Research on electric energy conversion methods for small power equipment based on constant-current power supply with submarine optical cable

Yuanyuan Zhou, Xuejun Zhou, Zheng Zhang
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引用次数: 4

Abstract

Considering simple, stability and reliable power supply module for the small power equipment in underwater information network, based on constant-current power supply with submarine optical cable, the electric energy conversion methods with voltage stabilizing diodes are designed and researched. The mathematical models are established and the reliability calculation formulas are deduced for four connection modes, namely series connection, parallel connection, series-parallel connection and parallel-series connection of voltage stabilizing diodes. The simulation results show that each connection mode can obtain its highest reliability by choosing optimum number of voltage stabilizing diodes. In practical application, the most suitable electric energy conversion method can be chosen by considering the reliability of different connections and the number of devices required synthetically.
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基于海底光缆恒流供电的小型电力设备电能转换方法研究
考虑到水下信息网络中小型电力设备的电源模块简单、稳定、可靠,在海底光缆恒流电源的基础上,设计研究了带稳压二极管的电能转换方法。建立了稳压二极管串联、并联、串并联、并串联四种连接方式的数学模型,推导了可靠性计算公式。仿真结果表明,通过选择最优稳压二极管数量,每种连接方式都能获得最高的可靠性。在实际应用中,可以综合考虑不同连接方式的可靠性和所需器件的数量,选择最合适的电能转换方式。
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