使用LoRa技术的基于物联网的智能电能表

V. K.
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引用次数: 0

摘要

本文的目的是简要概述智能电表如何从整合LoRa-WAN和物联网应用中受益。本文提出在智能电能表中使用LoRa-WAN和IoT应用,实现功耗的实时监控和计算。在当今技术驱动的世界中,电源管理对于数字系统的高效运行至关重要,过度的功耗可能导致系统故障。通过在设计中加入LoRa单元,可以将系统的通信范围扩展到指定范围内的多个位置,因为LoRa支持多个节点的部署。此外,LoRa的双向通信能力增强了系统的功能。基于wi - fi的物联网系统通常需要多个接入点来覆盖大面积区域,与之相比,基于lora的解决方案具有成本优势。通过在设备上安装建议的软件版本,用户可以远程监控他们的功耗,并采取必要的措施来优化能源使用。关键词:智能电能表,LoRa-WAN,物联网应用,功耗,远程通信,双向通信,高性价比解决方案
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IoT BASED SMART ENERGY METER USING LoRa TECHNOLOGY
The objective of this paper is to provide a brief overview of how smart energy meters can benefit from incorporating LoRa-WAN and IoT applications. This paper proposes the use of LoRa-WAN and IoT applications in smart energy meters to enable real-time monitoring and calculation of power consumption. In today's technology-driven world, power management is crucial for the efficient operation of digital systems, and excessive power consumption can lead to system failures. By incorporating a LoRa unit into the design, the system's communication range can be extended to multiple locations within the specified range, as LoRa supports the deployment of numerous nodes. Furthermore, LoRa's bi- directional communication capability enhances the system's functionality. Compared to Wi-Fi-based IoT systems, which typically require multiple access points to cover large areas, the proposed LoRa-based solution offers cost advantages. By implementing the suggested software version on the devices, users can monitor their power consumption remotely and take necessary actions to optimize energy usage. Keywords— Smart Energy Meters, LoRa-WAN, IoT applications, Power Consumption, Long-range Communication, Bi-directional Communication, Cost-effective Solution
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