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It's so confusing with the direction of the current while showing the i-v characteristics.
how quantum efficiency and energy conversion efficiency are related
intensity of solar radiation is1.35KW/m2 or as you shown 1.35KW/cm2 ?
1.35 kw/m2
1.35KW/cm2????? That would have been at 1,000 Sun concentration!!!!
Why the ideality factor is not considered in Id equation
I think you need to take some time and go to inplix website to learn how to make it.
Whats the status, your best student is suffering.
sorry i m not able to understand , pls stop the doing this on the basis of IIT Madras
Thank you all for videos like this
Please , fst prepare ur self to teach.Don't confuse
You have one error. Intensity of solar radiation is 1.367KW/m2
Useless confusing lecture.
I bought instruction from Avasva and I build it very very cheap.
I did something similar with Avasva solutions.
It's so confusing with the direction of the current while showing the i-v characteristics.
how quantum efficiency and energy conversion efficiency are related
intensity of solar radiation is1.35KW/m2 or as you shown 1.35KW/cm2 ?
1.35 kw/m2
1.35KW/cm2????? That would have been at 1,000 Sun concentration!!!!
Why the ideality factor is not considered in Id equation
I think you need to take some time and go to inplix website to learn how to make it.
Whats the status, your best student is suffering.
sorry i m not able to understand , pls stop the doing this on the basis of IIT Madras
Thank you all for videos like this
Please , fst prepare ur self to teach.
Don't confuse
You have one error. Intensity of solar radiation is 1.367KW/m2
Useless confusing lecture.
I bought instruction from Avasva and I build it very very cheap.
I did something similar with Avasva solutions.