Specific innovative semi-transparent solar cell for indoor and outdoor LiFi applications
作者： Emilie Bialic , Luc Maret , Dimitri Kténas
DOI: 10.1364/AO.54.008062
关键词:
摘要: Research in light-fidelity (LiFi), also called visible light communication (VLC), has gained huge interest. In such a system, an optical sensor translates the received luminous modulation flux into electrical signal which is decoded. To consider LiFi as alternative solution for wireless communication, receiver must be operational indoor and outdoor configurations. Photovoltaic modules could appear to this issue. paper, we present signal-to-noise ratio (SNR) response frequency of two different kinds photovoltaic modules. We characterize detail SNR by using experimental setup connects software-based direct current (DCO)-orthogonal division multiiplexing emitter hardware front ends. analyze performances under lighting conditions. prove that available bandwidth depends drastically on ambient Under specific conditions, around 4 MHz corresponding data rate 8 Mbit/s achieved. saturation effects semi-transparent solar cell study improves their (both rate) high environments.
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