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PREPOZNAVANJE PRISOTNOSTI TOPLOTNE ČRPALKE PRI ODJEMALCIH NA PODLAGI PORABE ELEKTRIČNE ENERGIJE
ID FORTUNAT, JAN (Author), ID Ažbe, Valentin (Mentor) More about this mentor... This link opens in a new window

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Abstract
V diplomskem delu so predstavljene toplotne črpalke, pametna omrežja in pri nas še dokaj nepoznan način izkoriščanja velike količine podatkov pametnih števcev, to je prepoznavanje porabe. Na osnovi tuje pridobljene literature je bila predstavljena metoda prepoznavanja porabe. Izvedli smo »prepoznavanje« porabe iz podatkov pametnih števcev, ki smo jih pridobili od elektrodistribucijskega podjetja. To smo izvedli na nižjem nivoju, kot to narekujejo metode, opisane v diplomskem delu. S primerjanjem dnevne porabe delovne energije na mrzle in zmerno tople dni smo poskusili ugotoviti, ali je možno tako ločiti porabnike s toplotno črpalko in tiste brez nje. Ker smo imeli opravka z veliko količino podatkov, smo analizo opravljali v programu Excel, natančneje z vrtilnimi tabelami. Prišli smo do ugotovitve, da se na takšen način uspešno loči porabnike z in brez toplotne črpalke.

Language:Slovenian
Keywords:toplotne črpalke, pametna omrežja, pametni števci, prepoznavanje porabe, elektroenergetski sistem
Work type:Bachelor thesis/paper
Organization:FE - Faculty of Electrical Engineering
Year:2019
PID:20.500.12556/RUL-110050 This link opens in a new window
Publication date in RUL:11.09.2019
Views:1732
Downloads:253
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Secondary language

Language:English
Title:RECOGNITION OF PRESENCE OF A HEAT PUMP AT CONSUMERS BASED ON ELETRIC ENERGY CONSUMPTION
Abstract:
The diploma thesis presents heat pumps, smart grids and a rather unknown way of utilizing a large amount of smart meter data in our country, that is identifying consumption or as it is called Load disaggregation. Based on foreign literature obstained, a method of Load disaggregation was presented. We performed a recognition of the consumption (»Load disaggregation«) from the smart meter data we obstained from the electricity distribution company. This was done at a lower level than the methods described in the diploma thesis dictate. By comparing the daily consumption of work energy to cold and moderately warm days, we tried to determine whether it is possible to separate consumers in this way from those with and without heat pump. Beacuse we were dealing with a large amount of data, we performed our analysis in Excel programme, more precisely with pivot tables. We have come to the conslusion that in this way we can successfully separates consumers with and without heat pump.

Keywords:heat pumps, smart grids, smart meters, load disaggregation, power system

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