General HVAC News, Tips & Advice

If you’re constantly disturbed by the noise from your heating system, it’s time to consider the quietest heating systems.

This guide will help you understand which heating systems operate with minimal noise, so you can enjoy a peaceful environment at home.

We’ll cover the different types of home heating systems available and what you can expect in terms of sound levels from each.

Baseboard Electric Heating

Noise levels: 20 decibels (approximately as quiet as leaves rustling)

Baseboard electric heating is common in many homes, especially in older buildings. One of its biggest advantages is the quiet operation.

Unlike forced-air systems, which can be noisy when the blower kicks in and air starts to circulate, baseboard heaters operate almost silently. The most you might hear is a soft click as the thermostat activates the unit, followed by gentle expansion noises as the elements heat up.

These heaters offer the benefit of zone heating, allowing you to control the temperature in each room individually. Each unit has a thermostat, so you can adjust the heat where it’s most needed without wasting energy on unused spaces.

However, while baseboard heaters are easy to install and don’t require ductwork, they are not the most efficient option on the market. They use resistance heating where current is passed through the element.

Alternatives like heat pumps are significantly more energy-efficient as they can move more heat energy than the consume.

Though affordable for smaller installations (think a single unit for one room), costs can rise significantly if you’re retrofitting an entire home with baseboard heaters. The total price depends on the number of units and whether you’re installing from scratch or replacing existing ones.

Boilers and Radiators

Noise levels: 0 – 60 decibels

Boilers and radiators have long been a staple in home heating, particularly in older homes. These systems are known for providing consistent and even heat, making them a reliable choice even today.

The system operates by heating water or steam in a boiler, which circulates through pipes to radiators positioned throughout the home. The radiators emit heat into the room, providing comfortable and steady warmth.

While the boiler itself can make some noise when operating, it is often located in the basement and the radiators don’t generally make any noise.

In some cases, especially in older buildings, there can be a clanging noise on occasion when the boiler starts up or occasionally from pipes rattling.

The heat generated by radiators is also gentle and doesn’t dry out the air like other heating methods, adding to overall comfort during the colder months.

Radiators heat the air through convection, creating a natural circulation of warm air that spreads evenly throughout the room. This prevents the hot and cold spots common with other heating systems.

However, while these systems are dependable, they require regular maintenance to ensure optimal performance. The boiler, in particular, needs periodic checks to prevent issues like leaks or inefficient heating. Additionally, the pipes and valves must be kept in good condition to maintain the system’s overall efficiency and safety.

Costs for installing or replacing a boiler system can vary dramatically. If you’re simply replacing a boiler, you’re looking at one range, but a full-home installation, including radiators and piping, can significantly increase the price. To understand how much it might cost in your situation, read our boiler and radiator cost breakdown.

Furnace

Noise levels: 40 to 50 decibels

Furnaces are a type of forced-air heating system which use ducts to circulate warm air throughout the home.

There are two main sources of noise from these systems:

1. The noise from the unit itself, which is often located in the basement and noise from its operation can be heard directly and through the vents (although muffled)
2. The sound of the air itself circulating

Most modern furnaces are relatively quiet, and because they typically have different output levels, they’ll typically operate at lower (and quieter) levels until it gets really cold.

And the best furnaces will also modulate their output to keep a more consistent temperature, allowing them to operate at a steady quieter output level rather than ramping up and down frequently.

But like all ducted heating systems, the sound can be transmitted somewhat through the ductwork and the sound of the air circulating itself also makes some noise.

The process starts with a thermostat, which signals the system to heat air when the temperature drops below a set point. A powerful blower fan pushes the heated air through the ducts, ensuring that warm air reaches every part of your home quickly and efficiently.

Once the system is activated, warm air can be circulated throughout the home almost instantaneously. This makes it particularly effective in climates with frequent temperature changes.

However, there are some downsides to consider. Forced-air systems can circulate dust and allergens throughout the home, especially if the ducts are not properly maintained. Regular cleaning of ducts and changing air filters are essential to keep the air quality in check. Another concern is the potential for inconsistent heating in larger homes, particularly if the ductwork is extensive or poorly designed.

Despite these drawbacks, forced-air heating is a popular choice for many homeowners because of its simple operation—just set your thermostat and let the system work.

Ducted Heat Pumps

Noise levels: 30 to 65 decibels

Ducted heat pumps offer a highly efficient way to heat and cool your home, and are significantly more energy-efficient especially compared to electric alternatives like baseboard heaters.

Unlike traditional systems that rely on resistance heating or burning fuel to generate heat, a ducted heat pump transfers heat from the outside air into your home, using relatively minimal energy.

A ducted heat pump system uses your home’s existing ductwork to distribute conditioned air, making it a potentially good choice if your home already has ducts. If you’re considering replacing an old furnace or air conditioning unit, a ducted heat pump can be a cost-effective upgrade, providing heating and cooling in one system.

The heat pump itself will be located outside, which helps reduce the noise that can be heard from inside. However the heat pump works with an air handler or blower (often the same one your furnace uses, if you have one), and these do make some noise while circulating the heated air throughout your home.

Furthermore, because of the way heat pumps operate, they need to circulate larger volumes of air than furnaces do in order to maintain a comfortable temperature. If you have an older home and ducts that were meant to work with a furnace, there may be a fair bit of noise as a result of the strong air flow as the system attempts to circulate more air than the ducts were intended for.

In most cases this isn’t a huge problem, but it is something to consider.

Installing a ducted heat pump can involve significant upfront costs, particularly if your home requires ductwork upgrades. Explore more detailed pricing options here.

But there may rebates or incentives available to help with the cost, and they can offer long term savings on energy costs.

Ductless Heat Pumps

Noise levels: 30 to 60 decibels

A ductless heat pump, often called a mini-split system, consists of an outdoor unit connected to one or more indoor units. These units work together to heat or cool specific areas of your home by transferring heat between the inside and outside.

The absence of ducts means less energy is lost, making these systems particularly efficient. While they contain a compressor, technological advancements have significantly reduced the noise output.

They are ideal for homes with unique heating and cooling needs, such as:

• Rooms with windowless rooms
• Basements
• Small apartments where traditional systems might struggle

The noise comes from the fact that the indoor unit(s) must be installed directly in the living spaces and while modern ones are relatively quiet, they do make some noise as they circulate and heat or cool the air in the room.

There are different types of ductless heat pumps to suit various home layouts. A single-zone mini-split system is perfect for smaller homes or apartments, providing temperature control to one area.

For larger homes, a multi-zone system allows you to connect multiple indoor units to a single outdoor unit, offering independent temperature control in different rooms. These systems can be mounted on walls, floors, or ceilings, making them adaptable to almost any space.

While the initial cost of a ductless heat pump can be higher than some traditional HVAC systems, the long-term savings on energy bills often offset the upfront expense.

The price of ductless systems varies based on how many zones you need to heat. A single-zone system is much cheaper than a multi-zone setup, which can serve an entire home.

Conclusion

If the constant noise from your heating system is driving you up the wall, it’s time to rethink your options. A noisy heater can disrupt your peace, whether you’re trying to relax, work, or get a good night’s sleep.

When upgrading your heating system, prioritize noise levels alongside efficiency. Consider scheduling a professional assessment to ensure the system you choose aligns with both your comfort needs and your home’s specific requirements.

If you’re in Manitoba and struggle to upgrade your home to be more energy-efficient, you can apply for the Energy Efficiency Assistance Program Manitoba.

In this guide, we will explain everything you need to know about the EEAP, including who can apply, what benefits you get, and how to apply. We will also discuss the different types of assistance the program offers.

Looking for an HVAC contractor? Check out our post on the Best HVAC Companies in Winnipeg.

What is the Energy Efficiency Assistance Program in Manitoba?

The Energy Efficiency Assistance Program (EEAP) in Manitoba helps homeowners and renters with limited household income make energy-efficient home upgrades.

The program is offered by Efficiency Manitoba, a Crown corporation established in 2003 by the Manitoba government to promote energy efficiency in the province.

The program is income-based, meaning you must meet certain income requirements to qualify. If you qualify, you can receive free or subsidized upgrades, such as:

• Insulation upgrades
• Furnace replacements
• Air sealing
• Lighting upgrades
• Water heater replacements

Program Benefits and Incentives

The Energy Efficiency Assistance Program (EEAP) in Manitoba offers several key benefits and incentives to reduce the financial burden of making your home more energy-efficient.

Here’s what participants can look forward to:

• Free Home Energy Check-Up: Every participant gets a complimentary home energy evaluation. This assessment identifies where you can improve energy use and cut costs.
• Free Energy-Saving Devices: You’ll receive no-cost energy-saving items, such as LED light bulbs, energy-efficient showerheads and aerators, and products to seal air leaks.
• Expert Advice: Efficiency Manitoba’s experts guide you through selecting the most beneficial upgrades, ensuring your improvements are both cost-effective and energy-efficient. The program connects you with skilled contractors who specialize in energy-efficient installations.
• High-Efficiency Furnace Offers: Participants can upgrade to a high-efficiency natural gas furnace at a significantly reduced cost—only $9.50/month for five years when upgrading from a standard-efficiency furnace or $25/month for five years when upgrading from a mid-efficiency furnace.
• Rebates for Natural Gas Boilers: A $5,000 rebate is available towards purchasing a qualifying high-efficiency natural gas boiler, offering substantial savings on a major heating upgrade.
• Long-Term Savings: The upgrades and devices provided by the EEAP lead to reduced electricity and natural gas bills, providing financial benefits for years.

Efficiency Manitoba reports that approximately 40% of Manitoba households could qualify for these free and significantly subsidized energy efficiency upgrades.

Who Can Benefit from the Energy Efficiency Assistance Program?

The Energy Efficiency Assistance Program is for you if you:

• Own a Home with Limited Income: If you’re a homeowner looking to enhance your property’s energy efficiency but are concerned about the costs, the EEAP can provide the financial support and expert guidance you need.
• Rent a Home with Limited Income: Renters with a tight budget qualify for the program.
• Are a Landlord: Landlords who want to increase their property’s value and appeal while cutting down on energy costs for their tenants will find the EEAP beneficial.

Additionally, if you own or manage an apartment building and are considering energy efficiency upgrades for individual suites, Efficiency Manitoba’s In-Suite Energy Efficiency Program may be more suited to your needs.

Qualification Criteria

To be eligible for the Energy Efficiency Assistance Program in Manitoba, you need to meet specific criteria.

• Type of Home: Your home must be a single-detached or semi-detached house.
• Residency: You must live in the home throughout the year.
• Household Income: Your total household income (before deductions) must be at or below the following limits, depending on how many people live in your home:

*You will need to provide income verification documents for all household members who are 18 years of age or older.

Besides income, the program may also consider other factors when reviewing your eligibility, such as the value of your property and other assets you own.

If it turns out the Energy Efficiency Assistance Program isn’t a match for you, Efficiency Manitoba has many other ways to help make your home energy-smart. Check them out here.

Application Process

Follow these steps to make your home more energy-efficient with the Energy Efficiency Assistance Program.

Step 1: Application and Income Eligibility Verification

Applicants must fill out and submit an eligibility application online or by mail, accompanied by income verification documents for all household members aged 18 and older.

For rental properties, the landlord must submit the application, with eligibility based on the income verification documents provided by the tenants.

Landlords are required to obtain a Tenant Consent Form from their tenants, which should be included with the Proof of Income documents.

Income verification documents can be submitted through the following:

• Email to EEAP@efficiencyMB.ca (Applicants should conceal their Social Insurance Number on the documents for security reasons, though Efficiency Manitoba notes the security of information sent via email cannot be guaranteed.)
• Fax to 844-361-2315
• Mail to Efficiency Manitoba | Energy Efficiency Assistance Program, PO BOX #247 STN MAIN, Winnipeg, MB R3C 2G9

Step 2: Free Home Energy Check-Up

After applying, you’ll receive a free home energy check-up from an expert. This includes the free installation of energy-saving devices and assessment of the home’s heating system and insulation for potential upgrades.

Step 3: Selection of a Registered Contractor

If your home is eligible for a heating or insulation upgrade, the team will help you connect with registered contractors. The applicant chooses a contractor from the provided list who will guide them through the subsequent steps.

Step 4: Completion of Eligible Upgrades

The chosen contractor coordinates the installation of the energy efficiency upgrade aimed at maximizing energy savings. Once the project is approved, the contractor informs the homeowner and schedules the installation at the earliest convenience.

Step 5: Finalization

All registered contractors have arrangements to invoice Efficiency Manitoba directly, eliminating the need for applicants to cover any upfront costs. Efficiency Manitoba handles the payment process, allowing homeowners to enjoy reduced energy bills.

Final Thoughts

If you’re in Manitoba and looking to save on energy costs, the Energy Efficiency Assistance Program (EEAP) is a great opportunity.

You could benefit from free energy-saving devices, insulation upgrades, and more, all aimed at reducing your bills and enhancing home comfort.

Check if you qualify, apply, and start enjoying lower energy costs and a more comfortable, sustainable home.

Window awnings are making a comeback, not just for their stylish appeal but also for their significant energy-saving benefits.

Once a common sight on many homes and then largely forgotten, these practical installations are now trending again as homeowners look for effective ways to reduce their energy costs.

In this blog, we’ll dive into what window awnings are, how they function, and the key advantages they offer, including how they can help you save on energy bills.

How Do Awnings Save Energy?

According to the Professional Awning Manufacturers Association, homeowners can save up to $200 annually on energy costs by installing awnings.

With the rise of air conditioning, passive cooling methods like window awnings seemed to fall out of favor. However, as energy costs climb and environmental awareness grows, these traditional solutions are regaining popularity.

Here are three key methods through which awnings help save energy:

Reducing Solar Heat Gain

Window awnings are highly effective in mitigating solar heat gain, especially during the summer months when the sun’s rays are most intense.

On south-facing windows, awnings can reduce solar heat gain by up to 65%. For west-facing windows, which often bear the brunt of the afternoon sun, the reduction can be as high as 77%.

Reduce Cooling Energy

Since you’re minimizing solar heat gain with strategically placed awnings, homes naturally remain cooler. It leads to less air conditioner use and lower utility bills.

According to an energy study by the Professional Awning Manufacturers Association, installing awnings can lead to potential cost savings of between 15% to 50% on cooling expenses.

Shade Creation

The creation of shade by awnings extends beyond simply blocking sunlight from entering through windows. It involves a strategic use of fabric color and material that can further enhance energy savings.

Darker colored fabrics generally absorb more solar radiation, which can be beneficial during cooler months but less so during the summer. On the other hand, lighter colored awnings reflect more sunlight and heat, making them ideal for use in warmer climates.

Fabrics that are designed to be UV resistant and have a reflective surface are particularly effective for energy conservation. Here are some examples:

• Sunbrella fabrics
• Coolaroo fabrics
• Polyester with PVC coating
• Acrylic fabrics

Benefits of Window Awnings

Here, we explore how incorporating awnings can benefit you as a homeowner:

Cost Savings

While the initial investment varies, the potential savings on energy bills can add up to several hundred dollars each year.

Enhanced Comfort

With window awnings, you can relax in your living room on a bright summer day, feeling the warmth of the sun without the harsh glare and oppressive heat. Awnings allow windows to be open even on sunny days, promoting natural ventilation.

Eco-Friendly Options

Window awnings are a cool way to cut down on your energy use and be kinder to the planet at the same time. Some awnings are made from recycled stuff or sustainable sources and are built to last, so they don’t need to be replaced often.

Shade Creation

The shade from awnings creates a comfortable outdoor living space. You can enjoy your patio or deck without squinting and sweating even during the hottest parts of the day.

Less Stress on Your HVAC System

By opting for awnings, homeowners can also prolong the life of their HVAC systems. Less reliance on air conditioning not only cuts down on monthly utility bills but also reduces wear and tear on the system

Aesthetics and Personalization

Awnings can give your home a whole new vibe. They add a touch of style and character, making your outdoor areas more inviting.

If you want a more in-depth breakdown, YouTuber Technology Connections recently shared a great video on why awnings used to be so common.

Drawbacks of Awnings

While awnings offer plenty of perks, like any home improvement, they come with a few considerations. However, these drawbacks don’t overshadow the benefits.

Awnings can make your rooms a bit darker during the day because they block some of the sunlight. It’s not a huge deal, especially if you’re trying to keep the heat out, but it’s something to consider if you love a lot of natural light.

They also need a bit of upkeep. Just like anything you have around the house, you’ll need to clean them and check them now and then to make sure they’re in good shape.

Now, if you’re thinking about how you can get around these issues, retractable awnings or even smart awnings are pretty neat. You can pull them back when you want more light, or extend them when you need shade. Plus, with smart awnings, you can control them with a remote or even your smartphone, which is super convenient.

How Much Energy Can You Save With Awnings?

Let’s break the factors that affect your energy savings with awnings:

Material and Color of the Awnings

The material and color of your awnings play a huge role. Lighter colors reflect more sunlight, which is great for maximum cooling.

Materials like canvas or woven acrylic are excellent for blocking UV rays but still letting a bit of light filter through, so you don’t end up with a cave-like feel inside.

Size and Coverage

The size of the awning and how much of your window or patio it covers also matters. Bigger isn’t always better.

You need the right size to effectively shade the area without overdoing it. An awning that extends just enough to block the high sun while still allowing lower-angle sunlight in winter can help with heating costs too.

Home Insulation

How well your home is insulated will also affect how much energy you save with awnings. If your home is poorly insulated, even the best awnings will have limited impact on your energy bills because the heat or cool air will escape. Good insulation complements the effectiveness of awnings by keeping the desired temperature locked in.

Window Type

The type of windows you have can also influence savings. Double-glazed or energy-efficient windows paired with awnings can drastically reduce heat gain compared to single-pane windows. It’s all about creating that barrier that keeps the heat out in summer and in during winter.

Types of Awnings

Awnings have come a long way from being just a piece of fabric stretched over a frame. Today, they can be motorized, controlled remotely, equipped with sensors that adjust them automatically based on the weather, or even operated manually.

Now, when it comes to the style or shape of awnings, there are several types to consider, each with its own unique look and function. Here’s a breakdown of some popular types:

Bullnose

Bullnose awnings have a rounded, curved front, giving them a soft, smooth appearance. They’re great for covering entryways or windows where you want a bit of extra protection from the elements.

The rounded shape helps to direct rain and snow away from the door or window while still providing plenty of shade.

Quarter-Round

Similar to bullnose awnings, quarter-round awnings have a curved shape, but they are more like a quarter circle or a wedge.

These are typically used over smaller windows or doors and can add a stylish touch to your home’s exterior. They offer good protection from sun and rain, with a bit more of a traditional look.

Concave

Concave awnings have a distinct inward curve, creating a sleek, modern look. They’re often used for storefronts or larger windows where style is as important as function.

The inward curve can also help funnel water away from the base of the awning, making them practical as well as visually appealing.

“A” Frame

As the name suggests, “A” frame awnings have a triangular shape, much like the letter “A.” These are perfect for doorways or larger windows where you need to cover a wider area.

The angled design allows for good water runoff and provides ample shade, making them a solid choice for areas with heavy rainfall.

Vertical

Vertical awnings extend straight down from the top of a window or door, almost like a roller shade. They’re ideal for situations where you need to block the sun but don’t want to obstruct the view.

These awnings can be rolled up or down as needed, offering flexibility depending on the time of day or weather conditions.

Waterfall

Waterfall awnings have a rounded top that gently slopes downward, resembling the flow of a waterfall. They’re popular for larger windows and storefronts because of their elegant appearance.

The curved shape not only adds visual interest but also provides excellent coverage from the sun and rain.

Shed Type

Shed-type awnings have a straightforward, angled design that slopes downward from the top of the window or door. They’re highly versatile and can be used for almost any application, from windows to patios.

The simple design makes them easy to install and maintain, and they provide excellent protection against the sun, rain, and snow.

Conclusion

We often forget that our homes can be cooled passively, without putting all the pressure on our air conditioners. Awnings are a smart, cost-effective way to reduce that dependence.

If you’re someone who relies heavily on your HVAC system to keep your home comfortable year-round, it’s worth considering how something as simple as awnings can lighten that load.

Home renovations are more popular than ever, driven by government rebates, the desire to cut energy bills, and a growing focus on environmental responsibility.

In this article, we’ll discuss the top energy-saving home renovations that are making a big impact this year. These changes can offer significant benefits for both your wallet and the planet.

1. Seal Ductwork to Prevent Energy Loss

When ducts are not properly sealed, air can leak out, causing your heating and cooling system to work harder, resulting in up to 20% more energy consumption. 

Duct sealing involves identifying leaks in the duct system and applying sealant or metal tape to close those gaps. Sealing materials, like mastic or foil tape, cover visible cracks, holes, and seams in the ductwork

A professional duct leakage test will need about 20–30 minutes of preparation, with the actual test lasting another 20–25 minutes. The cost for a detailed analysis is typically around $99, and this test thoroughly explains how much air is escaping from your ducts.

2. Install an Electric Air-Source Heat Pump

Air-source heat pumps transfer heat from the outside air into your home, even in cold temperatures. Instead of burning fuel like traditional furnaces, they use electricity to move heat, which is far more energy-efficient.

Standard electric heating systems, such as furnaces, typically consume 10 to 50 kilowatts daily, while an ASHP uses around 6 to 10 kWh daily. That’s a significant drop in energy consumption.

While ground-source, geothermal, and water-source heat pumps can provide the most savings, they aren’t affordable for everyone. That’s where air-source heat pumps (ASHP) come in as a practical and efficient alternative.

An air-to-air heat pump, excluding hot water, can cut heating costs by 30–50%. In other words, it can potentially halve your heating bills.

In Canada, more than 80% of electricity comes from renewable sources or nuclear energy. Operating a heat pump here often doesn’t rely on fossil fuels, making it an environmentally friendly and economical option.

3. Switch to Energy-Efficient LED Lighting

A 9-watt LED produces the same amount of light (800 lumens) as a traditional 60-watt incandescent bulb. In fact, ENERGY STAR® certified LEDs are up to 90% more efficient than incandescent bulbs and last at least 15 times longer.

With LED bulbs costing between $3 and $10 each, depending on the type, the initial investment pays off quickly through energy savings and reduced replacement costs.

Let’s say your home has eight bulbs, and you replace all of them with 9-watt LED bulbs. If you were using 60-watt incandescent bulbs, your total energy consumption for those eight bulbs would be 480 watts (60 watts x 8 bulbs). With LEDs, this drops to just 72 watts (9 watts x 8 bulbs).

Assuming the lights are on for 5 hours per day, with incandescent bulbs, you would be using 2.4 kWh per day (480 watts x 5 hours / 1000), while with LED bulbs, you’d only use 0.36 kWh per day (72 watts x 5 hours / 1000). Over a year, that’s a reduction from 876 kWh (with incandescent) to just 131.4 kWh (with LEDs).

At an average electricity cost of $0.192 per kWh in Canada, the cost for incandescent bulbs would be about $168 per year, while the LED equivalent would cost just $25.22. That’s a savings of around $142.78 per year for just eight bulbs.

4. Upgrade to Energy-Efficient Windows

Energy-efficient windows are a great way to improve your home’s insulation and reduce heating and cooling costs, helping you save an average of 12% on your energy bills.

Here are some ways to improve energy efficiency for windows:

• Caulking and Weatherstripping: These simple, affordable fixes can help seal gaps around windows to prevent drafts and air leaks. Even small openings can let in enough cold air to make your heating system work harder, so sealing them can lead to noticeable energy savings.
• Gas Fills: Many energy-efficient windows have gases like argon or krypton between the panes. These gases are denser than air, improving insulation and preventing heat transfer, making your home more comfortable and energy-efficient.
• Glazing: Adding a special coating to window glass, known as low-emissivity (low-e) glazing, helps reflect heat into the room in winter and block it in the summer. This enhances the window’s ability to regulate your home’s temperature.
• Window Design: The overall energy efficiency of a window or skylight depends more on its design than the material. Look for windows with multiple panes, low-e coatings, and thermal breaks, all of which contribute to better insulation and energy savings.

Installing awnings over windows can further boost energy efficiency. Awnings block direct sunlight from entering your home, reducing the need for air conditioning in the summer.

5. Convert to a Heat Pump Water Heater

If you’re currently using traditional methods like electric resistance, gas, or oil to heat your water, switching to a Heat Pump Water Heater (HPWH) could lead to significant energy savings. A heat pump water heater extracts heat from the air around it and transfers that heat to the water.

HPWHs are especially beneficial for households looking to cut down on water heating costs, which typically account for a large portion of a home’s energy bill.

Source: https://www.energystar.gov/products/ask-the-experts/heat-pump-water-heater-right-your-home

Although the initial cost ranges between $1,500 and $3,000, the annual fuel cost is far lower than other heating options, averaging $104–$160. Over time, the savings makeup more than the upfront investment.

6. Install Solar Panels for Clean Energy

Solar panels can produce significant savings, especially during the sunny months when energy consumption is often higher due to air conditioning use.

The average Canadian household uses about 11,135 kWh of electricity per year. For every 1,000 kWh generated by solar panels, the average Canadian home can save around CA$1,920.

This means that, depending on your location and system size, you can save thousands annually while also reducing your carbon footprint.

7. Add Extra Insulation for Enhanced Comfort

According to the EPA, properly insulating homes can save homeowners an average of 15% on heating and cooling costs—or about 11% on total energy costs.

Insulation works by trapping air in tiny pockets within its material, creating a barrier that slows heat transfer. In winter, it keeps heat inside your home, reducing the energy needed to maintain a comfortable temperature. In summer, it blocks outdoor heat from entering, so your air conditioning doesn’t have to work as hard.

You can also check for federal or municipal rebates, such as the Greener Homes Grant, which provides financial incentives for energy-efficient upgrades. Check out all Canadian government rebates for this year.

8. Draft-Proof Your Home

Draft-proofing your home means sealing gaps, cracks, or openings that let cold air in during winter and warm air in summer.

Here are a few ways to draft-proof your house:

1. Seal Windows and Doors: Use weatherstripping or caulk around windows and doors to block air leaks. Door sweeps are also effective for preventing drafts from entering underneath exterior doors.
2. Install Foam or Rubber Strips: Apply foam or rubber insulation strips to areas where windows and doors meet their frames. These materials compress to fill gaps and prevent drafts.
3. Insulate Electrical Outlets and Switches: Air can leak through electrical outlets and switches on exterior walls. To reduce drafts, use foam gaskets behind outlet and switch covers.
4. Use Draft Stoppers: Place draft stoppers or “draft snakes” along the bottoms of doors and windows to block airflow.
5. Caulk Gaps in Walls and Floors: Cracks or gaps in walls, floors, or around pipes can allow drafts into your home. Caulk or foam sealants can close these gaps and prevent air leakage.

Add Door Closers: Installing door closers on frequently used exterior doors can help ensure they close fully and prevent drafts from slipping through.

9. Modernize Your Kitchen with Energy-Saving Appliances

Upgrading to ENERGY STAR® certified appliances is one of the most effective ways to reduce energy consumption in your kitchen.

When modernizing your kitchen, it’s best to begin with the appliances that consume the most energy. Below is a list of common kitchen appliances, their average wattage, and the cost to run them based on the average electricity rate in Canada of $0.192 per kWh.

10. Smart Devices: Thermostats, Power Strips, and Sprinklers

Smart devices and home automation provide better control and optimization of everyday tasks. These devices help reduce energy waste and ultimately lower your bills.

Here are some available smart devices:

• Smart Thermostats: Smart thermostats allow you to remotely control your home’s temperature via an app or voice assistant. They learn your habits and adjust heating and cooling based on your preferences and daily schedule. 
• Smart Power Strips: Many electronic devices continue to draw power even when turned off, a phenomenon known as standby power consumption, which accounts for 5 to 10% of a household’s electricity bill. Smart power strips address this by cutting off power to devices that are not in use. 
• Smart Sprinklers: Smart sprinkler systems allow you to control your lawn watering schedule based on real-time weather data. If it’s raining, your sprinklers won’t run unnecessarily, conserving water and energy.

11. Repair or Replace Your Roof for Better Efficiency

If your roof needs repair or replacement, consider opting for “cool roofs.” These roofs are designed to reflect more sunlight and absorb less heat than standard roofing materials.

Cool roofs use materials with high thermal emittance, meaning they can efficiently release absorbed heat. The great news is that cool roofing products often cost about the same as conventional materials.

White roofing products are highly effective at reflecting sunlight, bouncing back about 60 – 90% of the sun’s rays. In contrast, conventional roofs can absorb so much heat that they reach temperatures as high as 150°F (about 65°C). Under the same conditions, a cool, reflective roof can stay cooler than 50°F.

Conclusion

The focus on energy efficiency now goes beyond individual savings; it’s part of a larger movement toward sustainability and resilience. 

The real value lies in creating homes that are both eco-friendly and capable of handling future energy challenges.

Living in Ontario and concerned about your energy bills? You’re in the right place. This guide will explain everything you need about time-of-use (TOU) electricity rates.

We’ll cover the best times to use electricity, provide a rate chart, and share tips on using this information to save energy costs.

Understanding Ontario’s Electricity Pricing Structure

Ontario’s electricity pricing structure is designed to give you the power to choose a billing plan that fits your lifestyle and electricity usage. Here are your options:

• Time-of-Use (TOU) Rates: Prices change based on the time of day (Ideal for shifting use to cheaper off-peak hours).
• Tiered Rates: Two rates based on your usage level (Good for consistent electricity consumption).
• Ultra-Low Overnight (ULO) Rates: Extremely low rates overnight (Best for night-time high energy users, like EV charging).

You can switch between these plans anytime to suit your changing needs, including returning to a previous pricing model. Contact your local distribution company (LDC) to change your plan and submit an election form.

Time of Use Electricity in Ontario

Time-of-Use (TOU) rates are a way to bill electricity that varies the price based on the time of day. In this pricing model, the cost of electricity changes at different times of the day, during the week, and across seasons.

Peak Hours vs. Off-Peak Hours

TOU rates are divided into three periods:

• Off-peak: Lowest demand (Two-thirds of household use is off-peak)
• Mid-peak: Moderate demand (Daytime but not the busiest hours)
• On-peak: Highest demand (When people use personal electronics, ACs, heaters, etc.)

Off-peak

Electricity demand hits its lowest during off-peak times:

• Weekends and statutory holidays are all-day off-peak.
• Summer and winter nights from 7 p.m. to 7 a.m.

Mid-peak

Demand is moderate during mid-peak periods:

• Summer weekdays from 7 a.m. to 11 a.m. and 5 p.m. to 7 p.m.
• Winter weekdays from 11 a.m. to 5 p.m.

On-peak

Demand peaks during on-peak periods:

• Summer weekdays from 11 a.m. to 5 p.m.
• Winter weekdays from 7 a.m. to 11 a.m. and 5 p.m. to 7 p.m.

The TOU periods adjust in winter and summer, reflecting Ontario’s changing electricity consumption patterns.

Ontario Time-of-Use Rate Chart

Eligibility

Under the Regulated Price Plan (RPP), electricity customers in Ontario have the option to choose between TOU and tiered pricing plans, including:

• Households
• Small businesses
• Farms

However, there are a few exceptions where customers may not be able to switch between rate plans:

• Customers without access to the telecommunications infrastructure necessary to support smart meters cannot switch due to technical limitations.
• Customers who opted out of the RPP price structure by signing a contract with an electricity retailer are bound by contract terms and cannot switch.
• Bulk-metered customers, such as residents in condominiums or rental buildings where electricity is not metered individually, are also ineligible to switch between these plans.

Electricity Charges in Ontario

The Time-of-Use (TOU), TOU, Ultra-Low Overnight (ULO), and Tiered prices electricity rates listed are set by the Ontario Energy Board (OEB) for the period from November 1, 2023, to April 30, 2024.

Ontario Time-of-Use (TOU) Electricity Rates

Ultra-Low Overnight (ULO)

Tiered

Fewer than 1 in 10 customers in Ontario purchase their electricity directly from an electricity retailer. If you’re considering signing an energy contract with a retailer, remember that the OEB does not regulate the price you’ll pay according to that contract.

Here are the reasons behind this variation:

• Demand Management: TOU rates vary to balance the electricity grid’s demand. By charging more during peak times, there’s a natural incentive for people to reduce consumption when the grid is most stressed, helping to avoid overloads.
• Grid Stability: High demand periods risk the grid’s stability. If everyone uses electricity simultaneously, especially during mornings and evenings, it can strain the system. Managing this demand is crucial to preventing outages and ensuring a reliable electricity supply.
• Cost Efficiency: TOU rates help optimize the use of existing infrastructure without the need for costly infrastructure expansions.

Off-Peak Hours for Laundry in Ontario

Based on the Time-of-Use (TOU) pricing in Ontario, the off-peak hours when electricity rates are lowest and ideal for running laundry are:

• Weekdays from 7 p.m. to 7 a.m. the following morning
• All day on weekends and statutory holidays

Factors Influencing Ontario’s Electricity Demand

Here are the key factors that play a significant role in shaping Ontario’s electricity demand:

• Weather Conditions: Extreme hot and cold temperatures significantly increase electricity demand due to heating and cooling needs. Mild weather, conversely, tends to lower demand.
• Population Growth: As Ontario’s population grows, so does the electricity demand. From 2000 to 2022, Ontario’s population grew by approximately 29.4%. New homes, businesses, and public services contribute to increased energy consumption.
• Conservation Programs: Ontario has seen a significant decrease in average daily electricity demand between 2002 and 2016, largely attributed to effective conservation initiatives, such as the Independent Electricity System Operator’s (IESO) Save on Energy programs.
• Advancements in Lighting: Light bulbs, which traditionally accounted for 15% to 20% of global electricity consumption, have seen remarkable improvements in energy efficiency. LED (Light Emitting Diode) and CFL (Compact Fluorescent Lamp) technologies now allow for the same amount of light using up to 85% less energy.
• Time of Day and Year: Daily routines and seasonal activities influence when and how much electricity is used. Mornings and evenings see higher demand due to residential use, while industrial and commercial consumption patterns may vary. Seasonally, winter and summer typically experience peaks in demand due to heating and cooling needs.

How to Know if TOU Electricity Pricing is Right for You

Here’s how to tell if TOU pricing could be beneficial for you:

• You work outside the home during the day and do your dishes and laundry in the evening.
• You charge an electric vehicle (EV) overnight.
• You have flexible work hours or work from home.
• You use smart home devices to schedule energy usage.
• You’re home during the day but use minimal electricity.
• You enjoy late-night hobbies or activities.
• You have energy storage solutions.

The Impact of Time-of-Use Rates on Consumers

Here’s how TOU rates affect consumers:

Promotes Energy Conservation

Findings from a study indicated that TOU rates successfully led to a decrease in electricity usage during these peak hours across the province. Specifically, there was a 3.26% reduction in usage during the summer peak in the pre-2012 period.

Cost Savings

Consumers who adapt their electricity use to align with off-peak hours can see significant savings on their energy bills.

Technology and Smart Home Devices

The impact of TOU rates has also spurred interest in smart home technologies, such as programmable thermostats and smart appliances, that can be scheduled to operate during off-peak hours.

Reducing Energy Consumption During Peak Hours

Here’s how you can adjust your habits and reduce your overall energy consumption, especially during costly peak hours:

• Laundry: Do your laundry on weekends or start the washing machine after 7 p.m. on weekdays as it the best time of day to use electricity in Ontario.
• Dishwashing: Load your dishwasher throughout the day, but wait to run it until it’s off-peak.
• Charging Electric Vehicles (EVs): Charge your EV overnight when rates are lowest.
• Pre-cooking Meals: Use appliances like slow cookers or prepare meals that require oven use during off-peak hours, then reheat quickly during peak times if needed.
• Adjust Your Thermostat: During summer, pre-cool your home in the morning and use fans to circulate air in the afternoon. Preheat in the early morning in winter and add layers to keep warm in the evening.
• Minimize Appliance Use: Avoid using major appliances, such as furnaces, air conditioners, and dryers, during peak hours. If you must use them, try to use the energy-saving settings or run them at half-load.

Conclusion

Smart energy use and TOU rates can really cut down your bills in Ontario. By shifting your energy use to off-peak hours and implementing energy-saving practices, you can enjoy lower electricity bills while contributing to a more sustainable and efficient energy system.

What’s the best heating technology for your home in Canada? There’s a lot to consider in terms of installation and fuel costs, comfort, and reliability. You also have your choice of many options, both traditional and modern. This guide provides cost comparisons for different home heating system types to help you find the best heating system for your home in Canada.

Home Heating System Types

Finding the right heating system requires choosing the right type of system and ensuring it’s the proper size to meet your home’s heating requirements. First, you’ll have to take a look at which heating systems for homes are suitable for your property.

Central Heating Systems (Ducted System)

A central heating system relies on ductwork running throughout your home to distribute heated air. Many types of home heating systems fall under this category.

Furnaces

Furnaces are among the most widely used heating systems in Canada. They burn fuel to heat air that passes through a heat exchanger. The cost to run your furnace will depend largely on the type of fuel, and furnace prices vary depending on many factors.

Gas Furnace

A gas furnace is one of the most affordable home heating choices. They burn natural gas, which is very cost-effective. However, this is only a choice if the area you live in has access to a natural gas network.

Oil Furnace

An oil furnace relies on fuel oil, so you’ll need a storage tank and regular deliveries. Today, fuel oil prices have risen significantly, making this option less affordable in home heating system comparisons.

Electric Furnace

An electric furnace heats with electricity instead of combustion. It can be used to replace gas or oil furnaces for electric heat while making use of existing equipment and hookups. However, other electric home heating options can be more efficient.

Heat Pumps

Heat pumps are among the most efficient heating systems available today. They pump heat in during winter to heat your home, and pump heat out in summer to cool it. Because they use electricity to move heat instead of generating it, they use electricity very efficiently. Heat pumps can often be the cheapest way to heat a house.

Air Source Heat Pumps

Air source heat pumps draw heat from the air outside your home, transferring it to the air inside that is circulated through ducts. They still work even when it’s cold outside, although there is a limit at extreme freezing temperatures.

Ground Source Heat Pumps

A ground source heat pump uses the same technology but draws heat from the ground. Pipes are installed that circulate air, water, or another fluid underground. In winter, it is much warmer underground than above ground, so you can usually avoid the temperature limitations of air source heat pumps.

Ductless Mini-Split Heating System

Ductless mini split systems are an excellent heating system for homes without ductwork. Instead of one unit distributing air through ducts, several smaller units are installed around your home. Each can provide heat independently to give you room-by-room control.

Direct Heating System

A direct heating system heats the air around its components directly rather than distributing it through vents. The heat then circulates throughout the room or the entire home.

Electric Baseboard Heating

Electric baseboard heating relies on electric heating elements installed at the baseboard in rooms throughout your home. They are likely the cheapest way to heat a home in Canada in terms of installation, but they may be expensive to operate.

Boiler Systems

Boilers are another one of the common types of heating systems in Canada. They are a type of central heating system, but they don’t transfer heat through ducts. Instead, they heat water that flows through pipes, either to radiators in various areas throughout your home, or in piping running through the floors. They can use either combustion or electricity to generate heat.

Fireplaces & Woodstoves

Fireplaces and woodstoves let you burn firewood or pellets in a safe manner to heat your home. You’ll only have one heat source, so distribution can be a challenge. However, you’ll have reliable heat even when the power goes out.

How to Choose the Best Home Heating System

There’s no one-size-fits-all solution for heating systems. For homes in Canada, you’ll have to carefully compare the best heating technology based on your unique needs.

Climate & Where You Live

In Canada, climate plays a major role in determining the right heating system for you. Options like furnaces and boilers are powerful and versatile, standing up to the harshest winters. Heat pumps can become much less efficient at colder temperatures.

Home Layout & Size

Your home’s size is also a major factor in choosing heating system types. A small home can easily make do with a woodstove or a few ductless mini splits, as distribution isn’t an issue. Larger homes, by contrast, may call for a furnace or boiler to ensure more even temperatures throughout.

Fuel Availability & Cost

Some fuel types aren’t available everywhere. Natural gas is one example. While inexpensive, you must be near an existing gas network. Your area may also have limited access to firewood. Electricity is available essentially everywhere, but costs can vary significantly from one area to another.

Insulation Levels

When you’re considering different types of home heating systems, don’t overlook the importance of insulation. If you have inadequate insulation, you’re wasting money no matter what type of heating your home has. Improving insulation is one of the best money-saving tips.

Do You Have Ductwork?

If you have existing ductwork, a furnace or central heat pump is likely right for your home. Installing ductwork can be expensive or impossible for some dwellings, but making use of it if it is already there is the best strategy.

The Most Environmentally Friendly Solutions

Of course, your own cost savings and comfort aren’t the only factors to consider when choosing a heating system for your home. You should also take your environmental impact into account. However, doing an online search for “the best heating system for house in Canada in terms of sustainability” is unlikely to yield a clear answer.

The results might say that heat pumps are the most efficient way to heat a house in Canada today. That’s because they achieve roughly three times the efficiency of electric baseboard heating by moving heat instead of generating it.

However, keep in mind that electric heat isn’t necessarily cleaner than gas. Much of the electricity in Canada still comes from plants that burn fossil fuels, creating greenhouse gasses, and not all the energy is converted into electricity. But some provinces have mostly carbon-free electricity.

Consider Available Government Rebates

Both the federal and provincial governments provide a variety of rebates for installing efficient types of heating systems in residential homes. These measures are typically focused on heat pumps, which are considered to be the best option in heating system efficiency comparisons.

In terms of federal grants, you could be eligible for up to $5,000 toward the installation of a heat pump. Keep in mind that the amount you are eligible for depends on your current heating system and the type and size of the heat pump you’re installing.

Cost Comparison Between Different Types of Heating Systems

Finding the cheapest heating source Canada’s homeowners can choose can be difficult and will vary depending on your region and your unique needs. This table provides a heating system cost comparison to break down the general ranges you can expect from your installation and utility costs.

Keep in mind that this is only a general home heating systems comparison. The only way to know for sure is to get quotes from professional installers. The climate in your region, the size of your home, and the specific features you’re looking for can all greatly influence the final cost.

What Maintenance Is Required for Each Type of Heating System?

Maintenance is also one of the most important areas to look at when it comes to saving money on your home heating. No matter what type of system you choose, you will have some maintenance requirements to keep it running reliably and efficiently.

Electric baseboard heating does not require much routine maintenance aside from simple cleaning. Boilers are among the next easiest to maintain, as they don’t even require the air filter changes that other systems do. However, a potential water leak could require extensive repairs.

Furnaces are typically easy to maintain as well. Like any system that relies on ductwork, they need filter changes. You’ll also need to do occasional inspections of the combustion and safety elements, and occasionally replace a component that wears out.

Heat pumps need air filter changes to keep them performing efficiently. You’ll also need to inspect the refrigerant system to make sure no leaks have developed.

In most cases, an annual tune-up is recommended for home heating systems. Even if nothing is wrong, a tune-up can ensure performance, efficiency, and safety to give you peace of mind all winter long.

Don’t Rush When Choosing Your Next Heating System

On average, home heating accounts for 29% of your utility bills. That’s why it’s important to carefully consider your options for home heating systems. This guide provides a heating systems cost comparison to help you understand your options, but make sure to do further research and obtain multiple quotes before moving forward with your decision.

Enercare HVAC provides HVAC services, including heating, cooling, plumbing, electrical work, and water heating and treatment. But do they fit your specific needs?

In this article, we will review Enercare offerings, products, pricing, and customer feedback so you can decide whether Enercare is the right choice for your home.

About Enercare

Enercare has been operating since 1959 in Ontario. Over the years, they’ve grown considerably, now serving more than 1.1 million Canadians.

The company offers purchasing and rental options for HVAC systems, but their rental solutions have gained significant traction. Their Enercare Advantage™ allows customers to rent HVAC units with the added benefit of free maintenance and repairs for a lifetime.

However, the cumulative cost over time can significantly surpass the original price if you rent an HVAC unit.

Enercare has expanded its offerings to include modern solutions like Generac generators and electric vehicle (EV) chargers.

Enercare vs. Local HVAC Companies

Enercare primarily markets its rental solutions, which involve a different approach than traditional full-service HVAC contractors.

While Enercare’s staff are knowledgeable, they might offer a different level of specialized service than local contractors focusing solely on HVAC solutions.

Enercare HVAC Installation Reviews

Customer feedback on Enercare’s HVAC installation services reveals a range of experiences. Some of them are listed below:

Positive Feedback:

• Prompt Service: The responsiveness and efficiency of Enercare’s service are often highlighted. Technicians and customer service representatives have been praised for swiftly resolving issues and offering valuable maintenance advice.
• No Maintenance Fees on Rental Units: A significant advantage noted by customers is the inclusion of maintenance fees in the Enercare Advantage program.

Negative Experiences:

• Contractual and Pricing Concerns: Some complaints revolve around the difficulties in exiting rental agreements, with customers locked into contracts with high buyout costs. Erroneous billing for non-existent services has also been reported.
• Installation Quality and Consistency: There are reports of subpar installations leading to issues like gas leaks. These problems are partially attributed to Enercare’s outsourcing to third parties, which results in inconsistent service quality.
• Inherited Agreements: Some customers have faced challenges with inherited rental agreements upon purchasing a property, leading to unexpected financial obligations.

What Products Does Enercare Offer?

Enercare offers a comprehensive range of heating and cooling products. Below are their HVAC options:

Furnaces

• Single-Stage Motor
• Multi-Stage Motor
• Variable-Stage Motor

Boilers

• Conventional Boiler
• High-Efficiency System Boiler
• Combination Boiler

Fireplaces

• Gas Fireplace
• Electric Fireplace

Air Conditioners

• Enercare Smarter AC™
• Ductless ACs

Heat Pumps

• Central/Hybrid System
• Single-Zone Ductless
• Multi-Zone Ductless

Water Heaters

• Tank-Based Water Heater
• Tankless Water Heater

All these products are available for rent with the flexibility to buy out the unit a few years later.

What Brands Does Enercare Sell?

Enercare’s selection of water heaters comes from several manufacturers, such as:

• GSW
• Rheem
• Bradford White
• Radiant

Regarding furnaces, boilers, heat pumps, and air conditioners, Enercare is known to provide Lennox products, among others. For detailed information on brands, customers will have to contact Enercare directly.

What Services Does Enercare Offer?

Enercare provides various installation, maintenance, and repair services for home heating and cooling systems, each with specific plans and pricing.

Maintenance Plans

• Furnace Maintenance Plan: Available at $9.99/month + HST.
• Boiler Maintenance Plan: Available at $12.99/month + HST.
• Fireplace Maintenance Plan: Available at $10.99/month + HST.

Note: Air filters are not included in any of these plans.

Repair Options

• One-time Repair Service Call:
  • Boiler service visit: $99 (+HST).
  • Furnace diagnostic: $0*.
  • Air conditioner diagnostic: $99 (+HST).
  • Water heater service call at $99 (+HST).
• Heating Repair & Protection Plan:
  • Immediate boiler repair for $179 plus a protection plan starting at $28.99/month*.
  • Furnace protection plan starting at $24.99/month.
  • Air conditioning repair and protection plan starting at $24.99/month.

Enercare HVAC Price Guide

The price of a new HVAC system depends on energy efficiency, air quality features, comfort options, and personal preferences like extended warranties and service plans.

Here’s how much you can expect to pay for Enercare HVAC products:

How Much Does a Furnace Cost at Enercare?

A furnace at Enercare typically ranges from $5,000 to $7,000+. This price includes standard installation and comes with a 1-year warranty. Opting for an extended warranty may incur additional costs.

Enercare offers different rental options for heat pumps:

• Enercare Advantage™ Rental: Monthly rates range from $80 to $156.
• Enercare Smarter Advantage™ Rental: Starts from $106 per month + HST. (including a smart thermostat and HVAC performance monitoring)

Read more: Furnace Rental Buyer’s Guide & Prices

A standard high-efficiency boiler using natural gas or propane typically costs $6,500+.

How Much Does a Heat Pump Cost at Enercare?

The pricing for heat pumps at Enercare varies based on the type:

• Central Heat Pump: Costs around $10,000 – $20,000, including standard installation. The starting rental rate for this option is approximately $200 per month.
• Ductless Mini-Split Heat Pump: Priced at about $7,000 – $12,000, including standard installation, with a monthly starting rental rate of $80.

How Much Does an Air Conditioner Cost at Enercare?

The cost of air conditioners at Enercare ranges from $4,000 to $6,500+, which includes standard installation and a 1-year warranty.

• Rental with Enercare Advantage™: Starts from $82 per month.
• Rental with Enercare Smarter Advantage™: Begins at $94 per month. (includes a smart thermostat, HVAC performance monitoring, and the promise of same-day service.)

All Enercare rental payments can be paid online through your banking institutions.

The Process of Buying HVAC at Enercare

Here’s a step-by-step guide to buying HVAC at Enercare:

Step 1: Schedule a Free In-Home Assessment

Contact Enercare to set up an appointment. This can be done via phone or by filling out an online form.

Prepare any questions or concerns about your current system or the installation process.

Step 2: Home Assessment and Recommendations

An Energy Management Consultant (EMC) from Enercare will thoroughly assess your home.

Ask about the efficiency, capacity, and type of systems that would best suit your home. Inquire about warranty, service plans, and potential energy savings.

Step 3: Pre-Installation Process

The EMC will take care of necessary permits and perform a final inspection before installation.

Verify that all required permits are obtained to ensure compliance with local regulations. Confirm the installation charges and schedule and what it entails, including how long it will take and any preparations you need to make.

Is Financing Available at Enercare?

Enercare Inc. has rolled out a financing plan for residential customers to facilitate the purchase of energy-efficient home comfort equipment.

Key features of the Enercare Finance Plan include:

• Onsite and immediate credit approvals
• The ability to compare financial options in real time
• Payment terms of up to 180 months
• Deferral possibilities of up to a year
• An open-ended contract that allows for early repayment

In addition to the financing plan, Enercare customers can take advantage of various rebates:

• The Clean Home Heating Initiative offers up to $4,500 for installing an air-source heat pump with smart controls for Enbridge Gas customers in select areas.
• The Canada Greener Homes Grant allows non-Enbridge Gas customers to receive up to $5,600, including a $600 rebate for an energy audit.
• The Home Efficiency Rebate (HER) Plus provides up to $10,600 for Enbridge Gas customers, requiring an energy audit.

Enercare HVAC Installation and Repair Warranty

Enercare’s warranty policy is largely based on the manufacturer’s terms during the warranty period. The manufacturer bears responsibility for any issues that fall under their warranty.

Enercare handles the installation and repairs; they do not manufacture the parts and, therefore, do not extend any guarantees beyond those offered by the original manufacturers, except for the services outlined in their Protection Plan.

However, If a new air conditioner or furnace has a major component failure within five years, they commit to replacing the unit and renewing a 5-year warranty.

If a customer’s plan has expired, Enercare provides a 90-day warranty on parts and labor following the repair date.

Pros for Selecting Enercare HVAC Services

Enercare HVAC services come with several advantages that can be particularly appealing to a range of customers across Canada.

• Extensive Rental Options: Enercare is a leader in providing rental HVAC solutions, offering furnaces, boilers, heat pumps, and air conditioners for rent throughout Canada.
• No Upfront Costs: Renting from Enercare means customers can avoid large upfront expenses typically associated with purchasing HVAC systems.
• Affordable Monthly Rates: While the monthly rent is low, it’s important to note that over time, the total cost may significantly exceed the purchase price of the equipment.

Cons for Selecting Enercare HVAC Services

While Enercare offers several benefits, there are also potential drawbacks that customers have experienced, which are important to consider.

• Cancellation and Buyout Fees: Exiting a rental agreement with Enercare can be costly due to high cancellation and buyout fees. It can lock customers into long-term commitments.
• Maintenance Service Variability: Some customers report dissatisfaction with maintenance and repair services, likely due to the variability of experiences with third-party contractors.
• Limited Damage Coverage: Enercare’s plans do not extend to damage caused by leaking water heater tanks.
• Excluded Air Filter Maintenance: Enercare’s plans do not cover air filter maintenance.

What Are the Best Enercare Alternatives?

Renting HVAC appliances is particularly common in Ontario, but according to the Competition Bureau, purchasing equipment could lead to significant long-term savings.

For those considering buying their HVAC system outright, finding trusted local contractors, like those in FurnacePrices.ca‘s Certification program is an alternative you might consider. We’ve vetted high quality local providers so you can get free, no-obligation estimates from local HVAC professionals rated highly for their service (averaging 4.8+).

These contractors are vetted for reliability and certified to offer rebates and provide full warranty protection.

Reliance might be a suitable option if you’re looking for an alternative protection plan. Reliance’s plans are generally more basic and may come at a lower cost. Enercare, on the other hand, tends to have higher rates but offers sign-up incentives with their plans.

See our reviews of other providers like Costco and Home Depot, which both work with third-party contractors.

Frequently Asked Questions

The Home Depot offers various home repair and improvement services and lawn and gardening supplies. However, many people might not be as familiar with their professional installation and maintenance services for various equipment, including furnaces, air conditioners, and heat pumps.

In this guide, we will explore what HVAC services Home Depot offers, and see if their quality aligns with their reputation as a top provider of extensive home improvement products.

About Home Depot HVAC

Founded in Atlanta in 1978, THE HOME DEPOT® has grown into a top destination for those looking to improve their homes, including heating, ventilation, and air conditioning (HVAC) services. While Home Depot is widely recognized for selling a vast range of home improvement products, they also offer HVAC repairs and installations for various units and issues.

When you purchase an A/C unit from Home Depot, they provide the option to contract the installation. However, it’s important to note that Home Depot itself doesn’t perform these installations. Instead, they subcontract to local A/C contractors who do the actual work.

This means the quality and experience might vary based on the contractor assigned to your project and may not be as seamless of an experience as dealing directly with a trusted local company.

Here are the installation services offered by The Home Depot in Canada:

• Gas Furnace Installation Services
• Central Air Conditioning Installation Services
• Heat Pump Installation Services
• Ductless System (Mini-Split) Installation Services

Home Depot also advertises air conditioner and furnace repairs, and regular HVAC maintenance services, although again, these are typically contracted out to third party providers.

Home Depot vs Local HVAC Companies

Home Depot operates as more of a hardware store than a full-service HVAC contractor, and since they are generally contracting things out to a third party, you may not get the same level of service as you would dealing directly with a local company.

A local HVAC company will usually have experts that have extensive experience specifically in the HVAC industry, as opposed to general home improvement staff or retail floor staff like you typically encounter at Home Depot.

How Much Does a Furnace Cost at Home Depot?

Home Depot’s gas furnace installation cost can vary significantly, usually falling between $4,950 and $7,750 (for a 2-stage gas furnace in a typical 1,500-square-foot home).

Specific pricing information for different models including electric furnaces isn’t readily available on the Home Depot’s website. So, you need to contact them to schedule an appointment for a quote. A technician will then visit your home to provide an assessment.

The estimated cost includes the following:

• The gas furnace unit
• Standard materials and labor for installation
• Standard warranty coverage (1 year for labor and 5 years for parts)
• Removal of your old unit (disposal fees may be additional)

Canadian residents can benefit from energy rebates when opting for energy-efficient upgrades, although note that there are a range of qualification criteria.

• In Ontario, you may be able to access up to $7,100 in rebates (Home Efficiency Rebate Plus in Ontario, Canada Greener Homes Grant, and Natural Resources Canada)
• Nova Scotia offers up to $10,600 (Home Energy Assessment in Nova Scotia and Natural Resources Canada)
• The rest of Canada can receive up to $5,600 (Canada Greener Homes Grant and Natural Resources Canada)

Read more: Furnace Prices in Canada (Updated for 2024)

How Much Does a Heat Pump Cost at Home Depot?

Home Depot installs central heat pumps from manufacturers like Trane®, Ameristar®, and Comfortmaker®. However, Home Depot does not disclose pricing information on its website for central heat pump installations.

The overall cost is influenced by factors such as the size and output of the system, your location, and the need for additional equipment to complete the installation.

During a free consultation, Home Depot’s licensed HVAC Installers will assess your home and provide a specific quote for the installation service.

Many installations are typically completed within a single day, averaging around 8 hours, though efficiency can vary depending on the specific project details.

Read more: Heat Pump Price Guide: How Much You’ll Pay for a New Heat Pump Installed in Canada

How Much Does an Air Conditioner Cost at Home Depot?

For ductless systems, which typically include one indoor and one outdoor unit, prices average around $4,950 before taxes. The cost range for these systems can vary, typically between $4,250 to $6,500.

For those looking for a central air conditioning system, the average cost is around $9,450. The price range for these more comprehensive systems spans from $7,950 to $14,500.

The estimate for installation includes

• The central air conditioner unit
• Standard installation materials and labor
• A standard warranty which covers 5 years for parts and 1 year for labor

These costs are based on the average installation for a 2-ton central air conditioning unit in a 1,500-square-foot home.

Keep in mind, that if you’re replacing an old unit, there will be an additional charge for its removal and disposal.

Home Depot carries a selection of brands like Trane®, Ameristar®, GE®, and Comfortmaker® providing a range of quality levels. However, their selection may limit options for homeowners seeking other top brands like Lennox.

Read more: Air Conditioner Prices & Installation Costs in Canada

Home Depot HVAC Installation and Repair Warranty

Opting for Home Depot’s HVAC installation comes with a ten-year parts warranty and a one-year labor warranty. They also provide a 90-day repair and maintenance guarantee, and replacements are covered for one year.

Home Depot also provides the option to extend your coverage on HVAC appliances by an additional four years.

If you buy any furnace, heat pump, ductless system, or air conditioner along with Home Services from Home Depot, you can claim a free 10-year warranty (Valid till January 31st, 2024).

Home Depot suggests scheduling maintenance services for your HVAC system either annually or bi-annually to protect your investment in the long run.

Home Depot Project Loan Options

Home Depot offers a ‘Project Loan’ option to finance your HVAC system upgrades, potentially covering up to $50,000 of your project without annual fees.

Prospective borrowers can prequalify quickly, with the possibility of getting approved for up to $50,000, subject to terms and conditions.

The plan includes 0% APR for the first 6 months (minimum payment required) and 8.99% APR for up to 60 months afterward, with no penalty for early repayment.

For more information, visit The Home Depot Project Loan page.

Pros for Selecting Home Depot HVAC Services

Here are some pros of opting for Home Depot HVAC services:

• Maintenance Plans: Their plans include bi-annual visits and repair discounts with a one-year guarantee.
• No Overtime Emergency Charges: Customers won’t pay extra for emergency services outside of regular business hours.
• Same-Day Service: Offers expedited service options to address immediate HVAC issues.
• Financing Options: A 12-month, interest-free financing plan is available
• Licensed and Insured Providers: While they use local, licensed, and insured providers for a detailed 28-point inspection, the experience may vary as all services are performed by independent contractors.
• Accessible Customer Support: Multiple toll-free numbers are available for support with online and in-store purchases.

Cons for Selecting Home Depot HVAC Services

Getting your furnace, heat pump, or air conditioner from the Home Depot could come with certain drawbacks, such as:

• Lack of Personal Relationship: Unlike local companies where repeated service can build a personal connection, Home Depot’s model may not foster the same level of relationship and personalized care.
• Limited Reviews on AC Units: Despite a vast inventory, there’s a noticeable shortage of customer reviews for traditional AC units, making it harder to gauge product satisfaction.
• Potentially Higher Costs: Local contractors may offer more competitive pricing compared to Home Depot’s rates. If you want to get no-obligation quotes from local contractors in your area, get free estimates on furnaceprices.
• No Online Pricing: Home Depot does not provide pricing information on its website, necessitating a phone call for a quote, which could be inconvenient for some customers.
• Inconsistent Contractor Experiences: The quality of experience can vary significantly depending on the subcontractor assigned to your installation or service.

Home Depot HVAC Installation Reviews

Customer feedback on Home Depot’s installation services reflects a mix of experiences, with some aspects receiving praise and others, criticism.

Positive Feedback:

• Energy Efficiency: A number of customers have reported a significant decrease in their energy bills, attributing this to the energy-efficient features of the heat pumps installed.
• Ease of Installation: Home Depot’s professionals’ smooth and hassle-free installation process has been a highlight for several clients.

Negative Experiences:

• Professionalism Issues: There have been complaints regarding the professionalism of some technicians. Instances include technicians falsely claiming additional parts were needed, charging extra for subsequent visits, and not maintaining cleanliness during and after installation.
• Scheduling Problems: Issues with appointment scheduling have frustrated some customers. Complaints include poor communication, difficulties in coordinating times, and unhelpful phone representatives.
• Customer Service Challenges: Some users have expressed dissatisfaction with Home Depot’s customer service, mentioning unresponsive calls, lengthy hold times, and being directed to the wrong departments.

What Are the Best Home Depot Alternatives?

While Home Depot offers a wide range of products and services, working directly with a trusted local contractor can offer a more personalized and potentially cost-effective solution.

Furnaceprices.ca is a standout alternative for several reasons:

• Energy Efficiency: As a participant in the ENERGY STAR® program, Furnaceprices.ca aligns with national commitment to energy conservation.
• Transparent Pricing: The platform ensures you receive free, no-obligation estimates from reliable and established HVAC professionals in your area, making pricing transparent and fair.
• Proven Track Record: With over 1 million Canadians relying on Furnaceprices.ca annually, it’s a trusted source for HVAC information, pricing, and services.

Here’s how it simplifies the process for you:

• Personalized Needs Assessment: Answer a few questions to describe what you’re looking for, and the platform tailors the search to meet your specific needs.
• Free, No-obligation Quotes: You’ll receive transparent quotes from certified local contractors, allowing you to compare and decide without pressure.
• Confidence in Your Purchase: The partners featured on Furnaceprices.ca are vetted for quality and reliability, ensuring you receive top-notch service and support.

Costco is another Home Depot alternative that operates on a similar model by contracting out their work. However, they only sell Lennox furnaces with an average cost of $4,500 and $7,500+ with installation.

Final Thoughts

Home Depot offers a range of products and services, along with financing options, which might suit some homeowners’ needs.

However, exploring local HVAC service providers is a wise move if you are seeking a more personalized touch or potentially lower costs.

We are here to assist if you want to make an informed decision and compare different HVAC solutions. Fill out our online form, and one of our representatives will provide you with a free, no-obligation quote.

Frequently Asked Questions

Reliance Home Comfort is an HVAC solutions provider that offers both purchase and rental options for residential and commercial clients.

This review will cover their product range, services, protection plans, warranty, and customer feedback. We will also discuss the pros and cons of working with Reliance for your HVAC solutions.

About Reliance

Reliance Home Comfort has its roots in the storage water heater rental business, originating from Union Gas over 50 years ago.

Today, the company has expanded its services beyond water heaters to include various HVAC solutions such as furnaces, air conditioners, furnace repairs, plumbing services, water treatment, and smart home systems.

The company’s primary base is in Toronto, Ontario, but it has expanded its operations to western Canada and the United States. This growth included the acquisition of National Home Services in 2014.

In 2017, Reliance was acquired by Cheung Kong Property Holdings.

Reliance is associated with the following organizations:

• BBB Accredited Business
• BCOHS
• CSA Group
• HRAI
• TSSA

Reliance vs. Local HVAC Companies

Compared to local contractors, Reliance focuses on equipment rentals, offering convenience but potentially higher long-term costs.

Local contractors typically sell equipment, which can be more economical over time and add value to the property. Local services often provide tailored solutions and faster, personalized support.

Customers should consider upfront costs, long-term expenses, and the customization and service needed when choosing between Reliance and local HVAC options.

Reliance HVAC Installation Reviews

While Reliance has its own technicians, the company also outsources some service and installation work to third parties, leading to varied customer experiences.

Positive Feedback:

• Protection Plans: Several customers have found Reliance’s heating protection plans cost-effective. They could save more than monthly fees on maintenance and repair costs.
• Efficient Emergency Response: Positive remarks have been made about Reliance’s promptness in emergencies, such as quickly replacing leaking water tanks and installation processes.
• Smart Home Systems Installation: Reliance’s installation of smart home systems and tankless water heaters is often described as professional and satisfactory.

Negative Experiences:

• Rising Rental Costs: Some customers express concern over annual increases in rental prices, which they find disproportionate over time.
• Sales Approaches During Service: There are accounts of aggressive sales tactics during routine service visits, with suggestions for unnecessary equipment upgrades or rentals.
• Additional Fees: A point of concern for some customers has been the extra charges incurred for services like equipment removal and account cancellation.
• Challenges in Service Cancellation: Difficulties in canceling services have been reported.

What Products Does Reliance Offer?

Reliance Home Comfort offers a variety of home comfort products:

• Furnaces
• Boilers
• Air Conditioners
• Water Heaters
• Water Treatment Solutions (Water Softeners and Filtration Systems)
• Air Purifiers
• Generators
• Smart Home Solutions
• EV Chargers

What Brands Does Reliance Sell?

Reliance Home Comfort offers the following list of brands:

• Bradford White
• Viessmann
• Mitsubishi Electric
• FLO
• Amana
• Nest
• Goodman
• Carrier
• Rinnai
• SmartAir
• Trane

What Services Does Reliance Offer?

Here are the services offered by Reliance Home Comfort:

• Furnace installation and repair for gas, electric, and oil furnaces, including repairs and replacements
• Installation, repair, and maintenance of hot water boilers
• Duct cleaning and repair
• Installation of air purifiers, humidifiers, and other air quality solutions
• Air conditioner installation and repair for central AC and ductless mini-splits
• Installation and maintenance of heat pumps
• Water heater installation and repair for tankless, electric, and gas models
• Plumbing and electrical services
• Water treatment solutions like softeners and reverse osmosis systems

Maintenance and Protection Plans

Reliance maintenance plans cost $9.99 monthly for heating or cooling and include annual system check-ups.

Protection plans are slightly higher-priced at $14.99 per month and extend beyond regular maintenance to cover the cost of most parts and labor for repairs without any deductible.

The combined Heating & Cooling Protection & Maintenance Plan is available for $29.99 per month.

Reliance HVAC Price Guide

Reliance Home Comfort does not publish HVAC system prices online; quotes are provided after a home assessment.

Overall prices are reported to be somewhat higher than some smaller local competitors, but prices vary considerably. Expect to pay between $5,000 and $8,000 for a new furnace or air conditioner from Reliance, including installation.

Keep in mind that because Reliance has a wide coverage area across Canada, in many cities and provinces, local prices may vary considerably.

Their product lineup spans from high-end brands like Lennox and Mitsubishi to more economical options such as Trane and Amana.

Renting equipment from Reliance comes without upfront costs, but customers must evaluate the long-term financial impact of renting versus purchasing.

Is Financing Available at Reliance?

Reliance Home Comfort provides a financing offer for their featured high-efficiency furnaces, where customers can pay no interest for 12 months.

Customers can make 12 equal monthly payments to their furnace without interest.

Reliance HVAC Installation and Repair Warranty

Reliance Home Comfort’s warranty policy aligns with the manufacturer’s terms during the applicable warranty period.

Reliance Home Comfort offers the following guarantees:

• Full refund if the heating or cooling system doesn’t perform as stated.
• Repairs are free if the furnace or AC fails in the first year, plus compensation for inconvenience.
• If the installed system doesn’t meet the promised temperature range, Reliance will replace it at no extra cost.
• They commit to repairing or replacing any property damaged during their service.
• Replacement of air conditioner units or furnaces if repeated failures occur within the specified time frames (five years for AC compressors, ten years for furnace heat exchangers).

Pros for Selecting Reliance HVAC Services

Reliance Home Comfort is known for its following benefits:

• Fast Emergency Response: Some customers report quick service during HVAC emergencies.
• Specialization: Renowned for expertise in water heaters and water treatment solutions.
• Renting Options: Offers rental solutions for HVAC equipment in Ontario, which is not widely available from other providers.
• Brand Variety: Provides a wide selection of HVAC brands, including both high-end and cost-effective options.
• First-Year Service Guarantee: Includes free repairs for AC or furnace failures within the first year plus customer compensation for inconvenience.
• Large Scale: Reliance is a big company which can mean they have more capacity in busy times, but can also mean more turnover and variability in the staff you may deal with.

Cons for Selecting Reliance HVAC Services

Customers should also be aware of the potential disadvantages when considering their options:

• Variation in Service Quality: Although Reliance has made efforts to improve their service satisfaction in recent years, due to the size of their operations, service quality may be inconsistent at times.
• Less of a Personalized Service: Likewise, compared to dealing with a smaller company where you’re more likely to deal with the same staff throughout the buying process, and for ongoing service, with Reliance you will likely deal with call center staff, and different technicians whenever you call.
• Cost of Long-Term Rentals: Over the average lifespan of a unit, rental payments can accumulate to a substantial sum. For example, a hot water tank can cost up to nine times more than the purchase cost.
• Cancellation and Buyout Fees: Terminating a rental agreement can be expensive due to hefty cancellation and buyout fees, leading to long-term financial commitments.
• Inconsistent Maintenance Service: Customer satisfaction with maintenance and repair services varies, with some negative experiences attributed to the use of third-party contractors in some cases.
• Service Cancellation Challenges: Customers have encountered complex processes and difficulties when canceling services with Reliance.

Things to Consider When Renting HVAC at Reliance

Renting an HVAC system like a water heater from Reliance requires a careful cost-benefit analysis.

Buying means upfront costs but long-term savings and equity in the equipment. Renting offers low initial investment but can result in higher overall costs and no ownership.

If you’re at the end of a rental contract, understand that you do not own the equipment, and Reliance may continue billing. Consider the potential for lower buyout offers from the company that may wish to avoid the costs of removing the unit.

Like many other companies, Reliance often subcontracts their installation and repair work. Subcontractors being paid per job rather than per hour could lead to rushed work that may not meet the highest quality standards.

Ensure you do thorough research independently and don’t feel pressured to make immediate decisions during sales consultations.

What Are the Best Reliance Alternatives?

When choosing HVAC services in Ontario, you may consider these alternative options:

Enercare: Both Enercare and Reliance have similar customer reviews. Enercare’s rental rates are a bit higher, but they offer sign-up bonuses for their plans. Renting is common in Ontario, but buying could save more in the long run.

FurnacePrices.ca: Through our Certification program, we provide free quotes from local, highly-rated (4.8+ average) HVAC professionals, offering rebates and full warranty protection.

Costco: For those considering a retail purchase, Costco gives incentives like 10% back in-store credit on HVAC purchases. They also offer a Comfort Shield labor warranty for extra coverage on Lennox equipment. You can check our guide on buying furnaces and air conditioners at Costco.

Frequently Asked Questions

Canada and the US get large amounts of sunshine throughout the year, as you can see in the World Bank Global Solar Atlas. This represents an excellent opportunity to install solar panels, especially when both countries are dealing with rising energy costs.

• Canada has an average electricity price of CA$0.192 per kilowatt-hour (kWh) as of 2023, while the US has an average electricity price of US$0.1591 per kWh.
• For every 1,000 kWh generated by solar panels, the average Canadian home can save around CA$1,920 while the average US home can save around US$1,591.

Solar panels can save thousands of dollars throughout their service life, but you must make sure you are purchasing high-quality equipment and getting a professional installation. In this guide we discuss the main features you should consider when comparing solar panel brands:

• Rated wattage and energy conversion efficiency
• Solar panel size and design
• Warranty coverage
• Solar panel degradation rate and long-term performance
• Solar panel performance at higher ambient temperatures

Purchasing high quality photovoltaic (PV) panels is important, but hiring a qualified solar installation company is equally important. This will ensure your solar PV system is optimally sized for the energy needs of your home and installed according to local codes and regulations. A professional installation is also important to ensure warranty coverage: solar manufacturers will normally void their warranty if their panels are not installed correctly.

1) Solar Panel Wattage and Efficiency

The wattage of a solar panel indicates its electricity output when tested under controlled laboratory conditions. All manufacturers use the same testing conditions to ensure that their PV modules can be compared directly. On the other hand, the rated efficiency of a solar panel indicates the percentage of sunlight that is converted into electricity.

• The wattage and efficiency of a solar panel are closely related.
• Assuming you compare solar panels of the same size, those with a higher efficiency will also have a higher wattage.

Solar panels with a high wattage and efficiency use roof space more effectively, since you need less of them to cover the energy needs of your home. If you use panels with a lower wattage, you must install more and cover a larger portion of your roof. Lower wattage panels tend to be more affordable, but they also save less electricity over their lifespan.

The following table compares the wattages and efficiency ratings of six solar panel series from leading brands. As of 2023, you can find many residential solar panels with a power output of over 400W and a rated efficiency of over 20%.

2) Solar Panel Design and Size

Solar panels vary in their size and appearance. The main factor that determines their color of is the type of silicon PV cell used to generate electricity:

• Monocrystalline cells are black.
• Polycrystalline cells are blue.

Monocrystalline panels have a higher efficiency than polycrystalline panels. SunPower and Silfab only make monocrystalline panels, while the other four brands in the table above make both types of solar panels.

You can also find thin-film panels, which use a layer of photovoltaic material instead of solar cells. However, thin-film panels have a lower efficiency and are not normally used in residential installations. These panels are better suited for portable applications and curved surfaces that require flexibility. You can also find lightweight thin-film panels with an adhesive backing, which can be easily installed on vertical surfaces.

Monocrystalline panels have become very popular for residential installations, since they use roof space very efficiently. Many homeowners also prefer their darker color over the light blue tone of polycrystalline panels.

• Some solar manufacturers sell mono panels with unpainted frames and backsheets, which normally have a much lighter color than the PV cells.
• Other manufacturers use black paint on the frames and backsheets of monocrystalline panels, to match the color of solar cells. This results in a uniform all-black appearance.

The following table compares the appearance of the same solar panel series considered in the previous section. All of them are monocrystalline, but the appearance of their frames and backsheets varies:

Solar panels also vary in terms of size. Residential modules have a typical height of around 1,700-1,800 mm and a width of 1,000-1,100 mm. Most commercial modules are over 2,000 mm tall, while having roughly the same width as residential modules. You can install commercial panels in homes, but most installers prefer to work with the more compact residential panels.

3) Understanding Solar Panel Warranty Coverage

Unlike most home devices, solar panels have two types of warranties:

• Product Warranty: Covers material and manufacturing defects.
• Power Production Warranty: Covers electricity production over time.

Depending on the solar panel brand and series, the product warranty can range from 10 to 40 years, while the power production warranty ranges from 20 to 40 years. By looking for solar panels with a long warranty, you ensure that your PV system generates electricity for decades.

Here is a comparison of the warranty terms offered by the six solar panel brands we have been using as an example:

SunPower offers the longest solar panel warranty in North America, but their panels also have some of the highest prices. Most leading brands offer a 25-year product warranty and a 25-30 year power output warranty. Canadian Solar offers a 25-year product warranty in Europe and Japan, but only a 15-year warranty in other locations (including Canada and the US).

4) Solar Panel Degradation Rate: Long-Term Performance

All solar panels degrade over time, and this is reflected as a gradual decrease in their electricity output. However, high-quality panels degrade at a very slow rate, offering over 85% of their initial capacity after 25 years of use.

PV modules with a high wattage and efficiency generate more electricity, but you should also make sure they retain their energy output over time. Solar manufacturers specify a maximum performance loss per year, and the power production warranty applies if your solar panels degrade faster than the specified rate.

The best solar panels only lose around 1-2% of their capacity during the first year, and then less than 0.50% capacity per year. The following table compares the long-term performance of six high-quality solar panel series:

If two solar panels have the same wattage but different degradation rates, the panel with the slower performance loss will generate more electricity over time. As a quick example, assume your home solar system is designed to generate 10,000 kWh per year:

• If you use solar panels that offer 92% capacity after 25 years, your PV system will still generate 9,200 kWh or more.
• On the other hand, if the solar panels only offer 80% capacity after 25 years, you only get 8,000 kWh.

Solar manufacturers specify an expected power loss for the first year, followed by a smaller degradation rate from year 2 onwards. Here is a comparison of the degradation rates specified by the six solar brands we have been reviewing in this guide:

5) Solar Panel Performance at High Ambient Temperatures

Solar panels also lose some generation capacity when they heat up. Unlike the performance loss over time, which is permanent, the effect of high temperature is temporary. However, solar panels can get hot even in colder climate zones, since they are constantly under the sun.

Solar manufacturers use the temperature coefficient to describe the effect of high temperature on their PV modules. For example, a coefficient of -0.40% per °C indicates that the panel will generate 0.40% less energy for every Celsius degree of temperature rise. A lower coefficient indicates that the solar panel is less affected by high temperatures.

• For example, a solar panel with a temperature coefficient of -0.50% per °C will lose 5% of its output for every 10°C of temperature rise. With a coefficient of -0.24% per °C, a solar panel only loses 2.4% output with a 10°C rise.
• Having a low temperature coefficient is very important when using solar panels in hot climate zones. High temperatures are less of an issue in Canada and the northern US, but a low coefficient will still increase electricity production.

Here is the temperature coefficient of the six solar panel series we have been comparing throughout the guide:

Q CELLS has a slightly higher degradation rate and temperature coefficient than the other solar brands in the table. However, Q CELLS is also one of the most affordable premium brands.

Final Recommendation: Choose a Professional Solar Installation Company

High-quality solar panels offer increased power bill savings and durability, but hiring a qualified solar installer is equally important. Even the best solar panels can give you trouble if they are not installed correctly, and manufacturers void their warranty when PV modules are not used according to their instructions.

Of the six solar brands mentioned above, only SunPower is both a manufacturer and an installer. Most solar brands are exclusively dedicated to manufacturing, and they work with approved contractors who offer installation services. Here are some recommendations when comparing solar installation companies:

• Check if they are accredited by the Better Business Bureau (BBB). You can also check their average customer score at the BBB and read verified reviews.
• Make sure the solar installer is accredited by the North American Board of Certified Energy Practitioners (NABCEP).

You should also compare solar offers from several companies, to make sure you are getting a fair price. As reference, consider the average solar costs in Canada in the US:

• Canada = CA$3.34 per watt, according to EnergyHub.org
• USA = US$3.25 per watt, according to the Solar Energy Industries Association (SEIA)

Actual prices can vary depending on several factors. For example, you can expect to pay above-average prices if you purchase SunPower Maxeon panels with a 40-year warranty. Also consider that your out-of-pocket cost will be lower after applying incentives like the Canada Greener Homes Grant or the US Clean Energy Investment Tax Credit.

Buying a new furnace or air conditioner is a big investment, so to budget properly, it’s important to understand all the factors that could impact the final cost.

For the units themselves, these include things like the brand, efficiency, and size of the furnace or air conditioner.

Beyond that, however, there are also a number of potential fees associated with installation. You might not be familiar with these, and they could drastically increase the final cost of your new heating or cooling system.

To give you a better idea of what your upgraded furnace or air conditioner might cost, today we’ll tell you about all the unexpected fees that could arise during installation.

General Factors that Could Increase the Cost of Your Furnace or Air Conditioner

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Warranties are an important thing to consider when you’re buying a new furnace, air conditioner, or other household appliance. This is because warranties can save you a great deal of money on repairs and maintenance throughout the years.

But manufacturers often use a lot of confusing terminology in their warranty terms, have restrictions and conditions in the fine print, and don’t always make things as clear as they could. To help you understand these terms better, know your responsibilities, and get the most from your warranty, we’ve put together this handy warranty conditions guide.

Warranty Types and Coverage Details

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At FurnacePrices, we’re dedicated to ensuring that Canadian homeowners are confident in their decision-making when it comes to purchasing a new, high-efficiency furnace, air conditioning or boiler heating system.

And to further demonstrate our commitment to helping consumers, we’ve compiled a number of helpful solutions into this guide to guarantee that your furnace or air conditioner operates at its best for years to come. Additionally, these tips will help you generate long-term savings while keeping your unit’s internal components operating smoothly.

How Long Should a Heating & Cooling System Last?

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