The following table details the total energy use of City buildings, by operation type, and the 2040 energy targets. Canada’s LNG sector is poised to take off, which will bolster Canada’s energy ties with Asia and will help monetize an abundance of western shale gas resources. the energy model of the building The operating reference model and the measurements recorded in the Building Management System (BMS). Energy Use Data Handbook, Handbook Tables 1990 to 2017 provide a statistical overview of Canada's sectoral energy markets. It houses resources on all things energy-related, including production, consumption, international trade and much more. A peer-reviewed examination of the state of building energy consumption in Alberta in both the residential and commercial sub-sectors is undertaken, demonstrating a significant potential to conserve energy. The data in these tables were taken from the Comprehensive Energy Use … Energy consumption averages are a baseline to compare future improvements within facilities and regional changes. While electricity accounted for one-third of building energy use in 2019, fossil fuel use also increased at a marginal annual average growth rate of 0.7% since 2010. The fastest-growing building end uses – space cooling, appliances and electric plug-loads – are driving buildings sector electrification. Based on analysis of … Efficiency measures in new and existing buildings provide an enormous opportunity for countries to reduce their energy intensities while simultaneously driving improvements in public health, labor The Canadian Centre for Energy Information (CCEI) is a convenient one-stop virtual shop for independent and trusted information on energy in Canada. TransformTO lays out several strategies to achieve its emission reduction targets, including a 40% reduction in building energy use from 2017 levels. Canadian Centre for Energy Information. With buildings accounting for nearly 40 percent of global energy consumption, the building sector should play a key role in effective climate policy. The future of green buildings in Canada. respectively. Measured energy use June 14, 2012- June 12, 2013; Energy used for heating = 690.2 kWh or 4.28 kWh / [m2/a] Total home energy consumption = 4,018 kWh or 24.95 kWh / [m2/a] Code-built total home energy consumption = 28,228 kWh or 175.3 kWh / [m2/a] [Based on a Hot 2000 modelling software file for the same size, same design, same lot and orientation.] The median works better than the mean (arithmetic average) for comparing relative energy performance, because it more accurately reflects the mid-point of energy use for most property types and removes the effect of high-value outliers that may skew the data. national population – half of buildings use more energy, half use less. In some areas, temperatures may have been exceptionally low that year, meaning people had to use more energy than usual to heat their homes. Preparation of the GreenFM reports on the individual buildings These ensure that the energy data for each building is reliable by ranking the energy consumption of the building alongside its expected consumption. The figures in this map represent a snapshot of energy use in 2009. However, cost alone doesn’t determine how people use energy; weather is another important factor. It aims to improve the sustainability of buildings in such areas as site planning, water efficiency, energy use, materials selection, indoor air … sector, representing one-third of energy consumption in Canada, presents an opportunity to realise energy efficiency improvements. Many buildings in Canada are now being built or retrofitted to the green standard known as LEED (Leadership in Energy and Environmental Design). The Canada Green Building Council monitors the trends in energy efficiency and the impacts to building design.