Publication detail

SOLAR PANEL COOLING SYSTEM WITH HOLLOW FIBRES

RAUDENSKÝ, M. ASTROUSKI, I. REPPICH, M.SCHMIDT, M.

Original Title

SOLAR PANEL COOLING SYSTEM WITH HOLLOW FIBRES

English Title

SOLAR PANEL COOLING SYSTEM WITH HOLLOW FIBRES

Author(s)

RAUDENSKÝ, M.; ASTROUSKI, I.; REPPICH, M.;SCHMIDT, M.

Type

článek ve sborníku ve WoS nebo Scopus

Language

en

Original Abstract

Solar panel overheating drastically reduces their efficiency and lifespan. This overheating is mainly associated with temperature fluctuations that occur under severe weather conditions. Overheating also has the potential to form electric arcs that can start to melt metal fixtures and burn away the module's insulating materials. The efficiency of electric solar panels is strongly dependent on temperature regime (especially in hot climates).

English abstract

Solar panel overheating drastically reduces their efficiency and lifespan. This overheating is mainly associated with temperature fluctuations that occur under severe weather conditions. Overheating also has the potential to form electric arcs that can start to melt metal fixtures and burn away the module's insulating materials. The efficiency of electric solar panels is strongly dependent on temperature regime (especially in hot climates).

Keywords

Solar panel , HOLLOW FIBRES, cooling

RIV year

2015

Released

2015

Publisher

SASEC2015/University of Pretoria

ISBN

978-1-77592-109-7

Book

SASEC 2015

Pages from

316

Pages to

320

Pages count

5

URL

http://www.researchgate.net/publication/277562515_Solar_Panel_Cooling_System_with_Hollow_Fibres

BibTex

@inproceedings{BUT114804,
  author="Miroslav {Raudenský} and Ilja {Astrouski}",
  title="SOLAR PANEL COOLING SYSTEM WITH HOLLOW FIBRES",
  annote="Solar panel overheating drastically reduces their efficiency
and lifespan. This overheating is mainly associated with
temperature fluctuations that occur under severe weather
conditions. Overheating also has the potential to form electric
arcs that can start to melt metal fixtures and burn away the
module's insulating materials. The efficiency of electric solar
panels is strongly dependent on temperature regime (especially
in hot climates).
",
  address="SASEC2015/University of Pretoria",
  booktitle="SASEC 2015",
  chapter="114804",
  howpublished="electronic, physical medium",
  institution="SASEC2015/University of Pretoria",
  year="2015",
  month="may",
  pages="316--320",
  publisher="SASEC2015/University of Pretoria",
  type="conference paper"
}