GBC Research & Innovation

Enabling the Innovation Economy

CONNECT WITH US

  • Instagram
  • LinkedIn
  • RSS
  • Twitter
  • YouTube
  • Explore
    • About
    • News & Events
    • Innovation Advisory Board
    • Strategic Plan
    • Online Innovation Badges
    • GBCResearch | Projects
  • In-House Expertise
    • Meet Our Researchers
    • Meet Our Team
  • Our Research Themes
  • Our Programs
  • Resources
    • Research Policies
    • I am…
      • A Researcher
      • Industry
      • A Student
    • Funding @ GBC
      • The IGNITE Fund
  • Research Ethics
  • Contact Us

Data Collection for Heat Preservation Series (HPS) HeatShield Performance Verification

October 28, 2016 by

Sustainability and the Built Environment

Find more

Projects at GBC Research

Search

Data Collection for Heat Preservation Series (HPS) HeatShield Performance Verification

eTime Energy

eTime Energy is a Toronto based company that specializes in heat preservation coatings which can be used on windows. These coatings, or paints are chemically altered using a nanotechnology giving them properties that reflect and block heat without sacrificing on aesthetics or safety. By reflecting and blocking all forms of heat eTime’s products are able to regulate the interior temperatures of buildings, reducing energy use and decreasing carbon emissions. eTime has partnered with George Brown College’s Centre of Construction and Engineering Technologies to conduct critical product performance verification testing with their new HPS HeatShield window glazing technology. The test procedures conducted and data collected at GBC will confirm the performance of the product on the roof of GBC in a simulated building envelop (test boxes) under the following conditions: summer cooling load reduction and winter heating load reduction.

FULL STORY

For more information about this or any of our projects, please connect with us.

Partner

  • eTime Energy

Principal-investigator

  • Leo Salemi

Centre

  • Sustainability and the Built Enviroment

Lab

  • Building Automation Lab

Project-year

  • 2012
Copyright © 2021 GBC Office of Research and Innovation | All Rights Reserved