Gross fixed capital formation;Canada; Energy use by final demand category (terajoules) (v91665813); from Cube 38100010: Physical flows by final demand category
These data show the drivers of changes in industrial energy use, water use, and greenhouse gas emissions based on the expenditures on goods and services according to the destination of final demand. Direct energy use, water use, and greenhouse gas emissions by households are included under the Household consumption expenditure category. Note that the energy calculations include an adjustment to account for the production of electricity from fossil fuels which would be double-counted if both the electricity consumption and the fossil fuel consumption used to produce it were included in the model.
Series Attributes:
- Unit and Multiplier:
- Terajoules, Units
- Frequency:
- Annual
Final Demand:
Business Sector Investments in Construction (excluding Housing) (COB00)Government Sector Investments in Construction (COG00)
Housing (COH00)
Inventory additions, finished goods and goods in process (INVF0000_L)
Inventory additions, raw materials and goods purchased for resale (INVR0000_L)
Government sector investments in intellectual property products (IPG00)
NPISH sector investments in intellectual property products (IPN00)
Business Sector Investments in Machinery and Equipment (MEB00)
Government sector investments in machinery and equipment (MEG00)
NPISH sector investments in machinery and equipment (MEN00)
Used cars and equipment and scrap (MEU00)
Geography:
CanadaPrincipal Data Sources:
Canadian System of Environmental-Economic Accounts - Physical Flow Accounts (PFA), Statistics Canada - from CANSIM 153-0113
Input-Output Structure of the Canadian Economy in Current Prices, Statistics Canada
Methods:
- Environmentally-extended input-output modelling:
- A series is said to be estimated by environmentally-extended input-output modelling when environmental data (e.g. energy use) are combined with the input-output model. This is possible when both data sets use the same industry classification. The input-output model is an analytical framework developed to assess the interdependence of industries in an economy. The environmentally-extended input-output model can be used to estimate direct and indirect intensities (multipliers), and to distribute industrial outputs (e.g. emissions) or inputs (e.g. water use) to the final purchasers of the goods and services that industries produce (the demand based perspective).
Additional Information:
Energy use is expressed on a net basis to avoid double-counting of electrical energy generated from fossil fuels.
- Date modified: