智能电网通信——开发可再生能源的关键

K. Struebbe
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摘要

摘要仅供参考。可再生能源发电有三个特点:它的位置远离它的使用地点;它是去中心化的;而且它是易挥发的。看起来是一长串技术细节,实际上隐藏着能源供应方面的真正革命。在德国,我们处于一个特殊的情况。尽管欧盟委员会希望所有成员国减少化石燃料的燃烧,更多地使用可再生能源发电,但由于即将到来的能源转型,德国的时间压力急剧增加。由于计划到2022年逐步淘汰所有核电站,我们必须在未来十年建立一个智能电网,为一个繁荣的工业国家提供稳定的能源供应。利用可再生能源生产能源的三个特点加在一起,形成了智能电网要取得成功必须解决的三个问题:·能源的产生距离使用地点很远,特别是海上的海上风力发电场,需要德国北部到南部的电力传输进行重大升级。·为了重组中央发电和供应本地生产的可再生能源,我们需要更多和改进的关于电网当前状态的数据。·为了补偿波动性,我们必须能够在分销层面更快地做出反应。这就要求在中低压电网中实现电压自动调节。在能源进化之后,智能电网将成为能源供应的神经系统。它不仅是一个电网,也是一个通信网络,其中智能设备实时记录供电量和用电量数据,并自动调节电网电压。对于这个能源网格,安装的智能设备必须具有两个属性:标准遵从性和IT安全性。除了扩大传输能力之外,使用统一和安全的通信协议是构建这一中央基础设施的最大挑战。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Smart grid communications - the key for exploiting renewable energy sources
Summary from only given. Three features characterize electricity generation from renewable sources: it is located far away from where it will be used; it is decentralized; and it is volatile. What looks like a long list of technical details actually conceals a true revolution in terms of energy supply. In Germany, we are in a special situation. Although the EU Commission wants fewer fossil fuels to be burned and more renewable energies to be used in electricity generation in all member states, the time pressure has increased dramatically for Germany because of the upcoming energy turnaround. Because of the scheduled phasing out of all nuclear power plants by 2022, we must establish a Smart Grid over the next ten years and provide a stable energy supply for a prosperous industrial nation. The three features of producing energy from renewable sources add up to three problem areas that must be resolved for the Smart Grid to succeed: · The generation of energy far from where it is used, especially on offshore wind farms at sea, requires a major upgrade in transmission of power from the north of Germany to the south. · To reorganize central power generation and supply renewable energies that are produced locally, we need more and improved data about the current state of the grid. · To compensate for volatility, we must be able to respond faster at distribution level. This requires automatic voltage regulation in the medium- and low-voltage grid. Smart Grid will serve as the nervous system of energy supply after the energy evolution. In addition to being an electricity network, it is also a communication network in which intelligent devices record energy supply and consumption data in real-time and adjust the grid voltage automatically. For this energy grid, the intelligent devices installed must have two attributes: standards compliance and IT security. Besides expanding the transmission capacities, the use of uniform and secure communication protocols is the biggest challenge in building this central infrastructure.
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