Search for dissertations about: "wide-area monitoring protection and control"
Found 4 swedish dissertations containing the words wide-area monitoring protection and control.
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1. Wide area monitoring and control systems - application communication requirements and simulation
Abstract : Today’s electrical transmission & distribution systems, are facing a number of challenges related to changing environmental, technical and business factors. Among these factors are, increased environmental restrictions leading to higher share of production from renewable and uncontrollable sources as well as local environmental concerns regarding construction of new transmission and distribution lines. READ MORE
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2. Methods for Synchrophasor-Based Power SystemInstability Detection and HVDC Control
Abstract : The recent availability Phasor Measurement Unit (PMU) functionalities in relay technology has opened up new opportunities for power system protection, allowing this microprocessor-based technology to be used beyond traditional protection purposes. This technology now also considers the computation and communication mechanisms that allow the transmission of synchronized phasor measurements. READ MORE
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3. Synchrophasor Applications and their Vulnerability to Time Synchronization Impairment
Abstract : Recent years have seen the significance of utilizing time-synchronized, high resolution measurements from phasor measurement units (PMUs) to develop and implement wide-area monitoring, protection and control (WAMPAC) systems. WAMPAC systems aim to provide holistic view of the power system and enable detection and control of certain power system phenomena to enhance reliability and integrity of the grid. READ MORE
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4. Quality Assurance of Time Critical Data Using Adaptive Data Delivery Mechanisms in Smart Grids
Abstract : Smart grids are proposed to integrate renewable energy and to improve the efficiency of power system operation. The challenges of integrating renewable energy are the inherent fluctuations of generation which are difficult to predict which may lead to challenges to the safe operation of power systems. READ MORE