智能电网和无线安全技术的最新发展有助于为下一代更好地保护环境

Laxmi Goswami, Neeraj Anand Sharma
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引用次数: 1

摘要

除了减少温室气体排放和为子孙后代保护环境外,智能电网技术还有助于政府和工业的变革。下一代电力系统被称为智能线路,主要被描述为帮助消费者和供应商提高产量和整体产量的系统。智能电网的目标是提高效率,展示双向通信,并允许可靠性应用于未来的电力系统。这些网络可促进改进替代能源和可再生能源之间的合作。这些设备的网络特性意味着除了前面提到的质量之外,安全问题可能会对设备产生影响并中断电源。因此,采用更强的无线安全性是至关重要的,它可以保护跨通信网络发送的数据,支持连续供电,并提高广泛使用的技术和基础设施的可靠性。这项研究的重点是概述使用电力城市和Wi-Fi技术为子孙后代保护生态问题的主要好处。为了更好地了解影响网络连接和发电实施的因素,本研究旨在收集受访者的信息。采用结构方程模型(SEM)进行研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Latest Developments in Smart Grid and Wireless Security Technologies Serve to Protect the Environment for Better Upcoming Generations
In addition to decrease emissions of greenhouse gases and safeguard the environment for future generations, smart grid technology is helping to transform government and industry. The next generation electricity system, known as smart lines, is primarily described as one that helps consumers and suppliers increase output and production overall. The goal of the smart grids is to increase efficiency, demonstrate two-way communication, and allow the application of dependability for future power systems. These networks may facilitate improved cooperation between alternative energy sources and renewable energy sources. The networked nature of these devices means that in addition to the previously mentioned qualities, Security issues may have an impact on the devices and disrupt the power supply. Therefore, it is crucial to adopt stronger wireless security that allows for the protection of data sent across communication networks, supports continuous power supply, and boosts dependability on widely used technology and infrastructure.That research is concentrated on outlining the key benefits of using power cities and Wi-Fi technologies to safeguard ecological issues for future generations. In order to better understand the factors that will affect the implementation of network connections and power generation, the research aims to gather information from respondents. The model for structural equations (SEM) is used to conduct the study.
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