How to select Inverter & Battery for your home || calculate size of battery and inverter

[@BunchOfThoughts]

बहुत ईमानदारी से और मेहनत से बताया भाई, बहुत बहुत शुक्रिया, keep it up the good work

[@Samsung-zg9ql]

भाग।।।

[@allrounderrk7341]

बोहत अच्छा समझाया brother ❤👍👍 Sirf like लेने subscriber बनाने वाला काम नहीं किया,, Detail में समझाया सब कुछ,,

[@parimyworld5434]

agar iss tarah hamai school ya colleges mai padhatai tou hum sab scientists ban chuke hotai aur hamara desh bhi taraki karta, thx a lot sir

[@chandansaw3210]

bilkul

[@rearrange8319]

एकदम सही बोल रहे हो बिरजू भाई

[@salaamnamaste5409]

Sahi kaha..

[@dibyendujana2799]

@@chandansaw3210 mb

[@arpan471]

🙏🙏🙏🙋👍

[@rulesbreaker9779]

धन्यवाद सर.. आपकी वज़ह से हमे बहुत कुछ सीखने को मिला इस विषय पर 🙏❤️❤️❤️

[@paulsaikat8197]

Excellent calculation.. we all learnt it at Class 8/9 Standard.. but never implement in real life... this is real life implementation what you have done

[@amitbhaisojitra3110]

Very very nice, Bahut hi achhi tarah se samjaya bhaiji aapne, Aapka khub khub aabhar.

[@technicalsachita1234]

Bahut bahut dhanyavaad itna acha samjhane k liye

[@abhisheknagar2410]

बहुत ही सुंदर जानकारी आपने मुझे प्रदान की। आपका बहुत बहुत धन्यवाद। ❤🌹👍👌🙏

[@dingdong8704]

Today I am going to buy my first inverter and battery. Thanks a lot for this valuable information.

[@chogyalnegi69]

Which One Are You Going To Buy and Why??

[@nickraj4163]

Luminous ka inverter kaisa rahta h 1450 Shakticharge

[@rajendrabasnet7451]

Bahut bahut sukriya ji🙏

[@চিত্তযেথাভয়শুন্য-র৭জ]

Its really helpful for those person who have minute knowledge about electricity. Thank you sir...

[@tablaclassesbysrikanthdevi3834]

ThanQ for good&clear inf. Sir..

[@arunkumarmishra7759]

3.7

[@arunkumarmishra7759]

0.37kilowat ka jet pump kitne VA ke invotor se chlega

[@LallanToppBihar]

Gajab ka video hai sir jee, pura doubt khatm.....

[@vishvajeet7064]

Best time for a KZbinr (lockdown)...

[@rakeshshah5783]

Gazab calculation hai bhai... Good achha laga video dekhkar kuch to knowledge mila mujhe

[@Bantirawat07]

Thank u so much dear u have lot of knowledge of electrical engineering...plzz transformer ke baare me bhi video bnaao yaar testing ke....during the the testing of transformer so many problems occurs

[@satnamji.3078]

ਬਹੁਤ ਵਧੀਆ ਜਾਣਕਾਰੀ ਜੀ

[@Jack-xx3qg]

Oh man, very informative. I was planning to buy Luminous(1100VA)+Battery(150 AH)+stand combo from amazon in Bangalore(BESCOM) because of the frequent power cut but I need it for my gaming PC and few other devices. After watching ur video I changed my mind.

[@AmitSharma-vg6br]

P

[@AmitSharma-vg6br]

O

[@Pankaj-v4c3b]

Bahut ache se samjhaya hai, very good keep it up!!

[@sanjayjapa7570]

बहोत बढिया जानकारी मिली है, ये बहोत कमी लोग जाणते/बताते है

[@KuldeepYadav-rm7ox]

😊😊😊😊😊😊😊❤¹😊❤

[@YusufKhan-ey2ss]

Bhai u r a really great teacher .smjany ka tarika very nice .

[@vineetkumar5528]

I have two questions 1) you divided by 12, why to do it always? 2) In summer, some time no power whole night or very frequently powe cut in day time. But this not the case in winter. Battery and inverter is for some years and heavy investment. How to decide? Any how, very nice video and explanation. Keep it up 👍

[@mrincredible0]

Bro every fukan dar sill give you or tell 150 ah is the best

[@jaychoudhury1401]

In night only fans load will be there, so back up will accordingly increase. During day also you may manage load accordingly, else go for higher AH

[@AbdulSalam-fz8bq]

Bht lajawab ....ekdm dimg me gus gaya mera bht thnks apko😊

[@kuldeepchand6074]

Very nice...simplified the complex information. Thanks..

[@AkhileshKumar-gh3sj]

Sir aap ke video me samjhane ki kala me bahut aachchhi quality he a hum logo ke liye bahut upyogi sabit hote he iske liye aap ka dil se thenk sir

[@jyotirmayapasayat4742]

You are a very good advisor.... You explain very well. God bless you

[@Need_A_Fan]

Wow.... Very helpfull brother, love and respect from Bangladesh ♥️♥️❣️💘🇧🇩🇧🇩🙏

[@rohitbhatt702]

Great stuff. Learned something new today. All the best for your future endeavors.

[@AmithTaba]

Why 0.8 has been divided with Total load requirements?

[@arkestatopvideos3366]

Bahut hi saral bhasa me aap me samjha diya. Supper....@👌👌👌

[@adarshtamrkar1265]

सर् आपसे और आपके चैनल से जुड़कर बहुत ज्यादा अच्छा लगा आपके सभी वीडियो ने बहुत नॉलेज बढ़ाया हैं मै जानता हूँ कि आप ने पॉलिटेक्निक की है आपके एक अनुरोध है कि आप पॉलिटेक्निक का सिलेबस कम्प्लीट करवा दे। मै आपका बहुत बड़ा आभारी रहूँगा

[@ghanshyamtyagi8935]

Good

[@avitechgamerz9927]

@@ghanshyamtyagi8935 good

[@Ronaldoofficial-u1h]

Thank you sir , samhaj gaya clear sahi time per maine dekhiye aap ki video

[@somdevmukherjee312]

explanation at its best ❤️❤️

[@electricaldost]

Thanks a lot 😊

[@kolirajendra3141]

थारा कोई जवाब नाही बहुत बढ़िया प्रस्तुति 😘

[@balajid1157]

Crystal clear explanation. Thank you very much.

[@neelkanth7393]

zindgi me pehli baar kuch samjh aaye electrical ke bare me

[@amansingh-sh8mi]

Nice video bro 👍

[@ayushkeshri4k]

BRO , thank you so much iss tarah ke knowledge ko share karne ke liye❤️❤️❤️❤️ jisse sabhi ka fayda hoga .....bhai tum bahut acha kaam kar rahe ho , apna time nikal ke tum ham logo ke liye itna acha knowledgeable video bana rahe ho free me ...... MAY GOD GIVE YOU ALL HAPPINESS OF THE WORLD ❤️❤️❤️

[@ajaykumarguru3453]

Lots of thanks bhai for this,🙏🙏

[@jainrakesh820]

बहुत अच्छी जानकारी दी है

[@harvinderdeogan8512]

Very well explained, thanks!!

[@HUMSAFAR_KESARIYA]

Lajwab video hai sir aap k video se kaphi kuch sikhane ko milta hai

[@anuradhaverma7]

Calculate total watt-hr consumption divide it by 9.6, you will get Ah of the battery needed, simple. India have usually 12V batteries.

[@agr6386]

Practical and theory plays a different role ... Theory hi krte rehjaoge..ratta bolte he aasan language me

[@Ronakyogi]

Super video ❤❤❤❤❤

[@narendra6153]

i think 375 VA should be there instead of 375W, as you have divided load by pf correct me if i'am wrong

[@user-zj5et2bo3q]

U r crt

[@itt614]

Bahut video dekhe but apka video bahut hi helpful h sir

[@ifcindia6900]

Battery ka voltage kahan se Nikala apne? 13 volt kahan se aya calculation ?

[@AMITKUMAR-jh4ob]

Wahi samjh mere ko bhi nhi aaya

[@prakashborkar]

@@AMITKUMAR-jh4ob Battery mostly 12v yaa 24v mein ati hain isliye usne 12v le liya

[@betaalsbuddy1655]

Batteries aur inverter do tarah k hote hai 12 V aur 24V. 12 V inverter mein single 12V battery connect hoti hai aur mostly ghr k liye use hota hai. 24 V mein 2 ya multiple batteries connect hoti hai aur commercial jagah use hota jaise shops ya office

[@narendrakumarpatil5147]

बेहतरीन जानकारियां अच्छे तरिके से बताया गया।

[@RaviShMina]

Rather than 375 Watts, it should have been 375 VA. Because you are ➗ power to power factor that gives apparent power

[@128a51achd]

I ❤️ed your video. I have a Genus make 800VA model inverter with a 150Ah 12V battery. Battery has lasted 11 years & was supplied by Genus and model was GTT550 12V. Now this model is no more manufactured by Genus. I wrote to Genus company and have been advised to either use their GTT165 battery with a rating of 150Ah 12V or GTT200 battery with 165Ah 12V battery. However, I have been suggested to better use 165Ah 12V battery for battery output. In the meanwhile I saw a comment that said that if the 800VA Inverter is not able to support enough Amperage for 165Ah battery then it would cause a strain not only on inverter but shall also shorten battery life over the years. Now this being tooo technical matter you are requested to clarify the issu so that I may not end up buying a wrong battery (neither one with lower Ah rating nor higher Ah rating that 800VA Inverter be not able to support. An early and sincere reply duly supported by logic shall be highly appreciated and would be loved by your viewers in general.

[@1tayyub1]

How to find power factor of home. something is mixed power factor and inverter efficiency i think. explain pls

[@krishanudutta2943]

thanks a lot for the video sir i was very confusing what to buy it was very helpful for me sir❤️❤️❤️❤️

[@sureshparihar205]

सब पैसे का खेल है पैसे हुए तो बैटरी और इनवर्टर अपने आप सेलेक्ट होजाएगे

[@thatbackbenchdude]

सिर्फ पैसे होने से कुछ नहीं होता, पैसों के साथ अकल भी लगती है, और अकल लेने के लिए ऐसे वीडियो देखना पड़ता है

[@rammuthe969]

the explainnation was superb. even commnon man can also learn and understand just watching ur videos

[@mrkcmahapatra]

Nice one. I have a question, what's the ratings of inverter and battery required for running one HP PUMP submersible pump.

[@Samadhanonlinekubari]

शानदार, बहुत ही फायदेमंद जानकारी

[@TheUnknownNexus]

Battery should never be discharged 100%, so you should get 2x the usage for the size of the battery

[@Sandeepkumar-ml5vr]

आपका वीडियो हमे बहुत अच्छा लगा धन्यवाद भाई

[@sudipbanerjee4739]

Please show such illustrative calculation for a solar system installation. For example, if I want to run two ac fan and three ac led buld, then what would be the specifications of solar panels, battery and inverter.

[@agamjaat2310]

Bhai ji bhut hi aache se smjhaya apne👌🏻👌🏻👌🏻

[@mukeshkp100]

Sir apne battery ka cal nikalte samay Load*backup/battery Kiya hai isme apne 12 se kyu devide kiya yeh mujhe samjh nahi aaya

[@SurajKumar-tv3ft]

12 volt ka 🔋 aata hai isiliye

[@karunakarannair6253]

Bahut achi tarah aap se samajhaya. Thanks 🙏🙏🙏

[@archgrapherdiaries3336]

Do we need to consider charging points of laptop and mobile phone

[@sanjaysinghsanjaysinghsanj7916]

बहुत बढिया जानकारी दी है भाई साहाब जी 👍👍

[@user-do7oq2yy3t]

सर आपने बताया कि दो घण्टे के लिए पर मान लिया जाए कि कभी बिजली कटौती फाल्ट के कारण ज्यादा देर चली जाती है तो करेंगे।

[@cgpschandwrittennotes9584]

to kam chije use kro jyda time tak jayega

[@ShaileshPatel-cg4nz]

Abhi puri jindagi to inverter ki battery nahi chalegi na bhai, kabhi to khatam hogi, backup jyada chahiye to battery badi lagao wo

[@tinkerersagar]

Are bhai tumhare yahan regular kitne time tak electricity cut hoti hai uske hisab se calculation karni hoti hai. Waise to koi tufaan aaya aur 10 din tak electricity nai hai to kya karoge? Inverter battery ka godaam lagaoge kya ghar pe

[@roshanpanda8420]

​😊d😊 😊😊😊😮 😊 😮😊😊 😊😊😊 😊😊😮 7 😊😊😊😊😊 😮😮😊😮😊😊😊😊😮😮😮😮😮😮😊😮😮😊😮😊😮😊😮😮😮😮😮😮😊😊😮😊😊😮😊😊😊😊😮😊😮😮😊😊😊😮😊😮😮😊😊😮😊😮😊😊😮😊😮😮😊😮😊😮😮😮😮😊😮😊😮😮😮😊😊😊to 😊😮😊😊😊😮😊😊😊😊😊😮😊😮😊😊😮😊😮😊😮😮😮😮😮 😊😮😮😮😮😮😮😊😊😊😊😮😊😮😊😊😊😊😮😊to 😊😮😮😮😮😊7😊😮😊😮😊😮😊😮😮😮😮😮😮😊😊😊😊😮😮😮😊😊😊😊😊😮😊😊😮😊😮😮😮😮😊😮😊😮😊😮😊😮😮😊😊😮😊😮😮😮😮😮😮😮😊😊😮😊😮😮😮😮😮😊😮😮😮😮😊😮😊😮😮😮😊😮😮😮😊😊😮😮😊😊😮😊😮😮😊😮😊😊😮😮😮😊😮😮😮me 😮😮😊😮😊😮😊7😊😮😊😊😊😊😊😊😊😮😊😊😊😊😮😮😮😮😮😊😊😮😮😊😊7😊😮😊😮😊😊7😊😮😊😊😮😮😊😊😊😊😊😊😊😮😮😊😮😮😊😊😮😮😮😊😮😊😊😊😮😊😊😮😊😮😮😊7😮😊😊😮😊😊😮😊😊😊😮😊😊😊😊😊7😮7😊😮😮😮😮😮😊😊😮😊😊😮😊😮😮😊😊😊😮😮😊😊😊😮to 😊😮😊😊😊😊😊😊😮😮😊😊😮😊😊to 😊😊😊😊😊😮😊😮😊😊to 😊😊😊😮😊😮😊😊😊😊😊😮😮😊😊😊😮😮😊😊😊😊😊7😮😮😊😮😊😊😊😊😊😊😊😮😊😊😊😊😊😊😮

[@rizwanhashmi9191]

Bahut achha lga sir... Aapka idea.. hame bahut help mileg isse...

[@Yog-mk4lo]

plz correct it , if u r dividing 300 W from 0.8 then it will give 375 VA , so plz correct it .

[@biswas7773]

0.9

[@shivakrisha7559]

Plz check ones again video

[@ganeshpanda669]

Right sir

[@balkrishansharma7311]

you are really a good teacher

[@adityasinghblogs]

Please advise what if inverter is taken for more VA or may be double?

[@lokeshraghav1789]

जानकारी के बहूत बहुत धन्यवाद

[@TECHNICALideasWithVedansh]

Bhai tu teacher ban ja 😂 Student ko tere zaroorat hai

[@binay11ify]

Superb video.. Dont know anything about electricity but learnt a lot through this video

[@vijaykantbalwatkar816]

What is the recharging voltage and current for 200AH battery?

[@samirbehera6916]

Best ever solutions of KZbin for inverter battery

[@shripadmulay5298]

Normally efficiency is not mentioned on the nameplate of inverter.

[@tejprakash7942]

Bhai namaste aap ki awaj achi hay Sam jhane ka tarika bhi goodjob bhai

[@alokverma3485]

जबरदस्त एक्सप्लेनेशन भाई.. सारा डाउट क्लियर कर दिया ...गॉड ब्लेस यू ..इनवर्टर वाले बोलते हैं कि डेढ़ सौ एंपियर की बैटरी लो 650 ईबी का इनवर्टर लो जबकि लोड हमारा बहुत कम होता है. और उस पर भी बोलते हैं कि 2 पंखे दो बल्ब 5 घंटे चलेंगे कितना ठगते हैं यह लोग.. आपका बहुत धन्यवाद

[@prasad9976]

Bahot hi behtareen tarike se samjhaya hai sir aapne.

[@laxmannetake1371]

Sir Aap naam ke hi nahi balki kam ke Engineer ho...Thank u ..Itana badhiya knowledge dene ke liye

[@parikshitpratapsingh2553]

Thank you soo much such clarity will surely help me to get the right combo

[@rupambonia6709]

Gulli Bro Aapko Bhagoban Hamesa Khush Rakhe

[@akram1739]

Ek Dam Correct information Biyudu Apan khush hua Haa Ha Ha

[@SunilKumar-yi2wj]

Good calculation with great explanation sirji thnk u

[@VP07]

Good video, to the point & no blah blah.. wish I had seen this video first & not wasted time on others 🙏🚩🇮🇳🚩

[@vg4039]

Kash aise teacher padhate

[@kishorkumarmahato2635]

Sir aap ne bahut achha samjhaya very good sir ji

[@AnilKumar-bx4vl]

Bahut achhi jankari aapne diya h!

[@prajaktamulatkar2918]

The effort you put into making the video and the information provided is very nice, keep making videos

[@monulathi]

सभी वीडियो में बेस्ट वीडियो 👌👌👌👌👍👍👍👍

[@pralhadmore8531]

Jabardast sir koi shanka nahi

[@subhashsalvi5013]

Best ever video . A layman can select battery and Inverter .

[@YusufKhan-ey2ss]

Very nice sir u r a really great teacher.

[@shammiyadav4786]

Hi Dear. aap Ke Jaan kary bahut maam ki hai mai jarur esko apnaunga Thx Brother

[@deepakmahato8710]

This was an amazing video... Thanks for this valuable info

[@satishvasane6812]

बहुत अच्छा भाईसाहब धन्यवाद

[@akaj188]

Very helpful guidance . Thanks

[@glennmcgrath147]

Sahi bataya bhai tune.. Great..

[@rudrabhattacharya7640]

Thanks a lot... Now it's clear for me... Thank you again... 🙏🌹

[@shivangshukla3764]

Bht achha samjhaya Apne

[@sydvzn5186]

Bhai,kya samjhaaya hai! thank you !

[@prafullachawria8124]

अच्छी जानकारी के लिए धन्यवाद ।

[@wazirrehman9862]

ملٹی میٹر سےٹرانسفر کا ایمپئیر نکالنے کا طریقہ بتادیں تو جناب بڑی نوازش ھو گی۔ماشأاﷲ آپکی ہر ویڈیو قابل تعریف ھے۔