HackQC22: Quebec Electricity Production, Trade, and GHG Emissions
Updated 1mo ago
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Description
Hourly electricity production data from Quebec, Canada, includes sources like hydro, wind, solar, and thermal. The dataset also tracks net electricity exports to markets like New England, New Brunswick, New York, and Ontario, and estimates associated greenhouse gas emissions. It was produced for HackQC22 by the Government and Municipalities of Québec, using public sources and modeled with a 90-minute delay for most data.
Use Cases
Modeling hourly electricity supply mix based on production source columns (hydraulics, wind, solar, thermal, others)
Analyzing inter-regional energy trade patterns based on export data to specific markets (NewEngland, NewBrunswick, NewYork, Ontario)
Estimating greenhouse gas emissions from electricity consumption using the provided GHG emission factor
Forecasting grid load and renewable energy contribution using the time-series production data
Strengths
Data is collected hourly with a near-real-time delay of 90 minutes for most sources
Includes breakdown of production by five specific sources (hydraulics, wind, solar, thermal, others)
Exports are disaggregated by four distinct regional markets
Provides an associated GHG emissions estimate for electricity consumed in Quebec
Limitations
Description metadata is limited; actual data quality requires manual inspection after download
Column-level documentation is absent for some sections; field semantics must be inferred after download
Data is not suitable for legal GHG emissions inventories, as noted in the description
Provenance
Source
Government and Municipalities of Québec
Collection Method
Extraction and modeling of data from public sources external to the company
Freshness
Last updated 2026-04-17 15:51:40.386606; freshness should be verified
Geography
Quebec, Canada, and its trading markets (New England, New Brunswick, New York, Ontario)
Data includes transit flows in exports, which represent a small percentage of trade. GHG emissions data is an order-of-magnitude estimate and excludes municipal and autonomous networks.