Silicon-based photovoltaic cell array panel （Si-PvCA）， as a cost-effective universal visible light communication carrier， is increasingly concerned.However， its VLC bandwidth is limited by single-channel communication mode. Based on the analysis of its key factors， such as the physical structure， optoelectronic feature and circuit topology， a way to improve the signal-to-noise ratio （SNR） and implement the space division multiple access （SDMA）-multiple input multiple output （MIMO） based concurrent VLC was proposed by the utilization of its subdividing and reconstruction along with the spatial light distribution characteristics of LED array lighting.A possible way to develop VLC through LED array and Si-PvCA was provided.