The Application Direction of Data Communication in High-Voltage Power Cable Grounding Box Based on Optical Sensing Communication Technology

How to increase the speed of data transmission and reduce energy consumption are two important and difficult issues in current grounding boxes. This article uses research based on optical sensor communication technology to improve the stability and reliability of grounding boxes. This study uses a combination of experiments and simulations to explore optical sensor communication technology in data communication applications in high-voltage power cable grounding boxes by optimizing the design and algorithm of the optical sensor communication system. In the experiment, high-speed light source and modulation technology were used to optimize fiber transmission loss and attenuation, and a low-power optical receiver was used. Through case analysis and testing, the results show that the research in this article can enable the data transmission rate of the grounding box to reach a maximum of 10.9 Gbps. Through research on the data communication application of high-voltage power cable grounding boxes based on optical sensing communication technology, the data transmission rate is significantly increased and energy consumption is effectively reduced, which can improve the energy efficiency and sustainability of the grounding box.