To find out more about the cookies we use and how to control them, please visit our privacy, cookies and data protection page.The solution extracts all necessary information from your GIS and other enterprise systems to automatically generate up-to-date and accurate distribution network models, ready for planning and operational studies executed with the CYME software.
Cyme Training How To Control ThemBy combining and bringing the smart grid data into a distribution system analysis tool, DG penetration can be assessed, demand growth and network capacity can be optimized and power engineering planning can be done more efficiently. Our expert team assists you during the different phases of the integration, such as deployment, on-site configuration and training. Eatons CYME Gateway interfaces and transforms the intelligence of different enterprise systems into a comprehensive network model. We provide sustainable solutions that help our customers effectively manage electrical, hydraulic and mechanical power more safely, more efficiently and more reliably. Eatons 2019 revenues were 21.4 billion, and we sell products to customers in more than 175 countries. Thanks to our mission as distributoreditor of simulation software, we have developed high quality abilities and an expert network on which we can rely. We will be pleased to promptly answer any of your questions and find the right solutions. The experts of CYME from Powersys can assist you on different problematics such the following ones. The objective was to analyze stability in different configurations (peak and slack times). We start by importing the Power System model from another software to CYME. The model was validated with client thanks to measures on the real Power System. In some N-1 cases, we established that line overloads appeared. Some solutions, as power cuts or new power dispatch among plants, are proposed. Thanks to this study, we determined that short-circuit simulations can provoke line tripping, a variation of frequency and a voltage drop during the fault. Cyme Training Generator Loss SimulationsGenerator loss simulations highlighted possible decreases in frequency. The objective of this study was to determine the maximum cable ampacity, i.e. We used the software CYMCAP and modelled the cables and their environment (infrastructure earth layers). Some data were lacking, and we used the whole set of data to estimate realistic values. Above all, we evaluated the impact of concrete fill thermal resistivity and cable core diameter. If you continue browsing without changing your settings, you consent to our use of cookies.
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December 2020
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