Slim-profile Double Glazing

This technical paper explores the thermal performance, embodied energy, and suitability of slim-profile double glazing for improving energy efficiency in historic buildings while preserving their aesthetic integrity.
Created: 17 June 2024
Last Reviewed: 11 October 2024
Contents
Introduction
Report Structure
Key Findings

Introduction

Slim-profile double glazing has gained interest for improving thermal performance and reducing energy consumption in historic buildings without significantly altering their appearance. This paper, supported by Historic Scotland, consists of three research reports examining the thermal performance and embodied energy of slim-profile double glazing systems. The research was led by Changeworks for the City of Edinburgh Council and involved collaborations with various stakeholders.

Report Structure

  1. Thermal Performance of Slim-profile Double Glazing
    • Conducted by Changeworks and Glasgow Caledonian University.
    • Evaluated the U-values of ten slim-profile double-glazing systems installed in Georgian-style windows across two buildings.
    • Compared thermal performance with conventional single glazing and secondary glazing systems.

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