Publication result detail

Design and realization of the heat accumulator for solar thermal energy storage

BĚHUNEK, I.; FIALA, P.; KROUTILOVÁ, E.

Original Title

Design and realization of the heat accumulator for solar thermal energy storage

English Title

Design and realization of the heat accumulator for solar thermal energy storage

Type

Paper in proceedings (conference paper)

Original Abstract

There are described design and realization of a heat accumulator in the article which joins advantages and eliminates disadvantages of water and gravel accumulators. Inside the accumulator there are suppressed heat convection and conduction between layers of storage matter, so there is the temperature stratification along a height of such accumulator. The article deals with operating features as well.

English abstract

There are described design and realization of a heat accumulator in the article which joins advantages and eliminates disadvantages of water and gravel accumulators. Inside the accumulator there are suppressed heat convection and conduction between layers of storage matter, so there is the temperature stratification along a height of such accumulator. The article deals with operating features as well.

Keywords

heat accumulator, phase change material

Key words in English

heat accumulator, phase change material

Authors

BĚHUNEK, I.; FIALA, P.; KROUTILOVÁ, E.

Released

27.05.2006

Publisher

Silesian University of Technology

Location

Gliwice-Ustron

ISBN

83-85940-28-6

Book

INTERNATIONAL CONFERENCE ON FUNDAMENTALS OF ELECTROTECHNICS AND CIRCUIT THEORY 2006

Pages from

97

Pages count

4

BibTex

@inproceedings{BUT19182,
  author="Ivo {Běhunek} and Pavel {Fiala} and Eva {Kroutilová}",
  title="Design and realization of the heat accumulator for solar thermal energy storage",
  booktitle="INTERNATIONAL CONFERENCE ON FUNDAMENTALS OF ELECTROTECHNICS AND CIRCUIT THEORY 2006",
  year="2006",
  pages="4",
  publisher="Silesian University of Technology",
  address="Gliwice-Ustron",
  isbn="83-85940-28-6"
}