Solar System Calculation For Home / Inverter battery solar panel requirement / 350w Calculation

In this video we can learn Complete Solar system Calculation
following topic:-
1 inverter Selection Calculation
2. Battery size Selection
3. Solar Panel power
4. Solar Panel current calculation
5. Solar Panel Quantity
6. Home Load Calculation
Circuit info : th-cam.com/channels/5irLcuC.html...
350 Watt Solar System for Home Calculations, Solar system Calculation,
Solar panel watt calculation,
inverter size calculation for 350 watt load,
battery size calculation for 350 watt load,
solar panel size calculation for 350 watt load
Circuit info : th-cam.com/channels/5irLcuC.html...
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In this video we explain very easily for more information learning about this topic just watch and learn.
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Battery connection
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complete house wiring with Electricity
#circuitinfoingoogle
#Solarcalculation
#Howtoselectsolarpanel
#circuitinfo

[@themercysvlog3154]

Highly appreciated I am not a professional electrician but the way you explained anyone could be able to get the correct figures

[@CircuitInfo]

Thanks

[@robenlagos4669]

@@CircuitInfo 🔥

[@alexanderomowale6987]

✅✅

[@zimzimm-qe5in]

Go elsewhere

[@wizsat]

Can you also suggest how to add formula for power factor of (0.8) in this case?​@@CircuitInfo

[@mwendaikiara]

This video removes all the mystery and confusion from choosing the right components for your installation. Well done and thank you very much!

[@victor7ultimate]

Everything crystallized in an atomic level detail.
You are well appreciated man.
I've found the ultimate solar installation guide.
Thank you!

[@CircuitInfo]

Thanks for watching and your great support and feed back

[@anandsingh8987]

Rest all calculation are acceptable easily

[@thegreenviking1422]

I am a professional solar installer and this is one of the best basic explanations i have seen on youtube..

[@fortuneo4303]

May I ask you question a load of 4 air conditioning plus 500 liters of freezer plus TV and fans how many kva will I need

[@thegreenviking1422]

@@fortuneo4303 Hi fortune. I will need more information before I can calculate your load. I need to know the size of the aircon. (kW or BTU's), the freezer will also have a KW rating on the specs plate on the door, also please tell me what kind of fans are you talking about?

[@abdulramanc.lappia6064]

You do not know how you are helping people example like me, we can't pay you, only God can bless you, we appreciate sir, that you once more God bless you

[@PalithaAlahakoonDAP]

Highly appreciated. the simple presentation covers a huge area of the Solar off-grid system. One thing I have noticed is that 350W home load is considered as 340W (sorry I mentioned this it does not affect the content of the training program. human error forget it) best wishes I like it very much got more things to my knowledge base.

[@CircuitInfo]

Thanks for watching, I'm encouraged by your positive feedback. Sorry, I found a small calculation error after uploading the video.

[@sanchitkhandelwal2496]

Fantastic video! explains everything in a simple and very understandable way! Appreciate the video.

[@desuraviprasad3461]

Thank you very much for giving demonstrative calculation for the required home load in written mode explanation in simple terms. Even a 10th student can understand your method of calculation if one has known basic electrical terms and the relationship among them. Please design this type of videos in future also so that many viewers could become electrical technology literates.Thank you once again Technical Guruji.

[@CircuitInfo]

Thanks

[@anusuyabhat7240]

​@@CircuitInfo ❤

[@lawrencepatricio5776]

I've watched several videos like this. There was a lot of talking and jargons that my brain gave up. But this video, with no talking, just simple examples and calculations, my brain was able to grasp. Now I understand. No need for so much talk. Thank you so much for this video!

[@CircuitInfo]

Glad you liked it!

[@ronniecaramba-coker7827]

The best explanation of solar calculation I have come across. Very simple.👍

[@Groot_G]

It was very interesting to see the formulas all under one roof. Thank you. If you consider all the variables, you realise that you should go as big as you can afford - within reason.

[@markb8954]

Exactly. More panels & more batteries. We just went through a four-day power outage here in Maryland. Our little solar power system (3 x 100 w panels) and 4 (40 WAhr) 160 AHr battery bank enabled us to keep internet up, small pump for aquariums, a fan to cool down, cell phone charging. I think now i just need more batteries to store - luckily we had bright sunshine during the 4 day outage. A few more panels from Renogy as well.

[@udom64566]

สูตรคำนวณ ความลึก นำัหนัก ส่วนสูง ความแรง เสียว มีมัยครับ คือผมชอบสาวแต่ ดอร์ษัน จะคำนวณ Doorson !?

[@abasiamaanthony1060]

Thanks so much for the knowledge sharing
Am just starting a career as a solar panel technician

[@pelmos1439]

Wow, it so cool, with little prior knowledge about anything electrical, yet I got it perfectly well.
So informative

[@lorieliemagadia8590]

In an ideal environment, this applies. Several factors such as depth of discharge, shading, daylight hours etc. I love how clear this is.

[@mitchelldynamix5405]

Thank you!! Comprehensive and very well explained (South Africa)

[@shakeerpeerbhai]

Thanks for the video, nice and simple. One must also consider if using multiple solar panels, on how to connect up the panels - series vs parallel as this affects the input voltage and current.

[@CircuitInfo]

Yes, correct.

[@2kazoltech]

Excellent explanation. Thank you!
This video fully explained the basic instructions and requirements for going solar (DIY),. In addition, I think a solar charge controller is required to have a complete solar system setup and the calculation to determine the solar charge controller amps for this video will be dividing the total solar panel watts (720 watts) by 12V (for a 12Volts system) calculation which will give us 60. So you'll need a 60A MPPT or POWMR solar charge controller.

[@CircuitInfo]

Awesome, thank you!

[@andreatanrosecousin392]

yah.. he forgot this step in his video but over all its impressive explanation even if no how on calculation can easily understand these tuturials..congrats..

[@asmziauddinahmed1764]

Excellent video. A complete description and solution for Home Solar System.

[@bienramos7587]

Very simple explanation.. that's it.. even if you are not an electrical engineer or an electrician you can easily understand..thank you.

[@CircuitInfo]

Thanks Bien.

[@abuchand5371]

Brilliantly explained. Thank you. Appreciate you sharing your KNOWLEDGE. Without KNOWLEDGE this world will be in darkness.

[@CircuitInfo]

Thank you for your great support and encouragement

[@tandawhyne1791]

thanks and it's very informative hence helpful. I can install after watching this video though I'm not an electrician.

[@satturmuruges]

Valuable Calculations.! Easily untertood of solar panel installation!..

[@butternut10111]

I was so mad at first that ur not talking but it was so simplified talking would have complicated things honestly 😅😅.. I'm sharing this!!

[@myafricanpeopleletstalk9500]

Awesome guidance/tutorial! That's exactly what I needed.

[@CircuitInfo]

Glad you liked it!

[@ajayrajprajapat6404]

Bina kuchh bole sub achhe se aamgha diya THANK YOU sir

[@carelok]

Battery capacity (draw-down) is rarely 100% of capacity. Even if using LiFePO4 - work on 80% depth of discharge - meaning you can use 80% of 250Ah - so upscale the battery by a factor

[@altuber99_athlete]

Not only DoD (depth of discharge)/SoC (state of charge) should be considered, but also:
• SoH (state of health).
• Inverter efficiency (DC-AC conversion).
• Battery efficiency (chemical-electrical energy conversion). Irrelevant.
• Temperature.
• Current (due to resistive losses/Joule effect as well as Peukert’s law). Specially relevant for lead-acid batteries.

[@rjlinnovations1516]

Excellent video tutorials. It’s very informative. I’m not an electrician but by watching your video I think I can follow your calculations. Thank you for sharing your video. I loved off grid power supply. I subscribed your TH-cam channel to support your video. Greetings from Canada 🇨🇦

[@CircuitInfo]

Thanks for watching and your support.

[@rjlinnovations1516]

@@CircuitInfo you’re welcome

[@SabiraSultana-wq6nr]

Thanks you for very good basic load calculation, I want to another video from you for inductive and capacitive load calculations, Thanks

[@abhishekmishra-db9wc]

I found it very informative...love from India ❤

[@CircuitInfo]

Glad you liked it!!

[@chokzfernan2635]

big help for DIYers like me...great simple tutorial calculation...thnks much... 😊

[@CircuitInfo]

Most welcome 😊

[@chokzfernan2635]

@@CircuitInfo hope u will do a mattching of panels and hybrid inverters one day...

[@isurusandaruwan2493]

Crystal clear explanation.Thank you very much❤

[@CircuitInfo]

You're welcome 😊

[@lakshmikanthacg125]

Good information thanks 🙏 so much ದೇವರೂ ❤❤ I begging solar system installation calculation very important thank you bro

[@franklinpatrick8606]

Wow you are a professional I really learnt from it

[@Ternchannels]

thank you for the info calculation of home solar setup godbless ❤️❤️👍

[@nadasou]

Superb! 1. Mathematically based 2. No Spittle flying bullshit 3. Practical and easy to understand.

[@CircuitInfo]

Thanks 🙏

[@IanSayGonzales]

Very well explained. Thank you sir!

[@lajosn]

It was very good! Thank you! I apreciate this video very much.

[@CircuitInfo]

Thanks for your valuable comments

[@gairoonagi2666]

Very clear explanation. Thank. This video make it clear to me. Thank you very much. PNG.

[@runltdan]

Outstanding visual explanation! Thank You👍👍👍

[@CircuitInfo]

Thanks

[@runltdan]

Can ya help me out. To make the math easy, say I have four, 300ah battery’s. Can a 2200 class generators charge 4 or probably more in a “reasonable” amount of time? When I build my boat I will share the link.👍😎

[@skyborne6393]

It's ok, I can buy more batteries and connect in parallel and buy more solar panels for more voltage output 😄 thank God I don't need only 1 for all those appliances. But I love you for the calculations and formulas.

[@runltdan]

Any downside to the use of Two of the 400’s or the 300?? sizes? Great presentation. This breaks it down so even I can get it😂

[@cezarfernando1802]

This is so understandable and simple.

[@willieporau1260]

I am not an electrician, but thank you so much. Thus should help guide.
Timely as I am seeking advice to set up my own 3 bedroom house at home

[@kpmax8133]

Very good very clear itake more knowledg i am from sri lanka

[@theholyquran755]

Thank you for your valuable and to-the-point videos. May I know about the editing process, i e hand and pen writing, images sync. Thanks in advance

[@stanlyjoseph6660]

What should be the Voltage Rating of the solar panel to be used with a 12V, 1050W hybrid Inverter?

[@nikkim9712]

Awesome, now it makes sense, chaers very much

[@basunnaidu55]

SO NEATLY WITH VERY GOOD CLARITY ESPECIALLY TO PEOPLE WHO ARE EXPOSED TO SOLAR ENERGY CALCULATIONS A NICE OPPORTUNITY AND MUST MAKE FULL USE BY MAKING NOTES FOR FUTURE Reference.

[@CircuitInfo]

Thanks for your valuable comments.

[@CircuitInfo]

Thanks for your valuable comments. thanks for watching

[@bawnu1137]

Useful Sharing🥰

[@santigiebangura8967]

Great load analysis thank you sir for your great job

[@CircuitInfo]

So nice of you

[@subhradeepbiswas4986]

Really great full video thanks for this video ❤

[@CircuitInfo]

My pleasure 😊

[@rakimcasnor6674]

Very nice thank you for sharing this video.

[@karamokosamasa2123]

thank you so much. I was looking for video like this

[@CircuitInfo]

Thank you.

[@jayatissapeiris6781]

Thank you very much. For ur valuable time.

[@husseingebai5019]

Thank youuuu
GOD ProtetS your and ur family🙏

[@CircuitInfo]

Thank you

[@adebayomichael8893]

This is absolutely elucidating.

[@kathirvelSsitchabasion]

Awesome thank you..... avoid music

[@tebelomosia5974]

Thank you, so the solar plates are connected in series or parallel?

[@scryoukartube]

Woh! Excellent teaching, are you a teacher!

[@user-rq7qp8hn3x]

Kindly incorporate the effect of allowed battery's depth of discharge for more accurate battery sizing.

[@ahsanrashid6783]

Best Ever I watched

[@aroshanengineering4852]

زبردست

[@rajendranparakkal7335]

very good infermation Thanks sir

[@violaqiu625]

it's so good! i'm the manufacturer iof the solar energy system for many years.We're in the same business

[@ashagrebezabih1649]

Thank you good job I appreciate that.

[@abrahamougide6800]

thank u so much for helping me honestly I'm happy sir

[@faladesundayadebayo8168]

Thanks for lessons

[@fahimsahaf]

Really usefull. Easy understand... Thanks a Lot

[@CircuitInfo]

You are welcome

[@tapasroy6270]

Ehi jankari to khoj rhe the. Dhanyabad bhai. 🙏
Ram Ram

[@CircuitInfo]

thanks

[@krishath7085]

Great work..thank you dude

[@CircuitInfo]

Thanks for watching & Support.

[@homerecordingstudio9844]

very good explain, Thanks

[@miaowmiaow22]

This is so much fun.
TQ bro.
Could u teach us about solar charge controller?

[@CircuitInfo]

Thanks for watching bro. We will upload upcoming videos. Thanks for your comments.

[@navneetkatiyar5118]

Very Informative.

[@germanarellanocampos5119]

All the info I needed thanks

[@rcorsino569]

Hi thanks for your video very informative! Got a question, 1/2 horse power motor for water pump can run by the current setup? and how long will the battery lasts? thank you.

[@CircuitInfo]

Thanks for watching and your support. We will be upload upcoming videos.

[@abhisek997]

1/2 HP motor=400 w(if 1hour running then 400 w & above power storage battery reqd)
Then you easily get it how many times run and you can set up as per your running hours as per requirement basis.

[@user-tq7cx7ob5c]

thank a lot. it was very clear.

[@abccba7935]

Excellent. Simple.. thank you.

[@CircuitInfo]

Thanks

[@bhataamir1989]

From kashmir in winter My calculation 2kw gyser, 2kw ic, 2kw electric kattle pump motor 1horse pw, others lighting 1kw thats it 😊

[@syedemaad1]

Hahahah
Emm thov total load sirif 350 w 😄😄

[@dilmahanmahato8766]

Fully explained ❤

[@balakrishnaananthu26]

Super explain sir.... Thanks

[@martinchewe]

How many Amps of a solar charge controller will you recommend for such?

[@level2456]

Thanks for the video. Is Battery DC Volt (12V) constant?...second question, why is solar current battery current + home load? Because we want it to charge and power the house same time, in case battery is empty?

[@vedadaud1299]

Thank you very much Understood!

[@CircuitInfo]

Thanks for watching and your support

[@nuwanthilina4940]

Great video. Very informative. I have one question. Why did you add battery charging current and home load current?

[@CircuitInfo]

Good question!, Thanks for watching. Current calculation is required for solar panel selection. Thanks for your support.

[@SaurabhKumar-nq8xe]

In day time Sun energy will be directly used to convert electricity. But at night you will need battery to provide electricity. So it needs charging during the day time only. So it will also charge battery along with providing electricity during day time. So that additional charging of battery requires current. That's why it's added to it.

[@tonya7517]

@@SaurabhKumar-nq8xe yes but 25 A for battery is not 25 A from panels because of the higher voltage of a panel typically 42V / panel so his question is valid

[@faithsamuel4824]

I don't understand stand it too, why add dc current

[@shrikhetrabhumi5526]

Dear sir 100 watt of solar panel given 5 to 5.7 amp so according to this 180 watt panel give 9 amp or 10 amp.
Here 4 no. Of solar panels we are connect parallel so 4*9amp or 4*10amp = 36 amp or 40 amp we will get but our total current needed 55 amp so here battery can charge sufficiently????

[@collixanor4171]

Fine job! But you did not include the solar charge controller capacity required. Please do the needful. Thank you.

[@rajib6145]

Good presentation.
As Inverter can't be 100% efficient, DC current required for 350W ac load will be more than 30A.

[@davidjames1684]

Not necessarily. A fully charged lithium battery bank could be close to 13.6V, even under load, so that could be close to 400 watts in, so a 90% efficient inverter (at that load), could indeed power a 350 watt load.

[@emanuele19956]

Thanks for the video, I just need some clarification about backup time. What is backup time and why is it assumed to be 8 hours?

[@andrewdavies3438]

This was my question as well. It could be hours at night. How long you need the batteries to provide back up. Or Hours of daylight to back up the batteries with the solar panels.

[@soorajsunil6094]

Is it applicable to rooftop amd groumd mounted

[@shafiyouyoube]

well done bro...thanks.

[@ashug6443]

You are #best ....100%
#Thanks so much

[@chumaninxazonke117]

How easy was that! Thank you.

[@SkGaming-xn5ti]

If I installed a MPPT solar charge controller then I can use one 700watts n type solar pannel? reply pl.

[@albertaver702]

Good day po. Napanood ko blog na ito. Kc interested kong Malaman ang mga Tamang computation mo.
Sir hingi ako Sayo set sa rice cooker po pls. From solar, scc, battery. Pls. Tnks.

[@CircuitInfo]

Thanks for watching.

[@jayatissapeiris6781]

Thank you very much sir.,🙂

[@sanjusanthan9000]

Thanks for the video . The solar plat power formula is V X I . Where I is the Home load current Plus the Battery Charging current. But what is V ? Is it the Vmax Voltage of the Solar panel or the DC voltage of the Battery. If its one battery system the V shall be 12 and if the Inverter is a 4 battery system then the V shall be 48 Volt. Can please confirm what it to be considered for V.

[@MusicVariety]

Very easy to understand

[@martinsantos3781]

Wow Thank you

[@sathyamoorthymoorthy5057]

Good explanation sir

[@stanlibuda5786]

Axitec from Germany have solar panels over 600 Watt. The biggest one has got 670 W.