C2070 Delta E+Delta E+ · SFU

Results

Results

This page will report what C2070 finds: which plants and lines Canada builds to 2070, how each province's electricity is made, and what it costs and emits under each scenario. Work in progress. Costs, interties and emission factors are still placeholders, so no result is ready to cite.

What this page will show

CapacityInstalled and new capacity by technology, zone and year.Coming
Generation and fuel useWhat each zone produces and burns, year by year.Coming
Transmission flowsNet flow on each of the 12 links, and where the model adds lines.Coming
EmissionsCO₂ by zone, province and sector against each target.Coming
System costTotal discounted cost and how it splits into capital, fixed, variable and carbon.Coming
ScenariosBaseline against policy and CER scenarios, side by side.Coming
Not results. The figure below comes from a preliminary run on placeholder parameters. It shows the kind of output the pipeline produces, not what Canada's system will do.
Map of Canada showing the 13 model zones and the 12 transmission links, with line width proportional to solved net flow in PJ; most links show zero flow and the Newfoundland and Labrador to Atlantic link carries the largest flow.
Sample output: solved net interprovincial flows (PJ) from a preliminary placeholder-data run, drawn by osecan map --run. Line width is proportional to net flow; boundaries from GADM v4.1. Zones in split provinces are drawn at one point, so their labels overlap.
How results are produced

osecan solve writes one CSV per OSeMOSYS result variable into results/<run>/results_csv/, with a run record (status.json, solver log, diagnostics). osecan report turns those CSVs and the input parameters into an HTML dashboard; osecan map --run draws the transmission map. The steps are on the API page and the files in Model › Pipeline.