Details on Oakville's 2025 Attic Insulation Rebates

The attic insulation rebate in Oakville is unusual among attic insulation rebates in Ontario, as it is accessible to homeowners up to 100%.

Eligibility for a rebate on attic insulation

You can qualify for an attic insulation rebate in Oakville by making a few easy steps. To be eligible for a rebate, your home must be energy efficient. Increasing the R-value of your insulation is one technique to improve energy efficiency. A rebate is not available for attic insulation with a very low R-value. To be eligible for a rebate, your insulation's R-value must be increased.

Here is some crucial information to know to improve your eligibility potential and/or rebate offer:

• If your attic is already insulated, re-insulate it or replace it. This must adhere to the approved construction code of Oakville.
• Use weatherstripping, air sealing, or any other recommended procedure to improve the airtightness of your home.
• Make the most of foam insulation.
• Insulate the basement and the outside walls.

Attic insulation rebate schemes in North York

Rebate on Home Energy Efficiency

This $5,000.00 (Canadian Dollars) rebate is available to those who live in a detached house, semi-detached house, or row townhouse. We must heat your home with natural gas, and you must submit an energy assessment before and after the changes.

To be eligible for the home efficiency incentive, you must complete at least two approved improvements or upgrades.

The Green Ontario Fund (decommissioned in 2018)

GreenON is a rebate project for social housing complexes to execute eligible energy efficiency upgrades that save operating costs, improve building performance and efficiency, and improve residents' quality of life while cutting greenhouse gas emissions.

Embridge Gas Home Energy Efficiency Program

The Enbridge Gas Home Conservation Program makes energy conservation much easier and more affordable. By rewarding various home energy modifications, Enbridge aids clients in improving home energy efficiency, lowering seasonal electricity bills, and avoiding negative environmental repercussions.

After an assessment by a competent energy advisor, homes with attic insulation are eligible for a rebate of at least 250 CAD and up to 1,750 CAD.

Green Investment Fund Ontario

Ontario has committed $325 million to the Green Investment Fund to help fund initiatives that will tackle climate change, enhance the economy, and create jobs. These initiatives are part of our plan to secure a healthy, clean, and prosperous future.

Residents of Oakville who have installed attic insulation are eligible for the Ontario green investment fund. It intends to help homes save energy by encouraging the construction of electric vehicle charging stations.

Enbridge Gas Distribution and Union Gas will use the funds to bolster their existing home energy assessment and retrofit programs. This money will help Oakville residents do energy audits to discover energy-saving solutions and then complete retrofits such as furnace and water heater replacements and insulation upgrades. Homeowners who heat their homes with natural gas, oil, propane, or wood will be eligible for reimbursements for energy audits and retrofits.

Union Gas Heating System Rebate (Additional Rebate)

Union Gas has several rebate programs to help you keep your home warm or cool, clean the air, and save energy and money.

It's possible that all you need is a home energy assessment and a few minor repairs, or you may need or want to replace your entire heating system. Even for Oakville attic insulation or a series of changes to increase your energy efficiency and lower your electricity cost.

Do you use natural gas, propane, or oil to heat your home? Consider yourself qualified for a $1,000 rebate when you buy an energy-efficient furnace or boiler.

If the AFUE is less than 95 percent, you must replace the natural gas, propane, or oil furnace with a condensing natural gas, propane, or oil furnace with an AFUE of 95 percent or higher, or a condensing natural gas, propane, or oil boiler with an AFUE of 95 percent or higher.

If you acquire a combination system, you can get a refund, but you can only use one of the rebates: the furnace/boiler rebate, or the water heater reimbursement.

Union Gas may provide you with insulation rebates ranging from $250 to $1,750 if you meet the eligibility requirements.

Do you wish to improve the efficiency of your home? Contact Canada Energy Solution today. We provide sound advice on how to make your home more energy-efficient, as well as help with rebate applications.

Things to Know about Attic Insulation Oakville Rebate Program

Here is some information that will help you qualify for a rebate if you live in North York:

• Change your heating system from inefficient to efficient.
• Have a low-energy home and take part in energy-saving activities.
• Homeowners who are elderly or disabled
• Listed properties
• people with a low or average income

How to get the most out of Oakville rebate programs

It's crucial to note that while adding insulation to your home will save you money in the long term, you must also consider the initial cost of the product and installation. Finding incentives to assist offset some of the insulation costs, as well as funding to finish the project, might be beneficial.

Other rebate programs exist, however, the attic and basement insulation program for Oakville residents is the most completely financed. Canada Energy Solution can help you determine your eligibility and provide you with the best information.

How do I get a rebate for attic insulation in Oakville?

Rebates are financial incentives for people to adopt energy-saving activities. Reduce heat or cooling loss through hidden leaks and seams to save money on energy. Insulating your home is a low-cost, simple approach to increase comfort, save energy and money, and qualify for a rebate in the long run.

You must insulate your home from the roof to two feet below ground level to qualify for one of Oakville's many incentives. This ensures optimal energy efficiency as well. Residential constructions that are energy-efficient, thus, are eligible for significant incentives. Residential constructions such as detached, semi-detached, and row-townhomes are examples.

How to Measure Attic Insulation

You'll need the following items to measure your attic insulation:

• Boards (for walking or crawling, if needed)
• yardstick or tape measure
• Flashlights for lighting
• A dust mask/protective face mask, safety glasses, and gloves are all advised.
• Camera/phone (to record your dimensions in photos or video)

A simple technique to tell if you need more insulation is to look over the length of your attic. If you can see your rim joists, it's time to insulate your attic. Use a yardstick or thick-measuring tape to see if you have enough attic insulation.

Put on your dust mask and gloves, then get your tape measure or stick, as well as your phone or camera.

After you've taken a few measurements around the attic, multiply the average depth of your insulation (in inches) by the R-value for your insulation type to get the R-value.

The Canada Energy Solution delivers experienced attic insulation inspection in Oakville. Why stress yourself when you can get professional help?

Attic insulation types

Insulation with Fiberglass Batts

Because the rectangular bags are easy to stack and transport, fiberglass batt insulation is popular among contractors and dealers. Fiberglass batts allow you to carry or stock up to 43 percent more insulation in your cars or warehouse as compared to rolls. Five bags of batts cover the same amount of square footage as it is by nine bags of rolls. Batts compress more insulation into fewer packages than rolls, resulting in fewer trips to and from the job site and less trimming.

R-values ranging from R-8 to R-49 are available in fiberglass batt insulation, allowing you to satisfy the needs of your clients, regardless of their location or construction. Insulation batts are available in a variety of lengths and widths. They quickly and easily fill regular wood and metal framing in attics, ceilings, floors, and walls.

Attic insulation using the blown-in method

Blown-in insulation is installed by blowing insulation material in with a long, flexible hose into the attic cavity.

Loose-fill fiberglass, cellulose, and rock wool are the three most prevalent types of blown-in insulation.

Fiberglass Loose-fill

This light-as-air insulation is made from glass that has been heated to a liquid before being spun into thin threads. Loose-fill fiberglass provides an average R-2.5 thermal value per inch when blown into attics and wall gaps (the higher the number, the greater the insulating effect). To match the insulating value of a batt of R-19 insulation, you'd need around 7.5 inches of insulation (R-19 is a common batt value). One bag of loose-fill fiberglass provides an R-19 thermal value over a 106.6-square-foot area.

Cellulose

Because it's created from finely shredded recycled cardboard or newspaper, cellulose is often the insulation of choice for eco-conscious households. The most popular type of blown-in insulation is chemically treated to withstand mold and fire. If cellulose becomes wet (for example, via a leaking roof or pipe), it loses its fluffiness and becomes soggy and compacted, lowering its R-value. Because cellulose insulation has an average thermal value of R-3.7, an R-19 batt would require just over five inches. A bag of cellulose covers 36.7 square feet with an R-19 thermal value.

Rock wool

Blown-in insulation manufactured from blast furnace slag is known as "rock wool" or "mineral wool" (a byproduct of firing iron and iron ore). The slag is heated, mixed with various minerals, and spun into a light product that resembles raw sheep's wool in texture. Rock wool has an R-3.3 per inch thermal value, but it is far more expensive than loose-fill fiberglass or cellulose—a single bag will only cover 60 square feet at an R-19 thermal value. We frequently used rock wool in locations subject to fire codes, despite its expensive cost, because of its exceptional fire resistance.

After inspection of your attic, the contractors at Canada Energy Solution will advise you on the most suitable insulation for your home. So, you don’t have to bother yourself about the type of insulation to choose.

R-value

What is R-Value?

We measure the resistance to the heat flow of insulating material in R-Value. The better the material's insulating power, the higher the R-Value. While R-Value is helpful, it isn't the gold standard for insulation.

The amount of insulation you'll need to achieve the R-Value requirements in your location is determined by the climate zone you live in.

Fiberglass insulation can help you get the higher R-Value you require because you can double or even triple the material.

Limiting insulation to a number doesn't tell the entire story because heat moves in and out via radiation and convection. Airflow, or convectional heat loss, accounts for over 40% of total energy loss in the home.

This is a problem if you choose insulation purely based on R-Value and neglect the performance of other insulation materials.

Calculating R-Value

The R-Value is a measurement of a material's resistance to heat flow at a certain thickness. The higher the value, the more heat flow resistance the material has.

• T is the temperature difference in degrees Fahrenheit (^oF) (or degrees Celsius (^oC) for RSI) between inside and outside the home.
• The area of the insulated wall (or ceiling) is measured in square feet (f2) (or m2 for RSI)
• Time refers to how long the measurement took place in seconds (same in RSI)
• British Thermal Units (BTUs) are used to measure the amount of heat lost through a wall (J in RSI)

Important R-Value Information

The R-values of the various batt insulations are displayed here.

• For warm seasons and mild nights, R-values of 2 to 3 are sufficient.
• Cool nights and cold rooms benefit from R-values of 3 to 4.
• For seasons in temperate climates, R-values of 4 to 5 are ideal.
• For high alpine winter bivouacs, R-values of 5 to 6 are appropriate.
• Winter stays in alpine and arctic regions, as well as lengthy winter camping in permafrost, require an R-value of at least 6.
• Use an R-14 batt to insulate a 2-by-4 stud.
• Use an R-30 batt to insulate 2-by-10 ceilings or floor joists.
• There are portable but effective materials with an adequate R-Value. These materials are small in size but incredibly effective.
• Increasing the number of batts in your attic does more than just increase the overall R-value.
• Make sure you select the appropriate attic insulation. Our specialists at Canada Energy Solution can assist you in making this selection.

The Advantages of Increasing Attic Insulation

Insulation in the attic acts as a heat flow barrier. It can improve the comfort of your home by reducing the amount of heat that departs during the winter and enters during the summer. You will save more money on electricity, qualify for greater rebate offers, and become ambassadors for cleaner, greener energy by increasing the attic insulation in your home.

Initial attic insulation in North York might be costly, but when you qualify for rebates, it becomes more affordable. Most rebates will comfortably cover your initial expenses.

The following are some ‌advantages of improving your attic insulation:

Improving attic insulation can help reduce losses.

Within a house or building, hot air naturally rises towards the floors and escapes through the roof. It is estimated that adequate attic insulation can save up to 30% on energy bills.

Before you consider insulating the walls or floors, make sure the attic is capable of keeping the heat in.

Attic insulation has a high Return on Investment (ROI) and is simple to install.

Attic insulation is a cost-effective method of reducing domestic energy use

The expenses of attic insulation in Oakville are nothing compared to the benefits of the rebate. Your rebate reimbursement and energy savings remain a better way to go regardless of the initial cost of insulation.

In a few years, the savings from your attic insulation renovation will be worth more than your insulation expenses.

Improving attic insulation saves you money while also improving your comfort

Besides saving energy, attic insulation increases the home's thermal comfort. By minimizing heat loss, improved attics decrease air fluxes and the negative impacts that can result. You can protect yourself from drafts and chills.

Is a Vapor Barrier Required in the Attic?

If you're thinking about insulating your attic, you might wonder if a vapor barrier is necessary. Before starting any major attic insulation project, there are a few things to consider.

Water vapor flows from warmer to cooler regions in your attic, allowing unrestricted movement of air and vapor. This effectively means that in the winter, vapor within your home will want to go to your attic since it is cooler there. The reverse happens in the summer: warm, humid air from the attic is drawn into your cooler living room.

You may significantly reduce vapor movement and increase the comfort of your living space by using a vapor barrier. A plastic vapor barrier should be installed in a vented attic in places with over 8,000 heating days. A vapor retarder, such as latex attic paint, will suffice if your climate does not meet the above standards.

It's critical to speak with one of our experts at Canada Energy Solution so that you can get the finest answer possible. They will evaluate your property's size, architecture, and location, then recommend the best option and materials for you based on our findings.

Installing Attic Insulation

There are several ways to install attic insulation for different insulation materials. Using fiberglass, for example, you will need to adhere to these steps.

Safety measures while installing attic insulation

When you're ready to start, put on a long-sleeved shirt, pants, gloves, goggles, and a dust mask to protect your skin, eyes, and lungs. Then follow these basic installation tips to speed up the job and ensure your insulation does the job.

Cut and trim your insulation material

For narrow bays, you have to reduce the width of the batt. To do this, place a mat on the floor in front of the cavity as shown and line up one edge with the inside of the lug panel.

Then lay a straight 2x4 in line with the inside of the adjacent stud and push it down with a knee.

Run a utility knife next to the 2x4 and trim the batting with a series of shallow snips.

Tuck the insulation into the cavity, laying it against the top of the cleat panel and the edges flush with the cleats. The cotton should not be pressed tightly against the studs; this lowers its R-value.

To get an accurate fit at the bottom of the cavity, run the insulation for a long time, then use your utility knife to cut it against the bottom panel of the wall frame.

Dealing with obstacles during attic insulation

For wires, halve the thickness of the cotton by pulling it apart. Then slide one half behind the wire and put the other half-forward.

For outlet boxes, install the mat and then cut a notch in the edge using the box as a guide.

For service pipes, work the full thickness of the insulation behind the pipe to prevent freezing.

Add the vapor barrier

In cold climates, a vapor barrier on the inside of the insulation prevents condensation, which affects R-value and encourages mold. Nonwovens coated with paper or foil have a built-in retarder. Uncoated fleeces should be covered with 6 mil plastic a breathable film.

Apply a bead of sealant to the top plate and any studs where the plates overlap, then staple the plate to the top plate, studs, and bottom plate every 12 to 24 inches.

While installing attic insulation by yourself can save you some funds in the short run, it can cost you a lot in the long run. It is best to use attic insulation contractors who are licensed. Contact us at Canada Energy Solution if you're seeking attic insulation in Oakville.