In this video i explain the concept of Back Surface Field (BSF) which is used to reduce the effect of surface recombination in solar cells
Жүктеу.....
Пікірлер: 18
@now4itfriends9 жыл бұрын
Great and clear explanation! Thank you very much for this video!
@tomfalcon46378 жыл бұрын
Really helpful video - thanks for sharing :-)
@liyezhu78396 жыл бұрын
very clear !!thank you ,sir
@nimrodbirsha548110 жыл бұрын
Thx a lot the way you xplained was really awsome. By this way i also understood the importance to draw a band diagram Be well
@user-dh4wn7tw3j6 жыл бұрын
Thank you, you explain very good )
@elokhidayah9246 жыл бұрын
thanks a lot, easy to understanding
@levyt16162 жыл бұрын
THANK YOU SO MUCH !!!
@user-fm6zh4ii8r2 жыл бұрын
Thank u
@jaewoonglee97275 жыл бұрын
Just curious. I'm new in solar cells. If I'm wrong, please correct me. Are the dotted lines at 2:00 and 6:00 fermi level? It seems the materials in the video are illuminated, and they still have constant fermi level across the materials. I thought under illumination, fermi level should not be constant through the junction anymore. Am I misunderstanding something? Thanks!
@krishnakumarphy15 жыл бұрын
Very good explanation...... Thanks for your video. Which IV parameters (jsc or Rs or Rsh?) of the solar cell device will be affected due to the presence of SRV?
@romanibukharst95176 жыл бұрын
Thanks sir
@ouafiabelaidi96104 жыл бұрын
what about a negative bask surface field?
@samyakgupta13142 жыл бұрын
4:00 we are taking 1 diffusion length into consideration as well because (diffusion length is avg distance an excited carrier travels before recombining) and I have so far assumed that carriers are formed only in the depletion region (as excited carriers in the neutral region are recombined). But it can be assumed that the excess carries formed in that diffusion length of the neutral region can also contribute to current (like e- reaches depletion region by diffusion before recombining).
@mdershadulchoudhury7675
2 жыл бұрын
Yes, it is
@user-fd7sl1nw5z Жыл бұрын
Thank you what is local BSF?
@pankajgaurr3 жыл бұрын
These are PERC cells right?
@user-cf7su1sf2r5 жыл бұрын
I have a question. Is AlOx considered as fixed charge layer or BSF layer?
Пікірлер: 18
Great and clear explanation! Thank you very much for this video!
Really helpful video - thanks for sharing :-)
very clear !!thank you ,sir
Thx a lot the way you xplained was really awsome. By this way i also understood the importance to draw a band diagram Be well
Thank you, you explain very good )
thanks a lot, easy to understanding
THANK YOU SO MUCH !!!
Thank u
Just curious. I'm new in solar cells. If I'm wrong, please correct me. Are the dotted lines at 2:00 and 6:00 fermi level? It seems the materials in the video are illuminated, and they still have constant fermi level across the materials. I thought under illumination, fermi level should not be constant through the junction anymore. Am I misunderstanding something? Thanks!
Very good explanation...... Thanks for your video. Which IV parameters (jsc or Rs or Rsh?) of the solar cell device will be affected due to the presence of SRV?
Thanks sir
what about a negative bask surface field?
4:00 we are taking 1 diffusion length into consideration as well because (diffusion length is avg distance an excited carrier travels before recombining) and I have so far assumed that carriers are formed only in the depletion region (as excited carriers in the neutral region are recombined). But it can be assumed that the excess carries formed in that diffusion length of the neutral region can also contribute to current (like e- reaches depletion region by diffusion before recombining).
@mdershadulchoudhury7675
2 жыл бұрын
Yes, it is
Thank you what is local BSF?
These are PERC cells right?
I have a question. Is AlOx considered as fixed charge layer or BSF layer?
@ShafatShahnewaz01
4 жыл бұрын
FIxed Charge Layer