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Prilagajanje porabe električne energije v gospodinjstvih
ID Marenče, Jan (Author), ID Blažič, Boštjan (Mentor) More about this mentor... This link opens in a new window

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Abstract
V svetu uporabljamo veliko različnih porabnikov električne energije, pri čemer vsak za svoje delovanje potrebuje določeno električno moč. To se neposredno odraža tudi v stroških za električno energijo, zato si prizadevamo zmanjšati porabo ter s tem znižati stroške. Z manjšo porabo električne energije zmanjšujemo tudi obremenitve elektroenergetskega omrežja, predvsem daljnovodov, hkrati pa prispevamo k manjšemu obremenjevanju okolja. Za rešitev obravnavanega problema moramo najprej pridobiti podatke o porabi električne energije na portalu Moj elektro in jih obdelati v programskem okolju Python. Na osnovi pridobljenih podatkov nato analiziramo ustreznost posameznega tarifnega sistema. V nadaljevanju izvedemo modeliranje toplotne črpalke in dimenzioniramo sončno elektrarno. Sledi še preučevanje vpliva električnega vozila na porabo električne energije ter na koncu preverjanje vpliva sistema HEMS na skupno porabo.

Language:Slovenian
Keywords:gospodinjstvo, poraba, stroški, črpalka, elektrarna, avto, HEMS
Work type:Bachelor thesis/paper
Organization:FE - Faculty of Electrical Engineering
Year:2026
PID:20.500.12556/RUL-183772 This link opens in a new window
Publication date in RUL:18.06.2026
Views:26
Downloads:7
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Secondary language

Language:English
Title:Management of electricity consumption in households
Abstract:
There are many different consumers of electrical energy in the world, each of which requires a certain amount of electrical power for its operation. This is directly reflected in electricity costs, which is why the goal is to reduce electricity consumption and thereby lower expenses. Lower electricity consumption also contributes to reducing the load on the power system, especially transmission lines, while at the same time helping to reduce the environmental burden. In order to solve the problem addressed, it is first necessary to obtain electricity consumption data from the Moj elektro portal and process it using the Python programming environment. Based on the acquired data, the suitability of individual tariff systems must then be analyzed. This is followed by the modelling of a heat pump and the sizing of a solar power plant. Furthermore, the impact of an electric vehicle on electricity consumption must be examined, and finally, the influence of the HEMS system on total electricity consumption must be evaluated.

Keywords:household, consumption, expenses, pump, power plant, car, HEMS

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