@mayurshimpi8812]

Owesome concept 😊😊

[@abins641]

Thank you for your effort. It helped me to clear my doubts.

[@ashishsaxena7906]

Very beautiful concept sir thanks a lot.

[@souravbiswas7308]

Amazing concept sir..U are Great.