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That Energy Blog is published by Kates Energy Modelling Inc.
Updated October 1, 2026: Replaced unsupported gas-price forecasts with current market sources and a reproducible heating-cost comparison. Removed the earlier extreme-price scenarios and outdated loan promotion.
An Alberta homeowner does not need to predict the next gas-price spike to make a useful heating decision. Start with the heat the house needs, the equipment that can supply it, and what happens to operating costs when fuel prices change.
LNG adds demand. The household result still depends on the market.
LNG Canada shipped its first export cargo in June 2025. Its first phase has a stated capacity of 14 million tonnes a year. That adds an overseas outlet for Canadian gas. LNG Canada’s announcement establishes those facts; it does not establish a percentage increase in an Alberta household’s bill.
The Alberta Energy Regulator’s September 2026 outlook describes competing pressures: stronger demand from LNG exports and oil sands operations, alongside increased supply and elevated inventories. AER’s outlook and CER’s energy scenarios are useful context. Neither supports turning one export project into a guaranteed retail-price increase.
Separate the three prices
AECO is a wholesale gas benchmark. Your retail commodity rate is the price your contract charges per gigajoule. Your total bill also includes delivery, administration and other applicable charges.
Some charges change with consumption; others remain when you use less gas. This is why a percentage move in AECO does not translate directly into the same percentage move in your bill. The Utilities Consumer Advocate’s bill guide explains those bill components.
A house-level stress test
Consider a hypothetical house requiring 60 GJ of useful space heat annually. Compare a furnace with an assumed 95% efficiency against a heat pump with an assumed seasonal COP of 3. These are transparent illustration inputs, not measurements from a client home or equipment guarantees.
| Heating option | Variable price assumption | Annual variable cost |
|---|---|---|
| Gas furnace | $6/GJ | $379 |
| Gas furnace | $10/GJ | $632 |
| Gas furnace | $14/GJ | $884 |
| Heat pump | $0.12/kWh | $667 |
| Heat pump | $0.18/kWh | $1,000 |
| Heat pump | $0.24/kWh | $1,333 |
The six prices are independent sensitivity inputs, not paired forecasts or current tariff quotes. They represent the complete usage-dependent charges included in this example. Equipment, financing, maintenance, fixed charges and furnace electricity are excluded.
Use the comparison to ask better questions
Collect a year of gas and electricity bills. Separate space heating from hot water and other uses as well as the records allow. Ask the installer for low-temperature capacity, expected seasonal performance and a backup-control plan. NRCan’s heat-pump guide explains why operating temperatures and system selection matter.
Compare installed costs alongside operating costs. If gas remains for backup or hot water, keep its continuing fixed charges in the comparison. Count disconnection savings only after confirming which charges actually disappear.
Evaluate solar with generation timing, self-consumption and export compensation. An annual generation total alone cannot establish winter heating independence.
Reducing the heat the house needs lowers exposure to either fuel. A sound upgrade should make sense across a range of inputs, with comfort, capacity and costs visible. That is a more useful basis for a long-lived equipment decision than a precise forecast with no calculation behind it.
