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Application for Aiding Solar Panel Positioning
Mudroň, Marek ; Bambušek, Daniel (referee) ; Herout, Adam (advisor)
Táto práca podrobne popisuje vývoj a iteratívne testovanie webovej aplikácie určenej na odhad solárneho výkonu fotovoltaických systémov. Hlavným cieľom bolo vytvoriť používateľské rozhranie (UI) a poskytnúť intuitívnu používateľskú skúsenosť (UX), cielenú pre amatérskych používateľov zaujímajúcich sa o fotovoltaické riešenia. Aplikácia umožňuje používateľom vybrať si geografickú polohu stavby, použiť textúru mapy pre jej namodelovanie a umiestniť solárne panely na strechu v zapojení podľa vlastného výberu. Používatelia môžu do systému pridať aj svoje vlastné modely panelov. Aplikácia využíva simulačný model na odhad výkonu navrhnutého systému. Nakoniec prezentuje výsledky predstavujúce očakávaný výťažok elektrickej energie.
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Performance simulation of a solar PV system for a single-family home
Veličková, Kateřina ; Hejčík, Jiří (referee) ; Charvát, Pavel (advisor)
Recently, renewable energy resources have become an urgent issue, as a result there are many papers focused on photovoltaic power plants and their performance simulations. These simulations not only allow us to assess the reduction of dependency on the fossil fuels, but also to calculate costs saving. This work considers the operation of a single-family house in the Czech Republic. However, a summary of photovoltaic potential factors is presented as well as the most common applications used for performance simulations of photovoltaic power plants. In practical part of this work, the load profile for common household is determined based on the data provided by the Energy Market Operator, alternatively the load profiles of two households owning a plug-in hybrid are also determined. The performance simulation is assembled in TRNSYS application and the results are summed up in the last chapter.
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Performance simulation of a solar PV system for a single-family home
Veličková, Kateřina ; Hejčík, Jiří (referee) ; Charvát, Pavel (advisor)
Recently, renewable energy resources have become an urgent issue, as a result there are many papers focused on photovoltaic power plants and their performance simulations. These simulations not only allow us to assess the reduction of dependency on the fossil fuels, but also to calculate costs saving. This work considers the operation of a single-family house in the Czech Republic. However, a summary of photovoltaic potential factors is presented as well as the most common applications used for performance simulations of photovoltaic power plants. In practical part of this work, the load profile for common household is determined based on the data provided by the Energy Market Operator, alternatively the load profiles of two households owning a plug-in hybrid are also determined. The performance simulation is assembled in TRNSYS application and the results are summed up in the last chapter.
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