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Business Chief USA August 2019

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“WE’RE IN A RACE<br />

AGAINST TIME TO HIT<br />

THE PROVINCIAL AND<br />

FEDERAL EMISSION<br />

REDUCTION TARGET,<br />

WHICH IS BASED ON<br />

THE PARIS AGREEMENT,<br />

SO WE NEED TO<br />

TRANSITION TO ZERO<br />

CARBON AS SOON<br />

AS WE CAN”<br />

—<br />

Chun Liang,<br />

Supervisor, Energy Management,<br />

City of Brampton<br />

with heating.” Aside from utilizing<br />

sustainable energy, such measures<br />

have the knock-on effect of improving<br />

the experience of citizens, as with the<br />

natural light provided by daylighting.<br />

“These are the types of things that we<br />

also look at. It’s not just about energy<br />

effects, but also occupant comfort.”<br />

Such measures are to play a vital<br />

part in achieving the city’s ambitious<br />

Zero Carbon Transition Plan. “The<br />

provincial government has set a target<br />

of 30% emissions reductions by 2030,<br />

and the federal government has set an<br />

80% reduction target by 2050, which<br />

is in line with the Paris Agreement to<br />

limit the global temperature rise to 1.5<br />

degrees Celsius by 2050. Our Zero<br />

Carbon Transition Plan is predicated<br />

around these targets. We’re looking at<br />

reducing our energy use for new and<br />

existing buildings by 30% by 2030.<br />

We’re targeting various measures:<br />

heating, ventilation, air conditioning<br />

systems and building envelope.<br />

We’re going to use heat recovery:<br />

recycling waste heat wherever<br />

possible. Once you get the energy<br />

demands of the building down, then<br />

the next step is to look at renewable<br />

technology. That’s the most efficient<br />

way to approach it. It’s energy<br />

management 101.” Other innovations<br />

geared towards meeting the city’s<br />

targets include innovations in passive<br />

heating. “The SolarWall is a matte<br />

black surface that can be put on top of<br />

a building’s exterior wall, leaving an air<br />

gap,” says Liang. “The sun hits this<br />

black surface, and transfers energy to<br />

the wall and air gap. The air is heated<br />

in that gap and then brought into the<br />

building to preheat the air for ventilation.<br />

“We expect to verify the energy savings<br />

279<br />

www.businesschief.com

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