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Implementing a real-time control algorithm of Triana on SASensor Open Platform

FU, Q. (2015) Implementing a real-time control algorithm of Triana on SASensor Open Platform.

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Abstract:In terms of electricity generation, distributed generation using PV panels has become more common. To deal with potential challenges it brought on the existing electricity distribution network, demand side management methodologies are developed. Triana, developed by CAES group of University of Twente, is one of them. Since prediction and planning errors can be caused by fortuitous behaviors of end users, it is often impossible to foresee it and prevent it from happening. It is however possible to detect these errors and solve them using a real-time control algorithm in the third step of Triana. The design, implementation and testing of this real-time control algorithm are included in this thesis. In cooperation with Locamation, an API is added to the Triana as well to detect prediction and planning errors. Power, voltage and current data of medium voltage to low voltage transformers can be gathered in real time from the SASensor open platform. From the SASensor open platform, Triana can access the RTD to detect overloading problems, deviation from original plan, etc.
Item Type:Essay (Master)
Faculty:EEMCS: Electrical Engineering, Mathematics and Computer Science
Subject:54 computer science
Programme:Embedded Systems MSc (60331)
Link to this item:http://purl.utwente.nl/essays/68084
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