Stay Warm, Get Free Cooling, Lower Your Utility Bills and Reduce Your Carbon Footprint
Get Free Cooling by Switching to Heat Pump
With a heat pump, you’ll enjoy year-round comfort - warmth in winter, cooling in summer - while cutting your energy bills by 40-45%. Plus, you’ll reduce your carbon footprint, making it an eco-friendly choice to shelter future generations from the warming future.
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Save on heating costs during Calgary's cold winters and still enjoy cooling in the summer.
A heat pump offers the perfect year-round solution, efficiently heating your home while cutting your energy bills by up to 40-45%. Unlike a traditional furnace, heat pump’s efficiency helps you save on heating costs and effectively provides free cooling in the summer thanks to the energy savings from remaining seasons. It’s the ideal choice for homeowners wanting comfort, efficiency, and energy savings in Calgary’s frequently changing weather and energy prices.
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Heat Pumps, Heat and Cool - Proven Technology
Cut Your Energy Use by 40% with a Heat Pump
With up to 300% efficiency in Alberta climate, a heat pump is three times more efficient than a high-efficiency furnace, making it an ideal choice for cutting costs and reducing your carbon footprint.
Switching from a furnace to a heat pump in Alberta, where 60-65% of home energy goes to space heating, can reduce your energy use by 40-45%. Heat pumps require only 20-22% of the total energy to heat your home.
What is a Heat Pump?
A heat pump is a highly efficient home HVAC (heating, ventilation, air conditioning) system that provides both heating in winter and cooling in summer, dual functionality. It transfers heat energy instead of generating it, allowing it to deliver comfortable temperatures year-round with significantly less energy consumption.
How in the winter do heat pumps transfer heat from the cold outside ? the outdoor unit is designed to take the cold outside air (colder than the indoor air) and further strips the heat energy resulting in the air leaving the outdoor unit actually much cooler than the ambient temperature it was when it entered the outdoor unit.
Efficient Heating in Winter, Cooling in Summer - For Free!
With a heat pump, your savings during the heating season can typically offset the costs of cooling, effectively giving you free cooling during Calgary’s hot summers. No need to invest in a separate air conditioning unit - this heat pump system does it all.
Why a Heat Pump is Perfect for Calgary's Climate
Designed for Cold Climates. Worried about Calgary’s extreme winters? Modern heat pumps are built for cold climates, efficiently providing warmth even when temperatures dip to -25°C. You can stay cozy, knowing your system is designed for reliability, even in the coldest months.
Modern cold-climate heat pumps like the Samsung Max Heat® 3.0 can operate efficiently in temperatures as low as -25°C. Advanced compressors ensure reliable heating even when the weather turns frigid.
Adapt to Calgary's Changing Weather
Calgary’s unpredictable Chinooks and recent heat waves can make temperature control a challenge. A heat pump adapts quickly, offering seamless cooling on hot days and powerful heating during cold snaps. It’s the perfect solution for Calgary’s dynamic weather patterns that change in an instant, from freezing cold to warm Chinook winds, and the sun often over heats your home even on cold days. A heat pump adjusts automatically and harvests these swings, ensuring comfort without overheating or wasting energy.
Hybrid Heat Pump and Furnace: Duel Fuel System Has Got You Covered During Coldest Days
Your furnace becomes your trusted back-up, while the heat pump takes the prime stage. Your hybrid system combines the efficiency of a heat pump with the extreme cold weather reliability of a furnace.
When Calgary’s temperatures hit extreme lows, your furnace will seamlessly take over, ensuring your home stays warm during the coldest 3-5% of the hours in Calgary’s year.
Combat Climate Change with a Heat Pump
Concerned about climate change? Switching to a heat pump with three times the efficiency of high-efficiency furnaces cuts down on fossil fuel consumption. And with your furnace typically producing approximately 0.18 kg of CO2/kWh of natural gas, you lower your carbon emissions and provide a greener future for your community.
The overwhelming majority of homeowners in Canada, the U.S., and Europe are deeply concerned about climate change. Surveys show that over 70% of people in countries like Canada, France, and Germany view climate change as a major threat, according to Ipsos Pew Research Center, ABACUSData
Albertans Are Also Concerned About Climate Change
Albertans are proud and efficient producers of oil and gas, knowing that the world will continue to demand it for its security for years to come.
While concern about climate change is slightly lower in Alberta compared to other regions, nearly 60% of Albertans still worry about its impact, irrespective of age, income, or education. Two-thirds of Albertans believe climate change poses a severe threat to the planet, and 53% want the Alberta provincial government to do more to fight climate change. Meanwhile, 61% believe energy companies and 58% believe businesses should also do more about this issue, according to 2024 Blue Sky Survey
Lower Utility Bills Without Sacrificing Your Comfort
In Alberta, where utility prices vary and therefore are always a concern, a heat pump allows you to take charge of your energy use. By efficiently heating and cooling your home, you’ll save money without sacrificing comfort.
In a National Resources Canada study, households using cold-climate heat pumps in Alberta reported at 25-50% reduction in energy consumption for heating compared to natural gas and a 30-40% lower cooling costs compared to standalone air conditioners.
Upgrade Your AC to a Heat Pump with Minimal Changes
With systems like Samsung's Hylex that we install, you can transform your existing AC into a heat pump by upgrading only the outdoor unit of the system.
Enjoy efficient heating and cooling without the need for a complete replacement, lowering your energy costs and upfront investment.
Ducted or Ductless? Appropriate Heat Pump for Your Home
Heat pumps are available as ducted and ductless systems, and selecting the right one requires expert guidance. Our advisor will assess your needs and your home's constraints and recommend the ideal solution for your family - whether ducted, ductless, or a blend of the two, our adviser will assure that you get comfort in every room you desire.
Ductless systems are perfect for condominiums and smaller spaces such as home offices, kid's study and commercial spaces.
Smart Investment Even Without Government Grants ?
How Soon Will You See Payback? Even without government rebates, heat pumps pay for themselves over time with the savings on your heating and cooling bills. As temperatures increase and sunny winter days heat your home, free cooling and reduced energy costs will help you see a return on your investment in 5-10 years. After that, your heating and cooling are essentially free.
Heat Pump Now, Solar Later: Unlock Future Savings
Choosing a heat pump today is already a smart move - but there's more. If you ever go solar in the future, your heat pump will seamlessly integrate, giving you the option of zero heating and cooling costs down the road. Your heat pump runs on electricity, so combining it with solar energy creates a self-sustaining, cost-free comfort system...when you're ready.
Schedule Your Heat Pump Assessment Today!
With Heat Pumps, we help Busy Moms transform their homes into environments that comfort, protect, and energize, so they and their families feel ready and recharged to take on life's daily demands !
Frequently Asked Questions
A: As of 2021, heat pumps accounted for only about 6% of residential heating systems across Canada, including Alberta. According to the Canada Energy Regulator's 2023 Energy Future report, heat pumps are expected to provide 13% of Canada's residential heating by 2030 and 50% by 2050.
A: A heat pump transfers heat between your home and the outdoors, providing both heating and cooling with up to 300% efficiency.
A: Modern heat pumps are designed for cold climates, working efficiently even in temperatures as low as -25�C, ideal for Calgary�s weather.
A: Yes! Majority of the year, heat pumps provide desired comfort, heating in winter and cooling in summer. In extreme cold, your furnace backs them up for a few hours each day.
A: Absolutely! During Chinooks, a heat pump can efficiently adjust to sudden temperature swings, keeping your home comfortable without wasting energy.
A: Yes, heat pumps can be three times more efficient than traditional furnaces, saving you money on your energy bills.
A: You can reduce heating-related energy costs by up to 40-45%, depending on your usage, the efficiency of the system and rate program.
A: Yes, heat pumps reduce your carbon footprint by transferring heat energy from outside and avoiding creating heat by burning fossil fuels.
A: Definitely! A heat pump significantly reduces greenhouse gas emissions compared to traditional gas furnaces.
A: Cold-climate heat pumps are highly reliable and can operate efficiently in Calgary�s winters, providing consistent warmth.
A: Heat pumps are up to three times more efficient than the best high-efficiency gas furnaces, lowering energy use and utility bills.
A: You can keep your furnace as a backup for the coldest nights, but the heat pump will handle most of your heating needs.
A: Yes, heat pumps provide both heating in the winter and cooling in the summer, eliminating the need for separate systems.
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What Industry Experts Are Saying About Heat Pumps
- Efficiency Vermont Field Study
This case study monitored seven inverter-driven, ductless heat pumps (Mitsubishi and Fujitsu models) in cold climates. The study found that these systems provided heat at lower costs than traditional oil or propane systems, even at temperatures near 0°F.
Read the study here: https://www.nrel.gov/docs/fy15osti/63913.pdf - Cold-Climate Air Source Heat Pumps in Minnesota
This study from the Center for Energy and Environment monitored cold-climate heat pumps in Minnesota. A single-family home experienced over 50% energy savings after installation, although electricity rates played a role in operational cost outcomes.
Learn more about this case here: https://www.mncee.org/case-study-field-test-cold-climate-air-source-heat-pumps-single-family - Toronto Residential Heat Pump Case Study
A study in Toronto evaluated the performance of a cold-climate air-source heat pump. The homeowner reported that the heat pump's annual running costs were nearly identical to those of their previous gas furnace and electric air conditioner, with carbon pricing contributing to future savings.
Explore the full case study her: https://sustainabletechnologies.ca/reports/case-study-8/ - Cold Climate Air-Source Heat Pump Demonstration and Analysis
This study by the National Renewable Energy Laboratory (NREL) evaluated heat pump performance at outdoor temperatures as low as -25°F, focusing on systems operating in very cold climates. The analysis showed that modern air-source heat pumps maintained efficient heating even in sub-zero temperatures, demonstrating that heat pumps can provide consistent comfort in extreme cold. Read here: https://www.nrel.gov/docs/fy24osti/89413.pdf - Air-Source Heat Pump in Alaska
This case study details the performance of air-source heat pumps in Alaska, highlighting their ability to operate efficiently even in subarctic climates. The study monitored heat pumps in conditions as cold as -25°F, showing that modern cold-climate heat pumps can provide reliable heating while reducing reliance on fossil fuels. See here: https://www.nrel.gov/news/features/2021/even-in-frigid-temperatures-air-source-heat-pumps-keep-homes-warm-from-alaska-coast-to-us-mass-market.html - Cold Climate Air Source Heat Pump Field Study in Minneapolis
This study monitored the performance of cold-climate heat pumps in Minnesota homes, showing that the system could meet over 90% of the heating load during winter. Although electric costs increased compared to natural gas, the heat pump provided significant environmental benefits and showed potential for cost reduction with future solar panel integration. Read here: https://www.mncee.org/case-study-field-test-cold-climate-air-source-heat-pumps-single-family - Building America Case Study: Field Performance of Inverter-Driven Heat Pumps in Connecticut, Massachusetts, and Vermont
This study observed heat pump performance in cold climates across multiple states in the Northeast, showcasing inverter-driven heat pumps' ability to maintain efficiency even at sub-zero temperatures. The heat pumps were found to perform well compared to traditional heating systems like oil and propane. Read here: https://www.nrel.gov/docs/fy15osti/63914.pdf
