基于微处理器的扩展功能电气负荷控制系统的概念

Andrii Kanovskyi, Oleksandr Osolinskyi, Hrystyna Lipyanina-Goncharenko, A. Sachenko
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引用次数: 0

摘要

为了提高与电气设备(电子设备)一起工作时的能源安全,使用了许多设备,例如断路器,RCCB断路器,熔断器链接,继电器等。所有这些组件都是为了保护设备或与它们一起工作的人,但访问它们通常是有限的,此外,施加限制还因为用户必须具有一定的资格。此外,大多数元件都位于配电箱内。提出的控制系统概念是一个紧凑的解决方案,允许测量能源消耗的所有必要参数,分析这些参数并做出决策,以及实际上,使用物联网等现代技术远程控制设备的功率,这扩展了标准能源安全系统的功能。系统本身可以以浪涌保护器或瓦特表的形式直接定位于目标消费者。
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A Concept of Microprocessor-Based Electrical Load Control System with Extended Functionality
To increase energy safety when working with electrical devices (electronic equipment), a number of devices are used, such as a circuit breaker, RCCB circuit breaker, fuse links, relays and others. All of those components are designed to protect devices or people, who work with them, but access to them is often limited, in addition, the restriction is imposed also because the user must have certain qualifications. In addition, most of the elements are located in the electrical distribution box. The proposed concept of the control system is a compact solution, and allows to measure all the necessary parameters of energy consumption, analyze this parameters and make decisions, as well as, in fact, control the power of devices remotely using modern technologies, such as IoT, which expands the functions of a standard energy security system. The system itself can be located directly at the target consumer in the form of a surge protector or Watt-meter.
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