Richard Lunt

research

Solar cells designed to remain transparent while absorbing specific wavelengths of light, particularly ultraviolet and infrared radiation. These cells enable windows and glass surfaces to generate electricity without visible tinting.

A new class of opaque solar cell materials that can be tuned to absorb specific frequencies of light by adjusting their chemical composition. They are less expensive than traditional crystalline silicon and offer greater flexibility in light absorption properties.

Solar cells based on organic materials that achieved 5% efficiency in the research, representing an alternative approach to traditional inorganic photovoltaic technologies.

Michigan

Research project developing transparent solar cells based on halide perovskite materials that absorb UV and infrared light while maintaining glass transparency. The goal is to enable windows to generate electricity without sacrificing aesthetics.

A transparent solar cell technology based on halide perovskites that absorbs ultraviolet and infrared light while maintaining glass transparency. The prototype achieved 0.5% efficiency and can power on-demand darkening glass.