Solar Cell Circuit Model Explained

[@brandonsamuelcruzsilva7626]

Best explanation on the topic that I've ever seen

[@samh5550]

Sir you got the most easy explained video for this part. Many thanks sir. I could not understand it even with a better animation until I watched yours.

[@rolfbecker4512]

Fantastic explanation! I am going to share this with my students.

[@maxim25o2]

After 5 videos covering that topic, now I start understand that wired behavior. Now I know why photocell, get maximum voltage of 0,6 volts. And why connecting cells parallel in whole array are loosing current, even if other cells are in pick of producing power. And why photocel can't produce higher voltage. And Also why I can get very high current even if voltage is very low. This video explain it to me very well.

[@LightningHelix101]

Great stuff! Thank you much!

[@JonathanWirth-c3p]

Have a good day productions 😊

2:15 the footstep of a giant is heard

[@heavenintheworld195]

Great..... understandable

[@Chingonazo1]

Thank you!

[@marvnet8898]

I understand why a new free electron is attracted by fixed positive charges in the depletion region but I don't understand why it is pushed beyond this region...By whom? (Excuse me for my english)

[@wilurbean]

I think the charges just exit the depletion region and try to spread out. I think a more accurate drawing would show them within/around the p-n material

[@sumanjusMontes]

Very interesting, the measurements in mm of a standard solar cell of how much would it be?

[@mekilaolivier4560]

can a diode model be used for organic solar cell?

[@mowafaqsharat3170]

Very intresting

[@johnaugsburger6192]

Thanks

[@samaalobidi1070]

Thnx so much

[@sateeshprathapani]

You just need to incorporate drift, diffusion components to justify the diode current and photocurrent. Thanks for the attempt

[@alfron0162]

Very good! Just turn up the voulume

[@normanmikalac739]

too advanced for me; need more definitions of terms