Computational evaluation of heat demand of a freezing plant

Computational evaluation of heat demand of a freezing plant

Paper in proceedings (conference paper)

Design, construction and operation of freezing plants and similar structures with large energy demand have an substantial impact on the environment, thus their proper analysis and computational prediction and optimization of energy consumption is needed: the crucial one is the supplied heat forcing the preservation of the needed temperature level. This paper sketches the possibility of the detailed computational evaluation of such heat, as the efficient support for the design of particular claddings, walls, ceiling, floor, etc. layers and appropriate material choice, due to their thermal insulation and accumulation abilities. As an application, one instructive example of a real freezing plant is presented.

Design, construction and operation of freezing plants and similar structures with large energy demand have an substantial impact on the environment, thus their proper analysis and computational prediction and optimization of energy consumption is needed: the crucial one is the supplied heat forcing the preservation of the needed temperature level. This paper sketches the possibility of the detailed computational evaluation of such heat, as the efficient support for the design of particular claddings, walls, ceiling, floor, etc. layers and appropriate material choice, due to their thermal insulation and accumulation abilities. As an application, one instructive example of a real freezing plant is presented.

Thermal heat resistance, optimization, freezing plant

Thermal heat resistance, optimization, freezing plant

ŠŤASTNÍK, S.

2021

25.11.2020

AIP Conference Proceedings

USA

978-0-7354-4025-8

AIP Conference Proceedings

1

5

5

https://aip.scitation.org/doi/pdf/10.1063/5.0031710