Simulation and characterization of novel large-area silicon solar cells for industrial production
Abstract
Novel concepts for crystalline silicon solar cells promise higher energy conversion efficiencies. In order to take one more step towards fulfilling this promise, the present dissertation focuses on new and adapted methods for the inline-characterization, and on optical and electrical simulations of these devices. Three novel concepts are covered: the passivated emitter and rear cell, the selective emitter and the metal wrap through concept.
