Heat Pumps

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Heat pumps are incredibly efficient, even in cold weather. Modern models can function down to -25°C, and cold-climate heat pumps are designed to optimize energy use in freezing temperatures, with efficiencies often above traditional systems. 

According to Natural Resources Canada, high-quality models can achieve efficiencies up to 300-400% at 8°C, delivering more energy than they consume.

Once a year, ideally in the spring or fall, is ideal to maintain proper functioning.

Regular maintenance ensures the system runs smoothly and efficiently, helping prevent unexpected repairs. At Offset Ontario, we offer protection plans to keep your system in peak shape throughout Ontario’s fluctuating seasons.

 Yes! Both ducted and ductless options are available. 

If you already have ductwork, a ducted system can work efficiently. 

For homes without ducts, a ductless mini-split system might be perfect, for heating and cooling rooms individually.

Typically, no—you do not need to run a heat pump and furnace simultaneously. 

In dual-fuel or hybrid heating systems, the heat pump serves as the primary heating source during milder weather. When outdoor temperatures drop below a certain “balance point” (often -15°C to -20°C), the furnace will automatically kick in to provide additional heat. This setup is energy-efficient because heat pumps are more cost-effective in mild conditions, and gas furnaces handle extreme colds more efficiently. 

Dual-fuel systems allow homeowners in Ontario and colder regions to optimize comfort and energy savings without manual intervention, as the system switches based on outdoor temperatures.

Generally, heat pumps operate more quietly than traditional furnaces. Most modern heat pumps are designed to minimize sound, typically running between 40-60 decibels, which is comparable to a quiet conversation or a refrigerator. 

Furnace systems, particularly older models, can be louder due to combustion processes and fan-driven air circulation. You may find even lower noise levels with ductless or cold-climate heat pumps, ideal for noise-sensitive environments. 

For a quieter system, selecting Energy Star-certified heat pumps can also ensure better efficiency and lower operational sound. 

At Offset Ontario, we offer modern heat pumps with the best payment plan so that you don’t need to worry about BIG upfront costs.

Generally, heat pumps operate more quietly than traditional furnaces. Most modern heat pumps are designed to minimize sound, typically running between 40-60 decibels, which is comparable to a quiet conversation or a refrigerator. 

Furnace systems, particularly older models, can be louder due to combustion processes and fan-driven air circulation. You may find even lower noise levels with ductless or cold-climate heat pumps, ideal for noise-sensitive environments. 

For a quieter system, selecting Energy Star-certified heat pumps can also ensure better efficiency and lower operational sound. 

At Offset Ontario, we offer modern heat pumps with the best payment plan so that you don’t need to worry about BIG upfront costs.

A well-maintained heat pump can last between 15-20 years. 

Offset Ontario’s professional servicing team helps extend that lifespan by keeping your system in top condition and handling repairs before they turn into bigger issues.

Defrost cycles remove frost buildup from outdoor coils in winter, keeping the system efficient. This automatic process is essential for heat pumps in cold climates, where outdoor moisture can freeze on the unit. 

The demand-defrost option only kicks in when necessary, optimizing performance and saving energy.

During summer, a heat pump naturally dehumidifies your home as it cools, improving comfort. 

In winter, pairing it with a humidifier can help maintain ideal indoor humidity and reduce that “dry air” feeling.

Yes! 

Heat pumps are known for their energy efficiency. By transferring (rather than generating) heat, they can save you up to 30% on your energy bills compared to conventional heating systems. 

Cold-climate models are designed to perform efficiently even in lower temperatures.

The heat exchanger moves thermal energy between indoor and outdoor units, enabling both heating and cooling. 

During a service call, technicians will inspect this component for cracks or corrosion, as it’s crucial for safe, efficient operation.