Optimization of light trapping in ultrathin nonhomogeneous CuIn_1-ξGa_ξSe₂ solar cell backed by 1D periodically corrugated backreflector

Keyphrases

• Ultrathin 100%
• Solar Cell 100%
• Light Trapping 100%
• Back Reflector 100%
• Absorber Layer 100%
• Fill Factor 66%
• Efficiency Factor 66%
• High Efficiency 33%
• Absorption Characteristics 33%
• Band Gap 33%
• Ideality Factor 33%
• Series Resistance 33%
• Maximum Power Density 33%
• Open-circuit Voltage 33%
• AM1.5G 33%
• Non-homogeneity 33%
• Bandgap Variation 33%
• Rigorous Coupled-wave Approach 33%
• Overall Trends 33%
• Photonics 33%
• Thickness Direction 33%
• Solar Absorptance 33%
• High Fill 33%
• Voltage Efficiency 33%
• Reverse Saturation Current Density 33%
• Conventional Solar Cells 33%

Engineering

• Back Reflector 75%
• Absorber Layer 75%
• Fill Factor 50%
• Efficiency Factor 50%
• Experimental Result 25%
• Series Resistance 25%
• Ideality Factor 25%
• Optimal Design 25%
• Maximum Power Density 25%
• Open Circuit Voltage 25%
• Photonics 25%
• Thickness Direction 25%
• Saturation Current Density 25%
• Voltage Efficiency 25%
• Conventional Solar Cell 25%
• Inhomogeneity 25%

Material Science

• Solar Cell 100%
• Density 60%
• Electronic Circuit 20%