A Canadian 822 large power plant produced 594.9 TWh, of which 76 TWh was sent to the United States. The remaining 518.9 TWh is in Canada, and ... in fact. Canada's largest power consuming country is the industrial sector, accounting for 40%, followed by housing at 29% and companies / institutions at 26%. The rate of follow-up support for agriculture, administration and transportation is 1-2% [1, 2]. The industrial, residential and commercial sectors are being considered most appropriately to determine if Canada is using electricity efficiently and what measures are taken nationwide to save electricity .
This report addresses the complex problem of how energy efficiency affects Canada. We analyze the influence of energy efficiency on secondary energy use such as energy, household appliances, automobiles, factory energy and electricity generation that Canadian people use for cooling and heating homes and workplaces. New decomposition method for energy efficiency trends in Canada The analysis of this report is based on disintegration or decomposition technology. Since 1999, the Office of Energy Efficiency (OEE) has used the exact Laspeyres index method for this study. Analytically it is reasonable, but as the analysis period (starting from the reference year of 1990) gets longer, this technology causes more and more problems. Based on the recommendations of the advisory report this year, OEE used the residual log-averaged divisor index I (LMDI I) method for factor analysis.
This report provides an overview of Canada's secondary energy usage and associated greenhouse gas emissions. In addition to providing detailed information on energy intensity units and energy efficiency levels in 2013, this report also analyzes trends in energy intensity and efficiency from 1990 to 2013. Such monitoring will help OEE improve energy efficiency in every aspect of Canadian life. It will contribute to the goal of making Canada the world leader in environmental responsibility for the development and use of natural resources.