PROJEKT AUTONOMICZNEJ STACJI DO DORAŹNEJ NAPRAWY ROWERÓW ZASILANEJ INSTALACJĄ PANELI FOTOWOLTAICZNYCH

Mariola Jureczko; Paweł Nowak; Michał Jurczyk; Bartosz Stanek; Dominik Leszczewski; Piotr Nowak; Paweł Szychliński; Franciszek Szendera

PROJEKT AUTONOMICZNEJ STACJI DO DORAŹNEJ NAPRAWY ROWERÓW ZASILANEJ INSTALACJĄ PANELI FOTOWOLTAICZNYCH

Translated title of the contribution: DESIGN OF AUTONOMOUS STATION FOR BICYCLE REPAIR POWERED BY PHOTOVOLTAIC PANELS INSTALLATION

Mariola Jureczko
, Paweł Nowak
, Michał Jurczyk
, Bartosz Stanek
, Dominik Leszczewski
, Piotr Nowak
, Paweł Szychliński
, Franciszek Szendera

Silesian University of Technology

Research output: Contribution to journal › Article › peer-review

Abstract

This article presents the project of an autonomous station for emergency bicycle repair powered by the installation of photovoltaic panels. As part of the research, a station model was made in the PVsyst photovoltaic software, thanks to which it was possible to perform the energy balance of the station, optimize the size of the selected components, as well as the operation time of the installation throughout the calendar year. A comparison of the shading of the station assembly site obtained using photographs and numerical simulations was also presented. The conducted efficiency analysis showed that the designed PV installation will ensure the station's operation during the bicycle season. The article presents the design of the constructed structure together with the applied solutions of photovoltaic modules.

Translated title of the contribution	DESIGN OF AUTONOMOUS STATION FOR BICYCLE REPAIR POWERED BY PHOTOVOLTAIC PANELS INSTALLATION
Original language	Polish
Pages (from-to)	29-35
Number of pages	7
Journal	Rynek Energii
Volume	167
Issue number	4
Publication status	Published - 2023

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

SDG 7 Affordable and Clean Energy

ASJC Scopus subject areas

General Mathematics
General Energy

Cite this

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title = "PROJEKT AUTONOMICZNEJ STACJI DO DORA{\'Z}NEJ NAPRAWY ROWER{\'O}W ZASILANEJ INSTALACJ{\c A} PANELI FOTOWOLTAICZNYCH",

abstract = "This article presents the project of an autonomous station for emergency bicycle repair powered by the installation of photovoltaic panels. As part of the research, a station model was made in the PVsyst photovoltaic software, thanks to which it was possible to perform the energy balance of the station, optimize the size of the selected components, as well as the operation time of the installation throughout the calendar year. A comparison of the shading of the station assembly site obtained using photographs and numerical simulations was also presented. The conducted efficiency analysis showed that the designed PV installation will ensure the station's operation during the bicycle season. The article presents the design of the constructed structure together with the applied solutions of photovoltaic modules.",

keywords = "PVsyst photovoltaic software, photovoltaic panels, renewable energy sources",

author = "Mariola Jureczko and Pawe{\l} Nowak and Micha{\l} Jurczyk and Bartosz Stanek and Dominik Leszczewski and Piotr Nowak and Pawe{\l} Szychli{\'n}ski and Franciszek Szendera",

year = "2023",

language = "polski",

volume = "167",

pages = "29--35",

journal = "Rynek Energii",

issn = "1425-5960",

publisher = "Kaprint",

number = "4",

}

TY - JOUR

T1 - PROJEKT AUTONOMICZNEJ STACJI DO DORAŹNEJ NAPRAWY ROWERÓW ZASILANEJ INSTALACJĄ PANELI FOTOWOLTAICZNYCH

AU - Jureczko, Mariola

AU - Nowak, Paweł

AU - Jurczyk, Michał

AU - Stanek, Bartosz

AU - Leszczewski, Dominik

AU - Nowak, Piotr

AU - Szychliński, Paweł

AU - Szendera, Franciszek

PY - 2023

Y1 - 2023

N2 - This article presents the project of an autonomous station for emergency bicycle repair powered by the installation of photovoltaic panels. As part of the research, a station model was made in the PVsyst photovoltaic software, thanks to which it was possible to perform the energy balance of the station, optimize the size of the selected components, as well as the operation time of the installation throughout the calendar year. A comparison of the shading of the station assembly site obtained using photographs and numerical simulations was also presented. The conducted efficiency analysis showed that the designed PV installation will ensure the station's operation during the bicycle season. The article presents the design of the constructed structure together with the applied solutions of photovoltaic modules.

AB - This article presents the project of an autonomous station for emergency bicycle repair powered by the installation of photovoltaic panels. As part of the research, a station model was made in the PVsyst photovoltaic software, thanks to which it was possible to perform the energy balance of the station, optimize the size of the selected components, as well as the operation time of the installation throughout the calendar year. A comparison of the shading of the station assembly site obtained using photographs and numerical simulations was also presented. The conducted efficiency analysis showed that the designed PV installation will ensure the station's operation during the bicycle season. The article presents the design of the constructed structure together with the applied solutions of photovoltaic modules.

KW - PVsyst photovoltaic software

KW - photovoltaic panels

KW - renewable energy sources

UR - https://www.scopus.com/pages/publications/85175826536

M3 - Artykuł

AN - SCOPUS:85175826536

SN - 1425-5960

VL - 167

SP - 29

EP - 35

JO - Rynek Energii

JF - Rynek Energii

IS - 4

ER -

PROJEKT AUTONOMICZNEJ STACJI DO DORAŹNEJ NAPRAWY ROWERÓW ZASILANEJ INSTALACJĄ PANELI FOTOWOLTAICZNYCH

Abstract

UN SDGs

ASJC Scopus subject areas

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