17530446. VERTICAL SILICON AND III-V PHOTOVOLTAICS INTEGRATION WITH SILICON ELECTRONICS simplified abstract (International Business Machines Corporation)
VERTICAL SILICON AND III-V PHOTOVOLTAICS INTEGRATION WITH SILICON ELECTRONICS
Organization Name
International Business Machines Corporation
Inventor(s)
Devendra K. Sadana of Pleasantville NY (US)
Ning Li of White Plains NY (US)
VERTICAL SILICON AND III-V PHOTOVOLTAICS INTEGRATION WITH SILICON ELECTRONICS - A simplified explanation of the abstract
This abstract first appeared for US patent application 17530446 titled 'VERTICAL SILICON AND III-V PHOTOVOLTAICS INTEGRATION WITH SILICON ELECTRONICS
Simplified Explanation
The abstract describes a photovoltaic structure that includes a substrate and off-axis, doped silicon regions at a non-zero angle. Photovoltaic devices of different chemistries can be located outward of the off-axis regions and the substrate.
- The photovoltaic structure includes a substrate and off-axis, doped silicon regions.
- The off-axis silicon regions have a lattice orientation at a non-zero angle.
- Photovoltaic devices of a first chemistry are located outward of the off-axis silicon regions.
- Optionally, photovoltaic devices of a second chemistry, different from the first chemistry, can be located outward of the substrate and away from the off-axis silicon regions.
Potential Applications
- Solar power generation
- Renewable energy systems
- Integration into building materials
- Portable electronic devices
Problems Solved
- Improved efficiency of photovoltaic structures
- Enhanced performance in capturing solar energy
- Increased flexibility in design and integration
Benefits
- Higher energy conversion efficiency
- Versatile design options
- Potential for improved durability and reliability
- Possibility of integrating different types of photovoltaic devices
Original Abstract Submitted
A photovoltaic structure includes a substrate; and a plurality of off-axis, doped silicon regions outward of the substrate. The plurality of off-axis, doped silicon regions have an off-axis lattice orientation at a predetermined non-zero angle. A plurality of photovoltaic devices of a first chemistry are located outward of the plurality of off-axis, doped silicon regions. Optionally, a plurality of photovoltaic devices of a second chemistry, different than the first chemistry, are located outward of the substrate and are spaced away from the plurality of off-axis, doped silicon regions.