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Since the liberalization of the energy market the situation in the German transmission system has changed significantly. The trade of energy has increased rapidly and subsequently there is much more energy to transmit than at the time the main parts of the transmission system were built, which is nowadays 30 to 50 years ago. Additionally the energy from the growing amount of installed wind power, especially in the northern part of Germany, has to be transmitted to the more densely populated areas. Due to the fact that the system was originally built with the aim of reducing transmission…mehr

Produktbeschreibung
Since the liberalization of the energy market the situation in the German transmission system has changed significantly. The trade of energy has increased rapidly and subsequently there is much more energy to transmit than at the time the main parts of the transmission system were built, which is nowadays 30 to 50 years ago. Additionally the energy from the growing amount of installed wind power, especially in the northern part of Germany, has to be transmitted to the more densely populated areas. Due to the fact that the system was originally built with the aim of reducing transmission losses, the lines are not suited to transport large amounts of energy. Subsequently the transmission system operators have to rethink the system structure to handle the congestion of the transmission lines. One possibility to control the load flow is either by using FACTS devices or by building additional transmission lines. In this book the costs, possibilities and limits of FACTS are analyzed and stated. Finally, a summary of recommendations is provided, stating in which cases the use of FACTS or the system extension through the construction of new transmission lines is effective and suitable.
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Autorenporträt
Ernest Nkusi, received his Master of Science degree in Electrical Power Engineering from Technical University of Darmstadt, in 2008. After his studies, he has been working on HVDC projects worldwide. His responsibilities include, among others, tender and order calculations, project scheduling, design and manufacturing of HVDC high voltage equipment