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Communication Solutions for LVDC Island Networks

机译:LVDC孤岛网络的通信解决方案

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摘要

Production and generation of electrical power is evolving to more environmental friendly technologies and schemes. Pushed by the increasing cost of fossil fuels, the operational costs of producing electrical power with fossil fuels and the effect in the environment, like pollution and global warming, renewable energy sources gain con-stant impulse into the global energy economy.In consequence, the introduction of distributed energy sources has brought a new complexity to the electrical networks. In the new concept of smart grids and decen-tralized power generation; control, protection and measurement are also distributed and requiring, among other things, a new scheme of communication to operate with each other in balance and improve performance. In this research, an analysis of different communication technologies (power line communication, Ethernet over unshielded twisted pair (UTP), optic fiber, Wi-Fi, Wi-MAX, and Long Term Evolution) and their respective characteristics will be carried out. With the objective of pointing out strengths and weaknesses from different points of view (technical, economical, deployment, etc.) to establish a richer context on which a decision for communication approach can be done depending on the specific application scenario of a new smart grid deployment. As a result, a description of possible optimal deployment solutions for communication will be shown considering different options for technologies, and a mention of different important considerations to be taken into account will be made for some of the possible network implementation scenarios.
机译:电力的生产和发电正在向更加环保的技术和方案发展。在化石燃料成本不断上涨,使用化石燃料发电的运营成本以及对环境的影响(如污染和全球变暖)的推动下,可再生能源不断推动着全球能源经济的发展。分布式能源的引入为电气网络带来了新的复杂性。在智能电网和分布式发电的新概念中;控制,保护和测量也已分发,除其他事项外,还要求一种新的通信方案,以相互平衡地工作并提高性能。在这项研究中,将对不同的通信技术(电力线通信,非屏蔽双绞线以太网(UTP),光纤,Wi-Fi,Wi-MAX和长期演进)及其各自的特征进行分析。目的是从不同角度(技术,经济,部署等)指出优点和缺点,以建立更丰富的上下文,在此上下文中,可以根据新智能电网的特定应用场景来决定采用哪种通信方法部署。结果,将在考虑技术的不同选项的情况下显示对通信的可能最佳部署解决方案的描述,并且将针对某些可能的网络实现方案提到要考虑的不同重要考虑因素。

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