Please use this identifier to cite or link to this item:https://hdl.handle.net/20.500.12259/107959
Type of publication: bachelor thesis
Field of Science: Mechanikos inžinerija / Mechanical Engineering (T009)
Author(s): Molevičius, Mindaugas
Supervisor: Navickas, Kęstutis
Title: Individualaus gyvenamojo namo saulės elektrinė
Other Title: Solar power plant of an individual residential house
Extent: 49 p.
Date: 22-Jun-2020
Keywords: Individualus namas;Detached house,;Saulė,;Sun;Elektrinė;Power plant;Elektra;Electricity
Abstract: Baigiamojo darbo tikslas – suprojektuoti gyvenamojo namo saulės elektrinę. Saulės energijos panaudojimas elektros gamybai labai perspektyvus. Saulės elektrinių įrengimams skiriama valstybės parama. Gyvenamajame name, kurio plotas 363,48 m2, vidutiniškai per metus suvartojama apie 16136 kWh elektros energijos. Parinkta 20,06 kWp galios saulės elektrinė, kuri per metus pagamins apie 18511 kWh elektros energijos. Sumokant elektros tinklams elektros energijos atgavimo mokestį, perteklinė elektros energija 2375 kWh bus naudojama to pačio savininko bute. Papildoma elektros energija (155 kWh) bus perkama iš elektros tinklų. Pagal Elektros įrenginių įrengimo bendrąsias taisykles, suprojektuota namo vidaus elektros instaliacija. Saulės elektrinės įranga ir montavimas kainuos 17000 Eur. Pasinaudojus valstybės skiriama parama saulės elektrinė atsipirks per 6 metus ir 9 mėnesius.
The aim of the thesis is to design a solar power plant for a residential house. The usage of solar energy for electricity generation is very promising. State support is provided for the installation of solar power plants. Residential house with a space of 363.48 m2 consumes on average for about 16136 kWh of electricity per year. A solar power plant with a capacity of 20.06 kWp was chosen which will produce about 18.511 kWh of electricity per year. The excess electricity of 2375 kWh will be used in the apartment of the same owner by paying the electricity storage fee to the energy distribution operator. Additional electricity (155 kWh) will be purchased from the energy distribution operator. According to the general rules for the installation of electrical equipment the internal electrical installation of the house was designed. Solar power plant equipment and installation will cost 17000 Eur. With the support of the state, the solar power plant will pay off in 6 years and 9 months.
Internet: https://hdl.handle.net/20.500.12259/107959
Appears in Collections:2020 m. (ŽŪA ŽŪIF bak.)

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