As heating season approaches, one of the biggest questions Alberta homeowners face is whether natural gas or electricity is the better way to heat their home. With Alberta's deregulated energy market giving you the freedom to choose your energy provider, understanding the real cost difference between gas and electric heating can help you make smarter decisions about your home comfort — and your budget.
This guide breaks down the true costs, efficiency ratings, and practical trade-offs of natural gas furnaces, electric baseboard heaters, and modern heat pumps in Alberta's climate. We use current rate data so you can see what each option actually costs to run.
How Natural Gas Heating Works in Alberta
Natural gas is the dominant heating fuel in Alberta, and for good reason. The province sits atop massive natural gas reserves, which has historically kept prices low compared to the rest of Canada. About 75% of Alberta homes rely on a natural gas furnace as their primary heat source.
A modern high-efficiency gas furnace carries an Annual Fuel Utilization Efficiency (AFUE) rating of 95–98%, meaning nearly all the gas it burns converts to usable heat. Standard mid-efficiency models typically rate 80–90% AFUE.
Current Natural Gas Rates
As of August 25, 2026, the 30-day variable gas rate in Alberta averages $3.90/GJ (discount rate, including transaction fee). If you prefer rate stability, Get Energy's fixed gas rate is $3.77/GJ on the Advantage plan — locking in your per-gigajoule cost regardless of market swings.
On top of the commodity rate, your gas bill includes delivery charges from your local distribution company (such as ATCO Gas), a monthly administration fee, and applicable riders. For a typical Alberta home using around 100–120 GJ of natural gas per year, delivery and admin charges often add 40–60% on top of the raw commodity cost.
How Electric Heating Works
Electric heating comes in several forms, each with very different efficiency and cost profiles:
- Baseboard heaters — Convert electricity directly to heat at nearly 100% efficiency. Simple and cheap to install, but expensive to run because they consume large amounts of electricity.
- Electric furnaces — Central forced-air systems that use electric resistance elements. Also near 100% efficient, but share the same high operating cost as baseboards.
- Heat pumps — Move heat rather than generating it, achieving 200–400% effective efficiency (expressed as a Coefficient of Performance, or COP, of 2.0–4.0). Cold-climate models designed for temperatures as low as –25°C to –30°C have made heat pumps a realistic option in Alberta. Learn more in our complete guide to heat pumps in Alberta.
Current Electricity Rates
As of August 31, 2026, Alberta's 30-day average variable electricity rate is 6.47¢/kWh. Get Energy's 1-Year Advantage fixed rate is 6.57¢/kWh, giving you predictable costs month to month. See all current rates here.
Cost Comparison: Gas vs Electric Heating for an Average Alberta Home
Let's put real numbers to it. A typical Alberta home needs roughly 80–100 million BTUs of heat energy to get through a full heating season (October through April). Here's what that costs with each system, using current rates:
Natural Gas Furnace (96% AFUE)
- Annual gas consumption: ~100 GJ
- Commodity cost at $3.90/GJ (as of August 25, 2026): ~$390
- Add delivery charges, admin fee, and riders: ~$900–$1,300 total
- Equipment cost: $4,000–$6,500 installed (high-efficiency unit)
- Lifespan: 15–20 years
Electric Baseboard / Resistance Heating
- Annual electricity consumption: ~28,000–33,000 kWh (to deliver the same heat)
- Commodity cost at 6.47¢/kWh (as of August 31, 2026): ~$1,800–$2,130
- Add transmission, distribution, and admin fees: ~$2,600–$3,400 total
- Equipment cost: $1,500–$3,000 (whole-home baseboard setup)
- Lifespan: 20–30 years (simple, few moving parts)
Cold-Climate Heat Pump
- Annual electricity consumption: ~10,000–14,000 kWh (COP averaging 2.0–3.0 across the season)
- Commodity cost at 6.47¢/kWh (as of August 31, 2026): ~$650–$900
- Add delivery fees: ~$1,000–$1,500 total
- Equipment cost: $8,000–$15,000 installed (cold-climate air-source unit)
- Lifespan: 15–20 years
Note: All rate figures above are as of their respective calculation dates. Delivery charges, riders, and admin fees vary by distribution area. Your actual costs depend on your home's size, insulation, thermostat habits, and local utility charges.
The Efficiency Gap Explained
The reason natural gas beats electric resistance heating on cost — despite electricity being "100% efficient" — comes down to the price per unit of energy. One gigajoule of natural gas equals about 277.8 kWh of electricity. At current rates:
- 1 GJ of natural gas costs ~$3.90 (as of August 25, 2026)
- 277.8 kWh of electricity costs ~$17.97 (as of August 31, 2026)
That makes electricity roughly 4.6× more expensive per unit of delivered heat when using baseboard or resistance heating. This is precisely why heat pumps change the equation — by delivering 2–3 units of heat for every unit of electricity consumed, they cut that cost multiplier dramatically.
When Does Each Option Make Sense?
Natural Gas Is Usually Best When:
- Your home already has a gas line and ductwork — replacing an aging furnace with a new high-efficiency model is the most cost-effective upgrade for most Alberta homes
- You live in a larger home — gas furnaces handle heavy heating loads efficiently, even at –30°C
- You want the lowest annual operating cost today — gas remains the cheapest fuel for heating in Alberta, per BTU
- You need reliable hot-water heating — gas water heaters also benefit from lower fuel costs
Electric Heating Makes Sense When:
- No gas line is available — some rural properties and acreages don't have natural gas service. If running a gas line costs $10,000+, electric options or propane become the alternatives
- You're heating a small space — a garage, cabin, or single room where baseboard heaters are inexpensive to install
- You're supplementing, not replacing — portable electric heaters or baseboards in a basement addition where extending ductwork is impractical
- You're installing a heat pump — for homes that want to reduce their carbon footprint or prepare for long-term energy trends, a cold-climate heat pump paired with solar panels can dramatically reduce operating costs. Learn about solar for acreages and farms or financing options for efficiency upgrades
The Heat Pump Middle Ground
Heat pumps deserve special attention because they blur the line between gas and electric heating. A cold-climate air-source heat pump (ccASHP) can serve as your primary heating system down to roughly –25°C, with a backup electric resistance coil or your existing gas furnace kicking in during extreme cold snaps.
In a "dual fuel" setup — heat pump paired with a gas furnace — the heat pump handles about 80–90% of heating hours (when temperatures are above –15°C to –20°C), and the gas furnace covers the coldest days. This hybrid approach often delivers the lowest total annual heating cost because it uses the heat pump's high efficiency for most of the season while keeping gas as a safety net.
If you also have solar panels on your roof, a heat pump becomes even more appealing. During shoulder months (October, November, March, April), your solar generation can offset a significant portion of the heat pump's electricity consumption.
Other Factors Beyond Operating Cost
Carbon Footprint
Alberta's electricity grid has been rapidly decarbonizing. Wind and solar now generate over 20% of the province's power, and coal has been phased out entirely. As the grid gets cleaner year over year, electric heating — especially heat pumps — will carry a shrinking carbon footprint compared to natural gas.
Comfort and Air Quality
Gas furnaces deliver hot air quickly and maintain even temperatures well. Baseboard heaters can create uneven heat (warm near the unit, cooler across the room). Heat pumps provide consistent, gentle heating and also offer air conditioning in summer — a growing perk as Alberta summers warm up.
Maintenance
Gas furnaces need annual inspections, filter changes, and eventual heat-exchanger checks. See our fall furnace and weatherization checklist for a step-by-step maintenance guide. Electric baseboards need almost zero maintenance. Heat pumps need filter cleaning and an occasional refrigerant check, comparable to maintaining a central air conditioner.
Home Resale Value
In Alberta's housing market, buyers generally expect a gas furnace. Homes with only electric baseboard heating can be harder to sell and may appraise lower. A heat pump, on the other hand, is increasingly seen as a premium feature — especially the dual-fuel setups that offer both heating and cooling.
How to Reduce Heating Costs No Matter Your System
Regardless of whether you heat with gas or electricity, these steps can cut your heating bill by 10–30%:
- Upgrade insulation — Attic insulation to R-50 and wall insulation are the highest-ROI upgrades. See our guide to energy-efficient home renovations.
- Install a smart thermostat — Programmable setbacks during sleeping and away hours can save 5–15% on heating. Read our smart thermostat guide.
- Seal air leaks — Weather-stripping around doors and windows, caulking gaps, and sealing penetrations around pipes and wires prevents heated air from escaping.
- Lock in your energy rate — Variable rates fluctuate with the market. A fixed rate from Get Energy protects your budget from winter price spikes.
- Eliminate phantom loads — Standby power from electronics adds up. Our phantom load audit guide walks through a room-by-room approach.
Frequently Asked Questions
Is it cheaper to heat with gas or electricity in Alberta?
For most Alberta homes, natural gas is significantly cheaper than electric resistance heating (baseboard or electric furnace). However, a cold-climate heat pump can approach or beat gas heating costs because it delivers 2–3 units of heat per unit of electricity consumed.
How much does it cost to heat a home with natural gas in Alberta?
A typical Alberta home using 100–120 GJ per year can expect total gas heating costs (commodity + delivery + admin) of roughly $900–$1,300 per heating season, depending on rates, home size, and distribution area.
Can a heat pump work in Alberta's cold winters?
Yes. Modern cold-climate air-source heat pumps are rated to operate at –25°C to –30°C. Most Alberta homeowners pair them with a gas furnace backup for the coldest days, creating an efficient dual-fuel system.
Should I switch from gas to electric heating?
Switching to electric baseboard heating is rarely cost-effective in Alberta due to higher per-unit energy costs. Switching to a heat pump can make sense if you also want air conditioning, have solar panels, or are planning a long-term reduction in gas use. The upfront cost is higher, but operating savings accumulate over time.
Bottom Line
For most Alberta homeowners, a high-efficiency natural gas furnace remains the most cost-effective heating option. Electric baseboard heating is easy to install but significantly more expensive to operate. Heat pumps — especially in a dual-fuel configuration with your existing gas furnace — offer an intriguing middle path that trades higher upfront cost for lower operating expenses and summer cooling.
Whatever system heats your home, locking in a competitive energy rate is the simplest way to control your costs this winter. Compare Get Energy's current electricity and natural gas rates — Alberta's deregulated market means you're never stuck with the default. It takes five minutes to switch, there's no interruption to your service, and your wires company stays the same.
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