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Ekonomsko vrednotenje prožnosti na elektroenergetskih trgih
ID LENASSI, GAŠPER (Author), ID Gubina, Andrej Ferdo (Mentor) More about this mentor... This link opens in a new window, ID Artač, Gašper (Co-mentor)

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Abstract
Pogoj za zagotavljanje stabilnosti v elektroenergetskem sistemu je nenehno vzdrževanje ravnotežja med porabo in proizvodnjo električne energije. Naše omrežje se mora ustrezno prilagajati življenju in navadam ljudi, ki se venomer spreminjajo. Težave v omrežju povzroča naša svobodna in brezskrbna poraba električne energije, ter spremenljiva proizvodnja vse bolj razširjenih obnovljivih virov energije. S tem se pojavlja neravnovesje med proizvodnjo in porabo, ki ga je potrebno izravnati. Za to izravnavo sistemski operaterji uporabljajo različne sistemske storitve, ki izkoriščajo prožnost različnih tehnologij / elementov v omrežju. V tej magistrski nalogi predstavljamo nekaj možnih tehnoloških rešitev za zagotavljanje prožnosti, ter različne trge z električno energijo na katerih lahko sodelujemo. V našem delu smo izvedli primerjavo različnih možnosti trgovanja prožnosti na različnih elektroenergetskih trgih s ciljem, najti najbolj dobičkonosno strategijo.

Language:Slovenian
Keywords:Stabilnost omrežja, poraba energije, prožnost, skladiščenje energije, baterijski hranilnik.
Work type:Master's thesis/paper
Organization:FE - Faculty of Electrical Engineering
Year:2018
PID:20.500.12556/RUL-106549 This link opens in a new window
Publication date in RUL:05.03.2019
Views:1598
Downloads:278
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Secondary language

Language:English
Title:Economic evaluation of flexibility in electricity markets
Abstract:
The condition for ensuring stability in the power system is the constant service of the balance between consumption and production of electricity. Our network has to be adapted according to the lives and habits of people which are constantly changing. Network problems are caused by our variable and unpredictable electricity consumption, as well as the changing production of increasingly widespread renewable energy sources. This creates an imbalance between production and consumption, which needs to be mitigated. To mitigate this, system operators use a variety of system services that exploit the flexibility of different technologies / elements on the network. In this master's thesis we present some possible technological solutions for providing flexibility and various electricity markets where we can participate. In our work, we conducted a comparison of various options for trading flexibility in different electricity markets with the goal of finding the most profitable strategy.

Keywords:Stability, consumption, flexibility, energy storage, battery storage.

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