A new model of organic solar cells reveals open circuit conditions and size dependent power loss induced by the finite conductivity of a transparent contact

Keyphrases

• Condition-dependent 100%
• Size Dependence 100%
• Open Circuit 100%
• Organic Solar Cells 100%
• Power Loss 100%
• Finite Conductivity 100%
• Transparent Contacts 100%
• Short-circuit Current 66%
• Active Layer 66%
• Fill Factor 66%
• Cell Length 33%
• Simplified Model 33%
• Solar Cell 33%
• Electro-optic 33%
• Recombination 33%
• Active Materials 33%
• Laplace Equation 33%
• Linear Behavior 33%
• Position-dependent 33%
• Maximum Power Point 33%
• Low Conductivity 33%
• Transparent Anode 33%
• Anode Resistance 33%
• Sublinearity 33%
• Drift-diffusion Model 33%

Engineering

• Organic Solar Cells 100%
• Circuit Condition 100%
• Open Circuit 100%
• Power Loss 100%
• Boundary Condition 66%
• Active Layer 66%
• Fill Factor 66%
• Experimental Result 33%
• Key Parameter 33%
• Solar Cell 33%
• Electro-Optics 33%
• Saturates 33%
• Laplaces Equation 33%
• Transition Point 33%
• Linear Behavior 33%
• Maximum Power Point 33%
• Active Material 33%
• Subdomains 33%
• Diffusion Model 33%
• Anode Resistance 33%

Material Science

• Anode 100%
• Electronic Circuit 100%
• Organic Solar Cells 100%
• Solar Cell 16%