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Maximizing energy transfer and RES integration using dynamic thermal rating Italian TSO experience

机译：最大化能量转移和使用动态热评级意大利TSO经验的集成

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The production of electricity from wind and other renewable sources is rapidly increasing all over the world, causing significant changes in the management of electrical systems. The current structural asset is not adequate to manage this growing generation of energy. The hypothesis of construction of new power lines would mean taking into consideration economic, political and social problems. The following paper reports the experience gained by the Italian TSO, Tema S.p.A, on the use of the DTR (Dynamic Thermal Rating), which is able to dynamically calculate the real transport capacity of an overhead power line. The results obtained are encouraging as they show how it is possible to increase, in safety, the energy flows on the lines compared to the static limit evaluations. There are many advantages for electric systems: optimizing energy vectors, reducing congestions, increasing reliability, developing smart grids. In this document, after a brief illustration of the architecture of the DTR system, the authors report the results of two successful applications in the Italian HV electrical system for RES integration: a wind case and a hydroelectric one.
机译：从风和其他可再生能源的电力生产正在全世界迅速增加，导致电气系统管理的重大变化。目前的结构资产不足以管理这种不断增长的能量。新电力线建设的假设意味着考虑到经济，政治和社会问题。以下论文报告了意大利TSO，Tema S.P.A所获得的经验，用于使用DTR（动态热额定值），这能够动态地计算架空电力线的真正传输容量。获得的结果是令人鼓舞的，因为它们展示了在安全的情况下，与静态极限评估相比，能量流动的能量流动。电动系统有许多优点：优化能量向量，减少拥堵，增加可靠性，开发智能电网。在本文件中，在DTR系统的架构的简短说明之后，作者在意大利HV电气系统中报告了两种成功应用的结果，用于RES集成：风壳和水电。

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