Overview
Energy use in buildings worldwide accounts for over 40% of primary energy use
and 24% of greenhouse gas emissions . Energy use and emissions include both
direct, on-site use of fossil fuels as well as indirect use from electricity ,
district heating/cooling systems and embodied energy in construction materials.
Given the global challenges related to climate change and resource shortages,
much more is required than incremental increases in energy efficiency.
Currently, a prominent vision proposes so called "net zero energy", "zero net
energy", "net zero
carbon" or "EQuilibrium" buildings . Although these terms have different meaning
and are poorly understood, several IEA countries have adopted this vision as a
long-term goal of their building energy policies .
What is missing is a clear definition and international agreement on the
measures of building performance that could inform �zero energy� building
policies, programs and industry adoption.
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Task/Annex Information
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Duration
October 1, 2008 -- .September 30, 2013
Operating Agent
Josef Ayoub
CanmetENERGY
Natural Resources Canada
Varennes, Qu�bec, CANADA J3X 1S6
Josef.Ayoub@rncan-nrcan.gc.ca |
Task/Annex News
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Task 40 Highlights 2011
7th Experts Group Meeting
May 8-11, 2012 - Naples, Italy
(Invitation Only)
ZEMCH 2012
International Conference
August 20-22, 2012 -
Glasgow, UK
2nd PhD Autumn Workshop on Net Zero Energy Buildings: Solutions Sets, Case
Studies
September 25-29, 2012
IESC, Scientific Research Institute of Cargese, Corsica (France)
Forms of Energy #12: An
architecture report from Golden by Alessandra Sognamiglio
Architectural Journal Domus
June 27, 2011
NULLENERGIEGEBUDE
Vol.1 Net Zero Energy source book in German-language

Montreal PhD Summer School on Net-Zero Energy
Buildings: Theory, Modeling, and Design
June 20-25, 2011 - Concordia University,
Montreal, Canada
Conference Program
HELP US WITH A SURVEY
IEA NZEB Research Project - Participant Capabilities and Interests
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