Dual-junction GaAs photovoltaic (PV) cells and modules at submillimeter scale are
demonstrated for efficient wireless power transfer for Internet of Things and bio-implantable …

A twelve-junction monolithically-integrated GaAs phototransducer device with> 60% power
conversion efficiency and> 14 V open-circuit voltage under monochromatic illumination is …

We achieve series-connected and shade-resilient silicon photovoltaic (PV) module by
connecting Schottky bypass diodes to cascaded PV cells in parallel with a reverse polarity …

A new IV measurement set-up called LaserSim has been developed for photovoltaic laser
power converters–photovoltaic cells optimized for monochromatic artificial light-providing …

A parameterized 3D distributed circuit model was developed to calculate the performance of
III-V solar cells and photonic power converters (PPC) with a variable number of epitaxial …

The technology of long‐distance power supply with high‐power laser (HPL) over single‐
mode fiber (SMF) is of great significance in specific environment. The nonlinear effect of fiber …

Multijunction photovoltaic devices have gained attention for both solar cells and wireless
power transmission. Herein, we present the spectral response of each subcell in a …

近几十年来, 开创性的光无线能量传输(OWPT) 技术在学术界和业内专家中都得到广泛关注.
通过激光二极管(LDs) 对操作设备或电池远程供电有很多优点. 远程LDs 可以消除额外携带电池 …

We study efficiency loss mechanisms and the potential for improvement of a record-setting
monochromatic photovoltaic device, which has demonstrated efficiency of 70% at 830 nm …

Optical power transmission (also called power-by-light) is an elegant solution to power
wireless sensor nodes. At the sensor, optical power in form of monochromatic laser light is …