人工智能保护能源和环境

H. Hseiki, Hiba Bazzi, Rola Kassem, Ahmad El-hajj, Ali Haidar
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引用次数: 1

摘要

由于电力供应短缺、成本高昂以及对环境的影响,被一些人称为现代科技奇迹的电力在黎巴嫩被视为一场噩梦。这种愤怒可以通过整合混合电源、智能电表、可靠电网、公平收费和高效管理的电力系统的新趋势来解决。这种新的开发在其模块或层中面临着许多挑战。引入不同的人工智能算法和技术,将混合发电源、控制管理系统和智能计量与客户监督相结合。这些模块严重依赖于信息通信,使其暴露于网络安全威胁之下。在本文中,我们将提出一个真正适用于完整系统的解决方案,从设计,混合电源选择,人工智能技术选择到网络安全计划。我们新颖的设计确保了完全可持续的能源生产,无污染,无废物产生,运行成本最低。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
AI to Preserve Energy and Environment
Electricity or what some call as the miracle of modern technology is considered as a nightmare in Lebanon due to the shortage in supply, high cost and environmental impact. This indignation can be treated by the new trend in power systems integrating hybrid sources, smart meters, reliable grid, fair fees and efficient management. This new development is facing lot of challenges throughout its modules or layers. Different artificial intelligent algorithms and techniques are introduced to integrate the hybrid power generation sources, control & management system and smart metering with client oversight. These modules are heavily dependent on information communications that makes it exposed to cyber security threats. In this paper, we will propose a real applicable solution for a complete system from design, hybrid power source selection, AI techniques options to cyber security plan. Our novel design ensures full sustainable energy production with no pollution or waste production and least running cost.
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