Average Electricity Bill Ontario 2026: Boost NOI

A lot of Ontario property owners are having the same moment right now. A bulk hydro invoice lands in the inbox, the total is higher than expected, and the first question isn't “Why did this happen?” It's “How do I budget for this next month, and what does it do to NOI?”

That's where the idea of the average electricity bill in Ontario becomes useful. Not because every suite, building, or household pays the same amount. They don't. It matters because the average gives you a starting line. From there, you can see how rate plans, seasons, building type, and billing method change the cost picture.

For owners of multi-family and condominium properties, this gets more complicated fast. Many public discussions focus on a single detached home or a typical family household. But a condo tower or rental building doesn't behave like a suburban house. Bulk billing can blur what each suite uses, and that makes budgeting harder than it needs to be.

Table of Contents

• Introduction
• Understanding Average Electricity Bills Ontario
  • What the provincial average actually includes
  • Why this baseline matters for building owners
• Comparing TOU And Tiered Rate Structures
  • How Time-of-Use works
  • How Tiered pricing works
• Factors Driving Cost Variability By Housing Type And Season
  • Why the same province produces very different bills
  • How seasons change the pattern
  • What owners often miss in multi-family buildings
• Practical Tips To Lower Electricity Costs
  • Changes tenants can make right away
  • Upgrades owners can control
• Benefits Of Submetering For Property Owners
  • Why bulk billing hides the real story
  • What submetering changes operationally
• Conclusion And Next Steps

Introduction

A property manager reviews last month's utility budget, compares it with the new bill, and realises the increase isn't small enough to ignore. The common instinct is to hunt for waste. Maybe hallway lighting was left on longer. Maybe HVAC schedules drifted. Maybe residents used more power during a cold snap.

Sometimes that's true. But often the bigger issue is that Ontario electricity bills are built from several moving parts, and those parts don't show up clearly when you're only looking at one bulk invoice.

For a landlord with a small apartment building, a condominium board overseeing shared costs, or an operator managing several properties, the average electricity bill Ontario households face is a practical benchmark. It helps you ask better questions. Is the building cost problem tied to rates, seasonality, housing mix, or the fact that tenant use is still buried inside operating expenses?

Practical rule: Treat the provincial average as a reference point, not a promise. It tells you where a typical household starts, not where every unit ends up.

Understanding Average Electricity Bills Ontario

The cleanest starting point comes from the province's regulator. According to the Ontario Energy Board's energy-at-a-glance data, the average monthly residential electricity bill in Ontario is $134.57 for a typical household using about 750 kWh per month, with all charges and taxes included.

What the provincial average actually includes

Many readers get stuck here because they assume the bill is just “power used times price per kWh”. It isn't. Consider a restaurant bill. The entrée is only one line. Then come service-related charges, taxes, and adjustments.

Ontario's average bill includes:

• Energy commodity costs. This is the electricity itself.
• Delivery fees. These cover getting power through the system to the home.
• Regulatory charges. These support electricity system administration.
• Ontario Electricity Rebate. This reduces the bill before final tax is applied.
• HST. The 13% tax is part of the all-in total.

That's why a bill can feel larger than expected even when usage doesn't seem extreme. A resident may focus on appliance use, but the final invoice reflects both consumption and the structure around that consumption.

Why this baseline matters for building owners

For single-family households, the average often works as a budgeting reference. For multi-family owners, it serves a different purpose. It helps estimate what a “typical” suite-level electricity cost might look like before you compare it with what the building is currently recovering.

If a property still bundles electricity into rent, condo fees, or estimated allocations, the owner may know the building total but not the per-unit pattern. That's like seeing a grocery receipt for the whole family but not knowing who ate what. The total is real, but the allocation is fuzzy.

When line items stay hidden inside a bulk bill, owners often debate behaviour, not data.

That's why understanding the average electricity bill Ontario households face is useful even if your property doesn't resemble a detached house. It gives you a baseline from which to ask sharper operational questions.

Comparing TOU And Tiered Rate Structures

Ontario residents typically choose between Time-of-Use pricing and Tiered pricing. The distinction matters because two households can use similar amounts of electricity and still pay differently depending on when they use it.

According to Ontario winter 2025 to 2026 electricity rate details, effective November 1, 2025, Winter TOU rates rose to 20.3¢/kWh on-peak, 15.7¢/kWh mid-peak, and 9.8¢/kWh off-peak. The same update lists Tiered pricing at 12.0¢/kWh for the first 1,000 kWh and 14.2¢/kWh above that level.

How Time-of-Use works

Time-of-Use, usually shortened to TOU, prices electricity by the clock. Electricity costs less in off-peak periods and more in on-peak periods. That means usage timing matters almost as much as usage volume.

A simple example helps. If a resident runs laundry, dishwashers, or EV charging mostly in lower-cost periods, TOU may fit well. If that same resident does most high-load activities during expensive periods, the bill can climb faster.

For a deeper explanation of when these periods apply in everyday life, this guide to Ontario time-of-use hydro hours is a useful companion.

How Tiered pricing works

Tiered pricing is easier for many people to understand because it behaves more like a volume discount in reverse. The first block of electricity is billed at one rate, and usage above the threshold is billed at a higher rate.

That structure can work better for residents who use electricity consistently throughout the day and can't easily shift major appliances to cheaper hours. It can also feel more predictable because the calendar matters less than total monthly consumption.

Here's the side-by-side view:

Plan

Off-Peak (¢/kWh)

Mid-Peak (¢/kWh)

On-Peak (¢/kWh)

Tier 1 (¢/kWh)

Tier 2 (¢/kWh)

TOU

9.8

15.7

20.3

N/A

N/A

Tiered

N/A

N/A

N/A

12.0

14.2

A practical way to explain it to tenants is this:

• TOU rewards timing
• Tiered rewards moderation
• Neither plan is “best” for everyone

If you manage properties where residents frequently ask why neighbours with similar unit sizes have different bills, rate structure is often part of the answer.

Factors Driving Cost Variability By Housing Type And Season

The province-wide average is helpful, but real properties don't line up neatly around one number. A compact condo unit, a townhouse, and a detached home can all sit in the same city and produce very different electricity patterns.

Near the current period, the 2026 Ontario household bill overview places a typical 750 kWh household at $130 to $160 CAD per month, and notes that this reflects a $15 to $25 increase from pre-November 2025 levels following a 29 to 30% commodity rate hike.

Why the same province produces very different bills

Housing type changes how electricity behaves.

A detached home usually has more exterior surface area, more rooms, and often more equipment drawing power. A townhouse shares walls, which can reduce some heat loss. A condominium apartment often has less exposed exterior area and a smaller conditioned space, but its actual bill still depends on appliances, occupancy, in-suite heating or cooling setup, and resident habits.

The easiest analogy is winter clothing. A detached house is like standing outside in a jacket. A townhouse is like standing between two people who block some wind. A mid-building condo suite is like being surrounded on several sides, which can change how much heating or cooling effort the unit needs.

How seasons change the pattern

Ontario weather pushes bills around because people don't use electricity the same way in every month. In colder periods, electric heating systems, baseboards, fans, and longer lighting hours can raise usage. In hotter periods, air conditioning becomes the main pressure point.

Here's the part many owners underestimate. Seasonal changes don't hit every building equally. Older buildings with weaker envelopes, drafty windows, or less efficient in-suite equipment tend to show bigger swings. Buildings with better controls and tighter shells usually show smoother patterns.

To see a plain-language walkthrough of how household electricity costs shift through the year, this short video helps frame the issue:

What owners often miss in multi-family buildings

The biggest blind spot is assuming a condo building behaves like an average house multiplied by the number of units. It doesn't.

Multi-family properties have shared systems, common area loads, elevators, corridor lighting, parking ventilation, amenity spaces, and equipment that doesn't belong to any one resident. At the same time, individual suites vary widely. One resident may be out all day and barely cook. Another may work from home, run laundry frequently, and keep the suite cooler or warmer than the rest of the building.

That's why a broad average can only do so much. For owners, the number is a starting benchmark. Actual budgeting work comes from separating three layers:

• Suite consumption, which belongs to residents
• Common area consumption, which belongs to the property
• Seasonal demand patterns, which influence both

A winter spike in a detached house tells one story. A winter spike in a condo tower can be a mix of suite use, common equipment, and the building's design.

Once you look at those layers separately, the idea of the average electricity bill Ontario households pay becomes more practical. It stops being trivia and starts becoming a diagnostic tool.

Practical Tips To Lower Electricity Costs

Lowering electricity costs doesn't always begin with a renovation. Often, it starts with timing, maintenance, and clearer visibility into what's using power.

Changes tenants can make right away

For residents on TOU pricing, shifting certain tasks can make the bill less painful. The most common candidates are laundry, dishwashing, and EV charging. This guide on Ontario off-peak hours is a handy reference for residents who want to match chores with lower-cost periods.

Other day-to-day habits matter too:

• Use smart power bars or smart plugs for entertainment areas and desk setups. They make it easier to cut standby use without asking people to unplug everything manually.
• Run full loads in washers and dishwashers. Half-load convenience often turns into repeat energy use.
• Set realistic thermostat schedules. Empty units don't need the same temperature setting all day.
• Close blinds during strong summer sun and keep windows sealed during heating season.

A practical resident education piece can help if you're trying to encourage better habits without sounding punitive. For example, this article on how to cut energy expenses gives plain-language ideas that are easy for non-technical readers to follow.

Upgrades owners can control

Owners have more advantage than tenants in three places: building shell, equipment condition, and information flow.

Start with low-friction maintenance:

1. Seal obvious air leaks around doors, access panels, and common-area penetrations.
2. Replace older lighting with LED fixtures in corridors, lobbies, service rooms, and exterior locations.
3. Keep HVAC equipment maintained so fans, filters, and controls aren't forcing longer run times.
4. Review timer and control settings for common spaces. Many buildings waste power because schedules no longer match actual occupancy.

Then improve visibility. If a property team can't see whether rising consumption comes from resident use, common areas, or equipment drift, every budgeting conversation becomes guesswork.

Field note: The first win isn't always lower usage. Sometimes it's identifying which load belongs to whom.

You don't need to turn every resident into an energy analyst. But giving people a clearer line between behaviour and cost usually leads to better decisions than blanket reminders ever will.

Benefits Of Submetering For Property Owners

Submetering matters because bulk billing hides responsibility. When the whole building arrives as one electric cost, owners know the total but not the pattern behind it. That weakens budgeting, clouds tenant conversations, and puts pressure on NOI.

According to the Ontario Energy Board news release on electricity price changes and unit sub-metering context, public discussion of average electricity bills tends to overlook multi-family properties even though Ontario licenses unit submetering and it can shift 20 to 30% of bulk utility costs from NOI to tenants through more precise allocation.

Why bulk billing hides the real story

In a bulk-billed building, careful residents can end up subsidising heavy users. Owners can also end up paying costs that really belong at the unit level. That creates a fairness problem and a financial problem at the same time.

Submetering changes that by measuring consumption at the suite level. It turns a blurred building-wide expense into a clearer set of categories. Which loads are common area? Which belong to unit occupants? Which spikes reflect equipment issues instead of resident behaviour?

For property teams, that clarity often reduces arguments. Billing becomes easier to explain because it's tied to measured use rather than estimates.

What submetering changes operationally

The financial case gets most of the attention, but the operating case matters too. When usage data is organised by unit and by common area, managers can budget with more confidence and investigate anomalies faster.

That visibility can also improve resident communication. If your team handles billing questions internally, better usage data makes support more consistent. Teams thinking about resident communication workflows may find ideas in this AI customer service guide for teams, especially where recurring billing questions create admin drag.

For owners evaluating providers or trying to understand what full-service implementation includes, a reference point is this overview of electricity submetering solutions for multi-unit properties.

Submetering isn't just a metering decision. It's a cost-allocation system. And for multi-family properties, that can mean cleaner recovery, more transparent tenant billing, and a healthier operating picture.

Conclusion And Next Steps

The average electricity bill Ontario households face is useful because it gives you a baseline. The $134.57 provincial average for a typical 750 kWh household, covered earlier from the OEB data, helps frame what “normal” looks like before local rates, seasonal swings, housing type, and billing method complicate the picture.

For property owners, the main lesson is simple. Don't stop at the average. Look at how pricing plans affect timing, how building type changes usage patterns, and how bulk billing can hide who is driving costs. A condo unit, a townhouse, and a detached home may all sit under the same provincial umbrella, but they won't produce the same operating story.

Owners who act on that distinction usually make better budgeting decisions. They can separate common area costs from resident consumption, reduce billing disputes, and protect NOI from becoming a catch-all for recoverable utility expenses.

Better energy management isn't only about cutting waste. It's about making the cost structure visible enough to manage well, even when Ontario rates move again.

If you're reviewing rising utility expenses across a multi-family, condominium, or mixed-use portfolio, Axis Meter Solutions can help you move from bulk-cost guesswork to unit-level clarity with full-service submetering, tenant billing, and ongoing support.