Vključitev sončne elektrarne v trgovanje z električno energijo po principu vsak z vsakim : diplomsko delo

Vitko, Jaka (author), Pantoš, Miloš (mentor)

V zaključni nalogi raziskujem trgovanje z električno energijo s pomočjo nove tehnologije trgovanja vsak z vsakim. Želel sem preveriti, ali je takšen način trgovanja v današnjem času smiseln in kakšni so prihranki pri letnem strošku nakupa električne energije. Vse izračune sem izvedel na podlagi podatkov lastne samooskrbne sončne elektrarne v letu 2020. Najprej sem raziskal pridobivanje električne energije v Sloveniji s pomočjo sončnega sevanja in podrobneje predstavil delovanje sončnih elektrarn in njenih elementov. V nadaljevanju sem predstavil veleprodajni in maloprodajni trg električne energije, kar mi je nudilo podlago za nadaljnje raziskovanje novih načinov trgovanja. Trgovanje vsak z vsakim omogoča prosto in varno trgovanje brez posrednikov, saj temelji na informacijski tehnologiji veriženja blokov in pametnih pogodbah. V Sloveniji to področje zastopa podjetje SunContrat, ki je razvilo energetsko tržnico, kjer lahko na preprost in varen način prodajamo in kupujemo električno energijo. Z različnimi izračuni in primerjavami sem izračunal letni strošek nakupa električne energije v letu 2020 pri obstoječem dobavitelju in na energetski tržnici SunContract. Na podlagi rezultatov sem ugotovil, da v našem primeru takšno trgovanje ne bi bilo najbolj smiselno, vendar razvoj takšnih tehnologij vsekakor ponuja določene prednosti in izboljšave za trg električne energije v Sloveniji.

• Language: Slovenian
• Keywords: obnovljivi viri, trg električne energije, tehnologija veriženja blokov, energetska tržnica, trgovanje vsak z vsakim
• Work type: Bachelor thesis/paper
• Typology: 2.11 - Undergraduate Thesis
• Organization: FE - Faculty of Electrical Engineering
• Place of publishing: Ljubljana
• Publisher: [J. Vitko]
• Year: 2021
• Number of pages: IX, 45 str.
• PID: 20.500.12556/RUL-129941
• UDC: 621.31:339(043.2)
• COBISS.SI-ID: 75849731
• Publication date in RUL: 09.09.2021

Secondary language

• Language: English
• Title: Inclusion of a solar power plant in peer-to-peer electricity trading : visokošolski strokovni študijski program prve stopnje Aplikativna elektrotehnika

Abstract

In my final thesis, I researched electricity trading using new peer to peer trading technology. My goal was to research, if this kind of trading makes sense nowadays and how much we can save on electricity annually. I performed all calculations on the basis of data collected from my own self-sufficient solar power plant in 2020. First, I researched the production of electricity in Slovenia with the help of solar radiation, then I presented the operation of solar power plants and their elements. In the following, I presented the wholesale and retail electricity market, which provided me with a basis for further research into new ways of trading. Peer to peer trading enables free and secure trading without intermediaries, as it is based on blockchain technology and smart contracts. In Slovenia, this area is represented by the company SunContract, which has developed an energy market where we can sell and buy electricity in a simple and safe way. With various calculations and comparisons, I wanted to calculate the annual cost of purchased electricity in 2020 from an existing supplier and at the SunContract energy market. Based on the results, I concluded that in our case, such trading would not make the most sense, but the development of such technologies certainly offers certain advantages and improvements for the electricity market in Slovenia.

• Keywords: renewable resources, electricity market, blockchain technology, energy market, peer to peer trading