INTRODUCTION

In recent years, large high efficiency and Net-Zero Energy Buildings (NZEB) are becoming a reality that are setting construction and energy benchmarks for the industry. As part of this significant effort, in 2018, Mohawk College opened the 8,981 m2 (96,670 ft2) Joyce Centre for Partnership and Innovation (JCPI) building in Hamilton, Ontario; becoming Canada's largest NZEB and zero-carbon institutional facility. The building integrated a high-efficiency design, construction materials, and technologies; as well as renewable energy technologies to significantly reduce its annual energy consumption and greenhouse gas emissions. Furthermore, the JCPI building was also designed as a living lab where students, faculty, researchers and industry are able to monitor and validate the performance of this state-of-the-art facility. The building was designed to have an energy use intensity of 73 kWh/m2·year (0.26 GJ/m2·year); hence, potentially consuming approximately 80% less energy than the average educational service building in Ontario. This paper gives an overview of the design criteria and technologies that were considered to achieve this innovative building.

REFERENCES

REFERENCES
ASHRAE
. (
2010
).
“ASHRAE Greenguide: The design, construction, and operations of sustainable buildings.”
(
Swift
J.,
Lawrence
T.,
Pavlik
A.,
Owen
M.,
Michaels
C.,
Walker
J.,
. . .
Phillips
M.
,
Eds.
)
Atlanta, GA, United States of America
:
ASHRAE Special Publications
.
Athena Sustainable Materials Institute
. (
2018
).
“Joyce Centre for Partnership and Innovation at Mohawk College.”
BREEAM
. (
2018
).
“How BREEAM certification works.”
Brostrom,
M.,
&
Howell,
G.
(
2008
).
“The challenges of designing and building a net zero energy home in a cold high-latitude climate.”
3rd International Solar Cities Congress
(
pp.
1
22
).
Adelaide, Australia
:
3rd International Solar Cities Congress
.
Canada Green Building Council
. (
2017
).
“Zero carbon building standard.”
Ottawa, ON, Canada
:
Canada Green Building Council
.
Canada Green Building Council
. (
2018
).
“CaGBC Zero Carbon Case Study: Curé-Paquin Elementary School; Saint-Eustache, Quebec.”
Retrieved March 19, 2019, from Canada Green Building Council: https://www.cagbc.org/CAGBC/Zero_Carbon/Project_Profiles/Cure_Paquin_profile.aspx
Canada Green Building Council
. (
2018
).
“The Joyce Centre for Partnership & Innovation at Mohawk College.”
Retrieved March 14, 2019, from Canada Green Building Council: https://www.cagbc.org/CAGBC/Zero_Carbon/Project_Profiles/Mohawk_Profile.aspx
Canada Green Building Council
. (
2019
).
“Zero carbon building pilot program.”
Carrier Corporation
. (
2013
).
“Variable Refrigerant Flow (VRF) systems.”
Syracuse, NY, U.S.
:
Carrier Corporation
.
Energy Star
.
(n.d.).
“ENERGY STAR certification for your building.”
Energy Star
. (
2017
).
“What is Energy Use Intensity (EUI).”
Environment and Climate Change Canada
. (
2018
).
“National inventory report 1990–2016: Greenhouse gas sources and sinks in Canada.”
Gatineau, QC
:
Environment and Climate Change Canada
.
European Environment Agency
. (
2017
).
“Energy and climate change.”
Fredin,
P. W.
(
2009
).
“Ground source heat pumps vs. conventional HVAC: A comparision of economic and environmental costs.”
Ohio, U.S
:
Air force institute of technology
.
Government of Canada
. (
2018
).
“Greenhouse gas emissions.”
Government of Ontario
. (
2017
).
O. Reg. 541/05: Net metering
.
Retrieved August 28, 2019, from ontario.ca: https://www.ontario.ca/laws/regulation/050541/v3
Government of Ontario
. (
2019
).
“Save on your energy bill with net metering.”
GreenBookLive
. (
2019
).
“Search for approved environmental products and services.”
Retrieved September 27, 2019, from greenbooklive.com: http://www.greenbooklive.com/
International Energy Agency
. (
2016
).
“World energy outlook: Executive summary.”
Paris, France
:
International Energy Agency
.
Retrieved February 13, 2019
Karr,
M.
(
2011
).
“Ground-source variable refrigerant flow heat pumps: A solution for affordable housing, assisted living, hotels and dorms.”
Energy Efficiency Factsheet
.
Washington, United States of America
:
Washington State University
.
Liu,
X.,
Malhotra,
M.,
Walburger,
A.,
&
Habibzadeh,
B.
(
2014
).
osti.gov
.
Retrieved from Case study of a heating only central GSHP system usinga shallow aquifier for a warehouse: https://www.osti.gov/servlets/purl/1121858
Lutkemeyer,
I.,
Krause,
J.,
Lohnert,
G.,
Konig,
H.,
Hennings,
D.,
&
Sick,
F.
(
2010
).
“Plus Energy Primary School and Gymnasium, Hohen Neuendorf, Germany.”
8th EuroSun Conference
(
p.
8
).
Graz, Austria
:
International Energy Agency Solar Heating and Cooling Programme
.
Retrieved from ISES Conference Proceedings Database: http://proceedings.ises.org/paper/eurosun2010/eurosun2010-0065-Lutkemeyer.pdf
Mantle
. (
2017
).
“Embodied carbon in construction: Policy primer for Ontario.”
Toronto, ON, Canada
:
Mantle (Formerly Zizzo Strategy)
.
Ministry of Municipal Affairs
. (
2016
).
“MMA supplementary standard SB-10: Energy efficiency requirements.”
Toronto, ON, Canada
:
Ministry of Municipal Affairs
.
Mohawk College
. (
2014
).
“Environmental management plan 2.0.”
Mohawk College; McCallum Sather; B+H Architects
. (
2017
).
“Basis of design document.”
Hamilton, ON, Canada
:
Mohawk College
.
Mohawk College; mcCallum Sather; B+H Architects
. (
2017
).
“Introduction: The joyce centre for partnership and innovation.”
Hamilton, ON, Canada
:
Mohawk College
.
National Renewable Energy Laboratory
. (
1998
).
“Geothermal heat pumps.”
National Resources Canada
. (
2015
).
“Comprehensive energy use database.”
Natural Resource Canada
. (
2017
).
“Ground-Source Heat Pumps (Earth-Energy Systems).”
Natural Resource Canada
. (
2018
).
“Energy facts book.”
Natural Resource Canada
. (
2018
).
“Total end-use sector.”
Natural Resource Canada
. (
2019
).
“Energy innovation program.”
Natural Resources Canada
. (
2002
).
“Commercial earth energy systems : A buyer's guide.”
Ottawa, ON, Canada
:
Natural Resources Canada
.
Natural Resources Canada
. (
2018
).
“Commercial/Institutional Sector—Ontario.”
Natural Resources Canada
. (
2018
).
“Energy use data handbook tables.”
Natural Resources Canada
. (
2019
).
“Commercial/Institutional sector.”
Natural Resources Canada
. (
2019
).
“Energy efficiency for buildings.”
Natural Resources Canada
. (
2019
).
“Net-Zero: future building standards.”
New Building Institute
. (
2018
).
“Getting to zero status update and list of zero energy projects.”
Ontario Financing Authority
. (
2019
).
“Ontario green bond framework.”
Ontario, Canada
.
Ontario Financing Authority
. (
2019
).
“Province of Ontario green bonds.”
Retrieved July 24, 2019, from https://www.ofina.on.ca/greenbonds/
Sadineni,
S. B.,
Madala,
S.,
&
Boehm,
R.
(
2011
).
“Passive building energy savings: A review of building envelope components.”
Renewables and Sustainble Energy Reviews
,
3617
3631
.
Said,
E.
(
2015
).
“Glass rainscreen systems: Enhance the building envelope.”
Construction Canada
.
Statistics Canada
. (
2019
).
“Report on energy supply and demand in Canada.”
The Cora Group
. (
2018
).
“Evolv1.”
Retrieved March 19, 2019, from http://www.coragroup.com/project/evolv1/
Torcellini,
P.,
Pless,
S.,
Deru,
M.,
&
Crawley,
D.
(
2006
).
“Zero energy buildings: A critical look at the definition.”
American Council For An Energy Efficiency Economy Conference
(
pp.
1
15
).
California, United States
:
National Renewable Energy Laboratory
.
U.S. Energy Information Administration
. (
2018
).
“Solar plants typically install more panel capacity relative to their inverter capacity.”
(
Cara
M.
,
Ed.
)
Today in Energy
.
Retrieved from U.S. Energy Information Administration: https://www.eia.gov/todayinenergy/detail.php?id=35372#
United Nations Climate Change
.
(n.d.).
“About the Secretariat.”
Retrieved March 27, 2019, from United Nations Framework Conventions On Climate Change: https://unfccc.int/about-us/about-the-secretariat
United Nations Climate Change
. (
2016
).
“Intended Nationally Determined Contributions as communicated by Parties.”
United States Department of Energy
. (
2017
).
“Active solar heating.”
United States Nuclear Regulatory Commission
. (
2019
).
“Capacity factor (net).”
USGCRP
. (
2017
).
“Climate science special report: Fourth national climate assessment, volume I.”
Washington, DC, USA
,: [
Wuebbles,
D.J.,
Fahey
D.W.,
Hibbard
K.A.,
Dokken
D.J.,
Stewart
B.C.,
and
Maycock
T.K.
(eds.)
].
U.S. Global Change Research Program, Washington, DC, USA,
470
pp. doi:10.7930/J0J964J6.
Wilhelm,
M. D.,
Haviland,
T.,
&
Robitaille,
M.
(
2018
).
“Mohawk College 2017 greenhouse gas emissions report.”
Richmond Hill, ON, Canada
:
Ameresco, Inc.
World Green Building Council
. (
2018
).
“Building a better future: Annual report 2017/18.”
Toronto, ON
:
World Green Building Council
.
Yudelson,
J.
(
2016
).
“Reinventing green building: Why certification system aren't working and what we can do about it.”
Gabriola Island, BC, Canada
:
New Society Publishers
.
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Author notes

1. Student, Energy and Power Innovation Centre, Mohawk College, Hamilton Ontario, Canada, rutul-bhadreshkumar.bhavsar@mohawkcollege.ca

2. Sustainability Research Chair, Mohawk College, Hamilton Ontario, Canada, tony.cupido@mohawkcollege.ca

3. General Manager & corresponding author, Energy and Power Innovation Centre, Mohawk College, Hamilton Ontario, Canada, mariano.arriaga@mohawkcollege.ca