Switching And Control Devices For DC-Supplied Distribution Systems

F. Mocci, M. Tosi
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Abstract

Some technical solutions are presented for load management automation in dc distribution systems where peak reduction of maximum load is desired or energy availability is limited, such as in photovoltaic plants. A comparison is made between electro-mechanical and solid-state relays for use with a microprocessor-based control station. The design of the switching devices, based on the use of novel semiconductors, aims at achieving automatic variations of load layout, providing at the same time even more effective control and protection than conventional ac devices. Some experimental results are shown.
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直流配电系统的开关和控制装置
针对光伏电站等需要最大负荷降峰或能源利用率有限的直流配电系统,提出了一些负荷管理自动化的技术解决方案。对微机控制站中使用的机电继电器和固态继电器进行了比较。该开关装置的设计基于新型半导体的使用,旨在实现负载布局的自动变化,同时提供比传统交流装置更有效的控制和保护。给出了一些实验结果。
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