13th International Conference on Accomplishments in Mechanical and Industrial Engineering
DEMI 2017
Banja Luka
26 - 27 May 2017

COMPUTER PROGRAM FOR CALCULATING HEAT TRANSFER THROUGH TRANSPARENT WALLS IN GLASS HOUSE COATED WITH FOIL

Author(s):
1. Kire Popovski, Faculty of Technical Sciences, Bitola, Macedonia


Abstract:
Abstract. This model explains the heat flow in a confined space with transparent walls (glass or plastic). A software is used to analyze the behavior of transparent walls coated with "LLumar" film. This film has many advantages, but in this paper, we will focus on energy savings. Energy savings give quick return on investment and are considered a smart investment. Energy-saving LLumar film can increase performance of almost every window system, significantly reducing energy consumption and requirements. Professional energy audits have shown that buildings with LLumar film can achieve annual energy savings of up to 15%, blocks 99% of harmful UV rays and improves comfort by reducing heat and glare. Regardless of whether it is residential, commercial or glass house space as described in this paper, LLumar the world's leading brand of architectural film for decades improves the well-known buildings around the world with proven results. LLumar films will greatly increase energy efficiency, appearance and functionality of glass partitions. The results are lower overhead expenses, increased comfort, improved privacy and better protection from accidents. Heat balance in glass house space is shown in the following pages.

Key words:
Key words: thermal resistance, glass wall, glass house, demand for heat.

Thematic field:
Energetics and Thermal Engineering

Date of abstract submission:
31.01.2017.

Conference:
13th International Conference on Accomplishments in Mechanical and Industrial Engineering