Publication result detail

The Optimal Luminous Intensity Curves of Luminaries for Roadway Lighting

ŠKODA, J.; MOTYČKA, M.

Original Title

The Optimal Luminous Intensity Curves of Luminaries for Roadway Lighting

English Title

The Optimal Luminous Intensity Curves of Luminaries for Roadway Lighting

Type

Paper in proceedings (conference paper)

Original Abstract

This article describes method of reverse evaluation of luminous intensity curves which can be applied for roadway lighting. Input parameters are mainly classification of roadway, height of street light columns and their distance and output data are in form of luminous intensity curves of luminaries corresponding with standard EN 13201. Thus results can be applied as useful data for roadway administrators who design reconstructions of old roadway lighting systems.

English abstract

This article describes method of reverse evaluation of luminous intensity curves which can be applied for roadway lighting. Input parameters are mainly classification of roadway, height of street light columns and their distance and output data are in form of luminous intensity curves of luminaries corresponding with standard EN 13201. Thus results can be applied as useful data for roadway administrators who design reconstructions of old roadway lighting systems.

Keywords

Optimal luminous intensity curve, road lighting

Key words in English

Optimal luminous intensity curve, road lighting

Authors

ŠKODA, J.; MOTYČKA, M.

RIV year

2018

Released

18.09.2017

Publisher

Lighting engineering society of Slovenia

Location

Ljubljana

ISBN

978-961-93733-4-7

Book

PROCEEDINGS OF THE LUX EUROPA 2017

Edition

1

Pages from

590

Pages to

594

Pages count

5

BibTex

@inproceedings{BUT141718,
  author="Jan {Škoda} and Martin {Motyčka}",
  title="The Optimal Luminous Intensity Curves of
Luminaries for Roadway Lighting",
  booktitle="PROCEEDINGS OF THE LUX EUROPA 2017",
  year="2017",
  series="1",
  number="1",
  pages="590--594",
  publisher="Lighting engineering society of Slovenia",
  address="Ljubljana",
  isbn="978-961-93733-4-7"
}