3. The efficiency of a single p-n junction solar cell in converting solar energy to electricity depends on the energy band gap of the specific solar cell material, as shown in the figure below. Based on results from question #3 above and also searching the internet if necessary, give a physical explanation of the bell-shape dependence of solar cell efficiency on band gap energy, Eg. That is, why efficiency of solar cell initially increases as a function of band gap, peaks at about 1.2-1.4 eV, and then decreases as band gap further increases? 50 Si InP 40 GaAs CdTe Ge 30- C-1000 20 Cds 10 2 3 Bandgap energy, E, (eV) (%)Efficiency

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3. The efficiency of a single p-n junction solar cell in converting solar energy to electricity
depends on the energy band gap of the specific solar cell material, as shown in the figure
below. Based on results from question #3 above and also searching the internet if necessary,
give a physical explanation of the bell-shape dependence of solar cell efficiency on band gap
energy, Eg. That is, why efficiency of solar cell initially increases as a function of band gap,
peaks at about 1.2-1.4 eV, and then decreases as band gap further increases?
50
Si
InP
GaAs
40
CdTe
Ge
30-
C-1000
c-
Cds
20
10
1
2
3
Bandgap energy, E, (eV)
(%)Efficiency
Transcribed Image Text:3. The efficiency of a single p-n junction solar cell in converting solar energy to electricity depends on the energy band gap of the specific solar cell material, as shown in the figure below. Based on results from question #3 above and also searching the internet if necessary, give a physical explanation of the bell-shape dependence of solar cell efficiency on band gap energy, Eg. That is, why efficiency of solar cell initially increases as a function of band gap, peaks at about 1.2-1.4 eV, and then decreases as band gap further increases? 50 Si InP GaAs 40 CdTe Ge 30- C-1000 c- Cds 20 10 1 2 3 Bandgap energy, E, (eV) (%)Efficiency
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