COMPARISON OF PERFORMANCE OF SYNCHRONIZATION ALGORITHMS FOR GRID CONNECTED POWER ELECTRONICS CONVERTERS ACCORDING TO PROPOSED EVALUATION QUALITY CRITERIA
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Issue Vol. 4 No. 1 (2014)
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OPC TECHNOLOGY AS AN AUTOMATED SYSTEMS INTEGRATION TOOL
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OPTIMAL CONTROL SYSTEM OF DIESEL AUTOMOTIVE ENGINEERING BY EXAMPLE OF OPEN PIT MOTOR TRANSPORT
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DEFINITION OF THE OBJECTS OF MULTIVARIABLE CONTROL OF TECHNOLOGICAL PROCESS OF SMELTING INDUSTRY ON THE BASIS OF OPTIMIZATION MODEL
18-20
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SYNTHESIS OF MANIPULATION ROBOT PROGRAM TRAJECTORIES WITH CONSTRAINTS IN THE FORM OF OBSTACLES
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BUILDING OPTIMAL BOUNDARY CONTROL BY THE SUCCESSIVE APPROXIMATIONS METHOD
24-26
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CONCEPT OF DEVELOPING AN INTELLIGENT SYSTEM FOR CONTROL AND OPERATIONAL DIAGNOSTICS OF TECHNOLOGICAL EQUIPMENT CONDITION
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AUTOMATED NMR-RELAXOMETRY FOR CONTROL OF PRODUCTION AND QUALITY
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QUALITY MANAGEMENT SYSTEM IN HEAT SUPPLY OPERATION
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DETERMINATION OF THE STRUCTURE OF TASKS FOR PHOSPHORIC ORE SMELTING FURNACE CONTROL
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CONSTRUCTION METHOD OF OPTIMAL CONTROL SYSTEM OF A GROUP OF UNMANNED AERIAL VEHICLES
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FRACTIONAL MODEL OF FAST PROCESSES IN NUCLEAR REACTOR ANALYSIS
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NUMERICAL ANALYSIS OF ARTIFICIAL HYPERTHERMIA TREATMENT
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ANALYSIS OF DISTURBANCES IN ELECTRIC POWERS SYSTEMS CAUSED BY LIGHTNING DISCHARGES
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IPv6 PROTOCOL - CHARACTERISTICS AND SUGGESTED METHODS OF IMPLEMENTATION IN EXISTING IPv4 NETWORKS USING CISCO ROUTERS
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COMPARISON OF PERFORMANCE OF SYNCHRONIZATION ALGORITHMS FOR GRID CONNECTED POWER ELECTRONICS CONVERTERS ACCORDING TO PROPOSED EVALUATION QUALITY CRITERIA
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MEASUREMENT OF THERMAL CONDUCTIVITY COEFFICIENT OF INSULATING LIQUIDS USING AUTHORING MEASUREMENT SYSTEM
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MODELLING OF TRANSIENT HEAT TRANSPORT IN CRYSTALLINE SOLIDS USING THE INTERVAL LATTICE BOLTZMANN METHOD (TWO-DIMENSIONAL MODEL)
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LOW POWER PROTOTYPE OF THE INTEGRATED CIRCUIT WITH DUAL-STAGE PULSE PROCESSING FOR TIME AND AMPLITUDE MEASUREMENT
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Abstract
In this paper a comparison of synchronization methods for power electronics converters is presented. Proposed evaluation criteria are based on Transmission System Operators requirements, as well as on criteria parameters based on requirements for design, computation and operation under normal/distorted conditions. Additionally a classification of various kinds of synchronization algorithms is discussed with a brief description of the role of power electronics in the modern power systems. All of the tested algorithms were subjected to appropriate tests validating the quality criteria for each of them. The tests were performed in terms of simulations. The investigation results are summarized in the table, which can serve as a basic selection guide.
