Energy Efficiency: By using a heat pump as the primary heating source, the system is generally more energy-efficient than traditional heating methods. Heat pumps are highly efficient at moving heat rather than generating it.

Versatility: The supplementary heating source ensures that the system can perform well in extreme cold conditions, making it suitable for a wide range of climates.

Cost Savings: Combination of heat pump and a gas furnace system can help lower energy bills compared to relying solely on older mid efficiency furnace system or air conditioner.

Environmental Benefits: Heat pumps are typically more environmentally friendly than fossil fuel-based heating systems, as they produce fewer greenhouse gas emissions.

Research and Verify Credentials: Before hiring an HVAC contractor, research their credentials, reputation, and customer reviews. Make sure they are licensed and insured.

Require a Written agreement: Always insist on a detailed, written contract that includes project specifications, cost estimates, timelines, and payment terms. Do not proceed without a signed agreement.

Avoid Upfront Payments: Be cautious of contractors who demand large upfront payments. A reputable contractor will typically request a deposit or progress payments based on the project’s stages.

Beware of High-Pressure Sales Tactics: Scammers often use high-pressure sales tactics. Avoid contractors who pressure you into making quick decisions.

Report Suspicious Behavior: If you encounter a contractor engaging in fraudulent or unethical practices, report them to your local consumer protection agency, the Consumer Protection, or other relevant authorities.

Tips on handling fraudulent HVAC Contractors and rebates claims: Research and Verify Credentials: Before hiring an HVAC contractor, research their credentials, reputation, and customer reviews. Make sure they are licensed and insured.

Require a Written agreement: Always insist on a detailed, written contract that includes project specifications, cost estimates, timelines, and payment terms. Do not proceed without a signed agreement.

Avoid Upfront Payments: Be cautious of contractors who demand large upfront payments. A reputable contractor will typically request a deposit or progress payments based on the project’s stages.

Beware of High-Pressure Sales Tactics: Scammers often use high-pressure sales tactics. Avoid contractors who pressure you into making quick decisions.

Report Suspicious Behavior: If you encounter a contractor engaging in fraudulent or unethical practices, report them to your local consumer protection agency, the Consumer Protection, or other relevant authorities. Double-Check Eligibility: Verify that your HVAC system and installation meet the rebate program’s requirements. If in doubt, contact the Enbridge for clarification.

Confirm Legitimacy: Check the legitimacy of the rebate program by visiting Enbridge official website or contacting the program administrator directly. Avoid responding to unsolicited communications offering rebates.

Enbridge now offers up to $3,000 in rebates for customers who qualify for energy-efficient upgrades like heat pumps. For homeowners who use electricity (baseboard and other electric only heating solution) as their primary heating source, the Independent Electricity System Operator (IESO) provides rebate of up to $5,000 on heat pumps, helping to make these upgrades more affordable and environmentally friendly.
These rebates support the adoption of energy-efficient technologies and contribute to the broader mission of reducing energy consumption and greenhouse gas emissions.

How We Help You Maximize Rebates:

Expert Guidance: Our HVAC Consultant will guide you through all the available Ontario heat pump incentives and grants, including the Enbridge and IESO rebates.

Hassle-Free Process: We collaborate with Enbridge-qualified Energy Auditors to streamline the process. Just have your Enbridge bill and proof of home ownership ready, and our team will handle the rest with the energy auditor.

Our Guarantee: We carry only rebate-qualified heat pumps, ensuring you’re eligible for the maximum rebates available.

Don’t miss out on these valuable energy and cost-saving opportunities. Contact us today to get started on making your home more efficient and comfortable!

A hybrid heat pump, also known as a dual-fuel heat pump, is a heating and cooling system that combines two different technologies to provide efficient and cost-effective temperature control in a residential or commercial setting. The two primary components of a hybrid heat pump system are a heat pump and a furnace.

The secondary heating source, usually a high efficiency gas furnace, is used as a backup when the outdoor temperatures drop significantly or during periods of high heating demand. When the electric heat pump becomes less efficient in cold weather, the system automatically switches to the gas furnace to provide reliable and economical heating. This allows you for better energy savings and can be especially beneficial in regions with fluctuating energy prices or extreme weather conditions like Ontario.

There are many different brands of heat pumps to choose from. We have made it easy for you. At HVAC Ontario, we have selected the most reliable, trusted, and economical brands for you to choose from.

Speak with our HVAC Expert today to get your new hybrid heat pump system. Call us at 1888-705-7368 or book a call back.

Here’s how a hybrid heat pump system typically works:

Heat Pump: The heat pump is the primary heating and cooling component. During the heating season, it extracts heat from the outdoor air and transfers it inside to heat your home. During the cooling season, it removes heat from the indoor air and releases it outside to cool your home.

Supplementary Heating: In extremely cold weather conditions, heat pumps may become less efficient or less effective at providing sufficient heat. To overcome this limitation, a supplementary high efficiency furnace is added to the system. It kicks in when the heat pump alone cannot meet the heating demand. When the temperature drops to a point where the heat pump becomes less efficient, the system may switch to the supplementary heat source to ensure the building remains adequately heated.