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Evaluation of changes required in the transmission system to facilitate developments of smart grids

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These file attachments have been under embargo and were made available to the public after the embargo was lifted on 30 August 2011.

Author: Srinivasan, A.K.
Mentor: Koers, F. · Popov, M.
Faculty:Electrical Engineering, Mathematics and Computer Science
Department:EPE
Programme:Power systems
Type:Master thesis
Date:2011-08-26
Embargo lifted:2011-08-30
Keywords: transmission network · Smart grid · electric vehicles in Netherlands · fault current limiting devices · fast switching · grid acceleration time constant · wind farm model · powerfactory DIgSILENT · growth scenarios · vision 2030 · generation in Netherlands
Rights: (c) 2011 Srinivasan, A.K.

Abstract

This project is a study into the transmission network system setup of tomorrow in the Netherlands. This work was carried out at TenneT TSO and investigates the Network behavior in response to faults at various locations in the system and the influence of varying electrical generation and loads under four growth scenarios envisaged by TenneT in the vision 2030 document for the electrical power grid in the Netherlands. The work analyzes the behavior of voltage, frequency and dynamic power flows at the focal production centers in the Netherlands in 2030. Grid modeling has been carried out using calculated equivalent system inertia time for the rest of the dutch grid. Project executed in DIgSILENT Powerfactory software.

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