Canadian Energy Sovereignty Grid Act

⚠ This is a flightplan, not a commitment. Flightplans are hypothetical policy proposals modelled in the Ducklings causal simulation. They become projects only when voted into adoption through Consensus. Metrics shown reflect simulation model outputs, not real-world outcomes.

$4.80B CAD

Fiscal Impact

Long-term (5+ years)

Time Horizon

Medium

Implementation Risk

Epoch 100

Continuum Entry

Overview

Fund a national east-west electrical transmission corridor connecting BC/Manitoba/Quebec hydroelectric surplus to Ontario and Alberta deficit provinces, rebalancing Canada's grid from north-south US dependency to east-west national sovereignty. Target: raise the east_west_transmission_ratio from 0.65 to 1.5+ by Year 10, eliminate structural energy price divergence between provinces, and enable Alberta grid decarbonization at half the cost of domestic renewable buildout. Connects to D-04 CSAIA: national hydro surplus powers sovereign AI compute facilities.

Problem Statement

Canada's electrical grid runs predominantly north-south, exporting power to the US and importing reliability services from US interconnections. Quebec has 20+ TWh of uncommitted hydro surplus. Manitoba Hydro has surplus. BC Hydro has surplus. Meanwhile, Alberta burns natural gas at 450g CO2/kWh and pays 80% more per kWh than Quebec industry. Ontario faces capacity shortfalls. The energy to decarbonize Alberta and power Canadian AI infrastructure already exists — it just has no wire to travel on. The interprovincial_transmission_capacity of 8.5 GW is insufficient and heavily committed. The Canadian Electricity Act (2024) created the framework; this proposal funds the steel and copper.

Proposed Approach

Phase 1 ($4.8B, Years 1-3): Manitoba-Ontario interconnection upgrade (+2.0 GW); Saskatchewan east-west tie line (new, +1.5 GW enabling AB-MB corridor planning). Phase 2 ($6.2B, Years 4-7): Alberta-Saskatchewan-Manitoba corridor (+3.5 GW); enables AB grid to access MB and QC hydro surplus for baseload reliability. Phase 3 ($3.1B, Years 7-10): Atlantic Canada interconnection and NB-QC upgrade. Provincial energy sovereignty clauses: each province retains pricing authority; federal investment is limited to transmission infrastructure, not generation or retail markets. Synergy with D-04 CSAIA: transmission investment and AI data centre siting co-planned so hydro surplus flows directly to sovereign compute facilities in Winnipeg and Gatineau.

Anticipated Impacts

east_west_transmission_ratio rises from 0.65 to 1.5+ by Year 10; provincial_energy_price_divergence_index falls from 180 to ~120; us_grid_dependency_index falls from 35% to 18-22%; alberta_grid_emissions_intensity falls from 450 to 180-220 g CO2/kWh as gas peakers displaced; greenhouse_gas_emissions -15-25 Mt/year from AB grid decarbonization; hydro_surplus_utilization_ai rises synergistically with D-04; electricity_export_us decreases as surplus redirected domestically; manufacturing_labour_cost_competitiveness_index -3-5 points from lower AB industrial energy costs.

Ducklings Simulation

This proposal is active in the Ducklings causal simulation (Epoch 100). The simulation models downstream effects using a BFS cascade engine with strength-weighted, time-delayed edges capped at 3-hop depth and ±25% per-hop limits. Cascade outputs are bounded by variable saturation thresholds.

Domain: Energy | Proposal ID: 192 | Series: E-series

How to Engage

Discuss this flightplan in the Pond forum under Energy. Vote on adoption through Consensus. Adopted flightplans become projects with real-world implementation tracking.

Contact: [email protected]