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Full Description
The book provides a unique overview of photovoltaic devices based on nanostructured silicon. After a review of the optical properties of silicon nanostructures and their characterization, the book gives a comprehensive account of the state-of-the-art nanostructuring methods for silicon-based solar cell devices, covering emerging approaches such as silicon nanowire technology as well as already industrially applied technologies such as highly efficient, nanostructured thin-film solar cells.
Contents
Introduction
Physical and Optical Limits
PART I: OPTICS AND TECHNOLOGY
Optical Properties of Random, Periodic and Deterministic Disordered Nanostructures
On the Correct Optical Characterization of Nanostructured Silicon
Current Advances in Pyramidal Texturing of Silicon Solar Cells
Black Silicon Technology for Silicon Solar Cells
Nanoimprint-Lithography in Silicon Photovoltaics
PART II: SOLAR CELL TECHNOLOGIES
Current Industrial Standard(s) Nanotexturing Mono-Si Solar Cells
Current Industrial Standard(s) Nanotexturing Multi-Si Solar Cells
Nanostructures for a-Si:H/micro-c-Si:H Thin-Film Solar Cells
Nanostructures in Kaneka's Record HIT Solar Cell Technology
Nanostructures for Thin Wafers by Transfer
Silicon Nanowire Solar Cells
Nanostructures for Liquid Phase Crystallized Silicon Solar Cells
PART III: OUTLOOK -
DEVICE DESIGNS BEYOND SHOCKLEY-QUEISSER
Nanostructured Perovskite-Silicon Tandem Solar Cells
Enhanced Spectral Conversion by Nanotexturing for Si Solar Cells
Summary
