Infrared light management in high-efficiency silicon heterojunction and rear-passivated solar cells

Physics & Astronomy

• heterojunctions 100%
• solar cells 84%
• oxides 70%
• silicon 61%
• metals 29%
• short circuit currents 23%
• reflectors 21%
• amorphous silicon 20%
• evanescent waves 13%
• ITO (semiconductors) 11%
• electron mobility 11%
• ray tracing 11%
• open circuit voltage 11%
• simulators 11%
• polarized light 10%
• electric contacts 9%
• high voltages 9%
• plasmons 9%
• penetration 9%
• incidence 9%
• current density 8%
• reflectance 7%
• requirements 7%
• conduction 7%
• optimization 7%
• thin films 5%