# HVAC Market Research Report - Canada

**Generated on:** 2026-06-18 00:09:19.643972  
**Industry:** HVAC  
**Geography:** Canada  
**Details:** HVAC

---

# Canada HVAC Market: Win The Retrofit Electrification Shift

## Executive Summary

- **Electrification Pull**: Canada's building-decarbonization agenda is aimed directly at HVAC because **more than 96%** of building operating emissions come from fossil-fuel space and water heating, while heat pumps met only **over 5%** of residential space-heating needs in 2023 and are projected in CER's Global Net Zero Scenario to reach **13% by 2030** and **50% by 2050** [27], [26] -> Prioritize heat-pump portfolios, contractor certification, and retrofit financing rather than treating electrification as a niche product line.
- **Replacement-Led Demand**: Heat pumps in Canadian homes increased from **414,000 in 2000** to **842,000 in 2020**, and space heating accounts for about **60%** of energy used in residential and commercial/institutional buildings [26] -> Build the go-to-market around installed-base replacement, service contracts, and hybrid heating design, not just new construction.
- **Market-Size Divergence**: Published market estimates differ materially: Mordor estimates the Canada HVAC market at **USD 12.20B in 2025** and **USD 15.76B by 2030**, while Grand View reports Canada HVAC systems revenue of **USD 5.95B in 2024** and **USD 11.13B by 2033** [1], [3] -> Use a range-based TAM model and separate equipment, installation, service, and controls rather than relying on one headline number.
- **Cooling Becomes Mainstream**: In **2025**, **68%** of Canadian households used air conditioning or similar cooling equipment, including heat pumps, to offset summer heat [55] -> Treat cooling, dehumidification, and dual-use heat pumps as national growth categories, not only products for Ontario and British Columbia.
- **Regional Fragmentation**: Heat-pump adoption is uneven: a Canadian Climate Institute analysis found heat pumps were the main heating source for **9%** of households in **2023**, but **48%** in New Brunswick, while another analysis found Alberta heat-pump shipments grew at **32.9%** average annual growth over five years [56], Heat pumps continue to push fossil fuels out of Canadian homes -> Segment by province, heating fuel, electricity price, winter design temperature, and incentive availability.
- **Policy Deadlines Create Inventory Risk**: Canada's HFC phasedown reached a **40%** reduction from the baseline on **January 1, 2024**, with **70%** scheduled for **2029** and **85%** for **2036**; HRAI states that as of **January 1, 2025**, residential and light commercial air-conditioning systems must use refrigerants with GWP of **700 or less** [76], [77] -> Audit refrigerant inventory, technician training, safety procedures, and supplier readiness now.
- **Labor Is The Binding Constraint**: Job Bank reports a **strong risk of labour shortage** for refrigeration and air-conditioning mechanics over **2024-2033**, with a **46,100-person** workforce in **2023**, **25%** aged 50 or older, and median retirement age of **63** [63] -> Invest in training pipelines, installer productivity tools, and subcontractor networks before demand peaks.
- **Incentives Are Powerful But Unstable**: The Oil to Heat Pump Affordability program helps eligible oil-heated households switch to electric heat pumps, while NRCan states **July 31, 2026** is the last day to apply in Alberta, Manitoba, Northwest Territories, Saskatchewan, and Yukon [25] -> Convert leads before deadlines and avoid building sales plans that require permanent subsidies.
- **IAQ And Wildfire Smoke Add A Second Retrofit Thesis**: Health Canada recommends efficient filtration and adequate outdoor air ventilation in office buildings, and wildfire-smoke guidance recommends HVAC filtration with **MERV 13 or higher** where systems can accommodate it [51], [52] -> Bundle heat pumps with filtration, ventilation, commissioning, and monitoring for schools, offices, and public buildings.

## Market Baseline: A CAD And USD-Sized Retrofit Market With Heat-Pump Upside

HVAC stands for heating, ventilation, and air conditioning. In Canada, the market covers residential furnaces, boilers, heat pumps, central air conditioners, ductless mini-splits, ventilation, refrigeration, controls, IAQ equipment, installation, maintenance, and retrofit services. The strategic issue in 2026 is not whether the market exists; it is where value migrates as customers replace fossil-fuel heating, add cooling, and comply with refrigerant and efficiency rules.

Published market estimates point to a sizeable but definition-sensitive opportunity. Mordor Intelligence estimates the Canada HVAC market at **USD 12.20B in 2025**, growing to **USD 15.76B by 2030**, with the report segmented by heating equipment, ventilation equipment, air-conditioning equipment, and residential, commercial, and industrial end users [1]. Grand View Research uses a narrower systems lens and reports **USD 5.95B** of Canada HVAC systems revenue in **2024**, expected to reach **USD 11.13B by 2033** [3]. The divergence is important: a distributor, contractor, or investor should not quote one TAM without defining whether it includes equipment only, service, controls, refrigeration, installation labor, and retrofit finance.

The installed base makes Canada more attractive than a pure new-build story. CER reports that residential heat pumps grew from **414,000 units in 2000** to **842,000 units in 2020** and that space heating accounts for about **60%** of energy used in residential and commercial/institutional buildings [26]. That means the largest demand pool is equipment replacement and building-performance upgrades, not first-time HVAC installation.

Canada's residential bracket also faces a dual-use shift. Statistics Canada reported that in **2025**, **68%** of Canadian households used air conditioning or similar cooling equipment, including heat pumps, to offset summer heat [55]. As heat waves and smoke events change comfort expectations, more households buy equipment that solves both heating and cooling.

**Decision-ready insight:** Use a three-layer market model: equipment sales, installation/retrofit services, and recurring maintenance/IAQ controls. The best-positioned players will sell system outcomes - lower bills, cooling resilience, emissions reduction, and cleaner air - rather than one-off boxes.

## Demand Drivers: Construction Matters, But Retrofit And Climate Resilience Matter More

New construction still matters because every new home, school, office, and industrial facility requires heating, ventilation, and often cooling. Statistics Canada reported that total building permits reached **CAD 12.8B** in December **2025**, up **6.8%** month over month, with residential construction intentions rising to **CAD 8.0B** [11]. CMHC reported that Canada's housing starts total for all areas reached **259,028** in **2025**, the fifth-highest annual total on record and up **5.6%** from **2024** [96].

The mechanism is straightforward: permits and starts pull through ductwork, packaged systems, heat pumps, ventilation, commissioning, and after-sales service. But construction is cyclical. For HVAC suppliers, the more resilient demand pool is the installed base of homes and buildings that must replace aging equipment, improve energy performance, and add cooling.

Electrification adds the strongest structural demand driver. NRCan's Canada Green Buildings Strategy states that almost all building operating emissions - **more than 96%** - come from fossil-fuel space and water heating [27]. CER reports that heat pumps meet **over 5%** of residential space-heating needs, while its Global Net Zero Scenario projects heat pumps satisfying **13%** of residential heating demand in **2030**, **30%** in **2040**, and **50%** in **2050** [26]. The gap between current adoption and policy-aligned adoption is the market's growth runway.

Indoor air quality creates a parallel retrofit driver. Health Canada guidance for office buildings recommends efficient filtration units or filters as part of ventilation systems and adequate outdoor-air ventilation based on applicable standards [51]. NCCEH wildfire-smoke guidance states that Health Canada and the US EPA recommend **MERV 13 or higher** filters in HVAC systems during smoke events, where systems can handle them [52]. A federal-provincial investment of **more than CAD 33.1M** improved ventilation in all **72** Ontario school boards [50].

| Demand Driver | Verified Metric | Mechanism | HVAC Implication |
|---|---:|---|---|
| Residential and non-residential construction | **CAD 12.8B** total building permits in Dec. 2025 [11] | New structures require installed systems | Track permits for near-term equipment demand |
| Housing starts | **259,028** starts in 2025, up **5.6%** [96] | Starts pull through HVAC design, installation, and commissioning | Target builders but hedge cyclicality |
| Heating energy intensity | Space heating is about **60%** of building energy use [26] | Heating equipment drives operating cost and emissions | Lead with heating-system replacement economics |
| Cooling adoption | **68%** of households used cooling equipment in 2025 [55] | Heat waves make cooling a comfort and resilience need | Sell dual-use heat pumps and IAQ add-ons |
| IAQ and smoke resilience | **MERV 13 or higher** recommended for smoke events where feasible [52] | Smoke and health guidance raise filtration expectations | Bundle filters, ventilation, and monitoring |

**Decision-ready insight:** Construction demand should feed the sales pipeline, but retrofit, cooling, and IAQ should anchor strategy because they are less dependent on one housing cycle and more tied to climate, health, and policy pressures.

## Policy And Regulation: Incentives, HFC Phasedown, Codes, And Efficiency Rules

Canadian HVAC demand is increasingly policy-shaped. The Canada Green Buildings Strategy frames buildings as a core net-zero battleground, and the reason is explicit: **more than 96%** of operating emissions from buildings come from fossil-fuel space and water heating [27]. This pushes policymakers toward heat pumps, envelope upgrades, ventilation improvements, and low-carbon equipment standards.

Incentives are the most visible demand lever. NRCan's Oil to Heat Pump Affordability program helps eligible homeowners currently heating with oil transition to eligible electric heat pumps [25]. The same NRCan page states that **July 31, 2026** is the last day to apply for residents of Alberta, Manitoba, Northwest Territories, Saskatchewan, and Yukon [25]. This creates urgency but also sales risk: contractors who depend on one grant can face demand cliffs when eligibility changes.

Provincial incentives fragment the market. BC Hydro says eligible homeowners can receive up to **CAD 4,000** for replacing an electric heating system with a heat pump [45]. Enbridge Gas describes Ontario Home Efficiency Rebate Plus support of up to **CAD 10,000** toward eligible retrofits such as insulation, windows, doors, heat pumps, and renewable energy systems [46]. Hydro-Quebec's LogisVert program lists a grant of **CAD 250 per 1,000 BTU/h** for eligible geothermal heat pumps [47]. These differences make national average payback calculations misleading.

Regulation also changes product strategy. ECCC states that Canada's HFC phasedown reached a **40%** reduction from the baseline of **18,008,795 tonnes CO2 equivalent** on **January 1, 2024**; the next steps are **70%** by **January 1, 2029** and **85%** by **January 1, 2036** [76]. HRAI states that as of **January 1, 2025**, residential and light commercial air-conditioning systems must use refrigerants with GWP of **700 or less** [77]. NRCan's Energy Efficiency Regulations guide adds that regulated products must meet federal standards to be imported into Canada or shipped between provinces for sale [82].

| Policy Lever | Date Or Amount | What It Changes | Commercial Response |
|---|---:|---|---|
| Oil to Heat Pump Affordability | Application deadline in selected jurisdictions: **July 31, 2026** [25] | Pulls oil-heated households toward electric heat pumps | Accelerate lead conversion and pre-qualification |
| BC Hydro heat-pump rebate | Up to **CAD 4,000** [45] | Improves retrofit affordability for electric-heated homes | Package rebates with financing |
| Ontario Home Efficiency Rebate Plus | Up to **CAD 10,000** for eligible retrofits [46] | Links heat pumps with envelope upgrades | Sell whole-home retrofit bundles |
| Hydro-Quebec LogisVert | **CAD 250 per 1,000 BTU/h** for eligible geothermal heat pumps [47] | Rewards high-capacity geothermal systems | Target higher-value homes and rural properties |
| HFC phasedown | **40%** in 2024, **70%** in 2029, **85%** in 2036 [76] | Shrinks high-GWP refrigerant supply | Shift to low-GWP equipment and service training |
| GWP cap for AC and heat pumps | **700 or less** from Jan. 1, 2025, per HRAI [77] | Forces A2L and low-GWP readiness | Update inventory, tools, installation procedures |

**Decision-ready insight:** Policy is not just a demand subsidy; it is a product-roadmap constraint. Winners will combine rebate navigation, compliant low-GWP equipment, and technician training into one operating model.

## Competitive Landscape: Global OEMs, Canadian Channels, And Consolidating Service Platforms

Canada's HVAC market is structurally channel-driven. Global OEM brands supply much of the equipment, but local distributors, wholesalers, and contractors control availability, installation quality, code compliance, warranty experience, and replacement timing. This split matters because the profit pool is not only in manufacturing; it also sits in local service, retrofit design, emergency response, maintenance plans, and customer financing.

Major OEMs include Carrier, Trane, Daikin, and Lennox. Carrier's Canada residential product page lists heating and cooling products and presents HVAC as comfortable, efficient, controlled home systems [42]. Trane's Canada commercial site positions the company around HVAC, automation, thermal management, and energy services for buildings [40]. Daikin emphasizes energy-efficient heating and cooling, contractor networks, rebates, financing, and warranty protection [60]. Lennox positions itself around heating and air-conditioning solutions and innovation [61]. These OEMs compete on efficiency, controls, refrigerants, cold-climate performance, warranties, and dealer networks.

The domestic channel is equally important. HRAI describes itself as Canada's national trade association for heating, refrigeration, and air conditioning, founded in **1968** [39]. HRAI-linked training material states that members include manufacturers, wholesalers, and contractors that employ **more than 50,000** people in Canada and represent an industry that delivers **more than CAD 7B** in economic activity [38]. The Master Group describes itself as offering a large selection of HVAC systems and energy-efficient products for professionals [71]. Wolseley Canada says it is a leading wholesale distributor of plumbing, HVAC/R, and waterworks products [72].

Service platforms are consolidating because residential HVAC replacement is fragmented and recurring. Right Time describes itself as a leading provider of home comfort solutions across Canada, specializing in heating, air conditioning, and related services [74]. Gryphon Investors' announcement of Right Time's acquisition of The Comfort Group describes Right Time as a leading Canadian independent HVAC contractor focused on the residential market [5].

| Player Type | Examples | Verified Positioning | Strategic Role |
|---|---|---|---|
| Global OEMs | Carrier, Trane, Daikin, Lennox | Carrier lists residential HVAC products; Trane lists Canadian commercial HVAC and automation; Daikin highlights energy-efficient heating/cooling and contractor networks; Lennox highlights heating and AC solutions [42], [40], [60], [61] | Product innovation, refrigerant transition, warranties, controls |
| Trade association | HRAI | National HVACR association founded in **1968** [39] | Standards, advocacy, training, industry coordination |
| Wholesalers and distributors | The Master Group, Wolseley | Master sells HVAC systems for professionals; Wolseley is a leading wholesale distributor of plumbing and HVAC/R [71], [72] | Availability, branch coverage, contractor enablement |
| Residential service platforms | Right Time Group | Home comfort provider across Canada; leading independent residential HVAC contractor [74], [5] | Replacement demand capture, maintenance plans, acquisition roll-up |
| Commercial building solutions | Trane and applied distributors | HVAC, automation, thermal management, and energy services [40] | Retro-commissioning, controls, energy performance |

**Decision-ready insight:** OEMs should strengthen Canadian channel training and cold-climate product proof; distributors should become low-GWP and heat-pump enablement hubs; contractors should build recurring service and financing models before consolidators capture the customer relationship.

## Metrics Dashboard: The Numbers That Define Canada's HVAC Opportunity

The core market metrics show a sector pulled by construction, pushed by decarbonization, constrained by labor, and complicated by regional adoption gaps. The numbers also show why HVAC should be analyzed as a systems market rather than a single equipment category.

| Metric | Latest Figure Found | Source | Market Meaning |
|---|---:|---|---|
| Canada HVAC market estimate | **USD 12.20B in 2025**, **USD 15.76B by 2030** | [1] | Broad market estimate supports mid-single-digit growth planning |
| Canada HVAC systems revenue | **USD 5.95B in 2024**, **USD 11.13B by 2033** | [3] | Narrower systems definition suggests faster equipment growth |
| Residential heat pumps | **414,000 in 2000** to **842,000 in 2020** | [26] | Installed base roughly doubled over two decades |
| Heat-pump share of residential space heating | **Over 5%** current; **13%** projected by 2030 in Global Net Zero Scenario | [26] | Adoption gap supports retrofit growth |
| Space heating share of building energy | About **60%** | [26] | Heating choices dominate energy and emissions outcomes |
| Building operating emissions from fossil space and water heating | **More than 96%** | [27] | HVAC is central to building decarbonization |
| Household cooling adoption | **68%** in 2025 | [55] | Cooling is now mainstream demand |
| Heat pumps as main home heating source | **9%** of households in 2023; **48%** in New Brunswick | [56] | Regional targeting matters more than national averages |
| Heat-pump shipment trend | Since 2020, heat-pump shipments up **5%** annually; furnace shipments down **3.4%** annually | [58] | Product mix is shifting from fossil heating to electrified systems |
| Housing starts | **259,028** in 2025, up **5.6%** from 2024 | [96] | New-build HVAC remains material |
| Building permits | **CAD 12.8B** in Dec. 2025, up **6.8%** month over month | [11] | Permits indicate near-term project pipeline |
| Refrigeration and AC mechanics | **46,100** workers in 2023; **25%** age 50+; strong shortage risk through 2033 | [63] | Installation capacity can cap market growth |
| HFC phasedown | **40%** reduction in 2024; **70%** in 2029; **85%** in 2036 | [76] | Refrigerant strategy is a board-level supply risk |

The table shows a market where the best growth signals are not isolated. Heat-pump adoption, cooling penetration, and HFC deadlines reinforce one another, while labor shortage and subsidy deadlines can slow execution.

**Decision-ready insight:** Track six KPIs quarterly: heat-pump quote-to-close rates, low-GWP equipment availability, technician utilization, rebate-driven backlog, service-plan attachment, and provincial electricity-gas spread.

## Risks And Constraints: Labor, Affordability, Grid, Cold Climate, And Policy Volatility

The most important risk is not demand. It is execution capacity. Job Bank reports that refrigeration and air-conditioning mechanics face a **strong risk of labour shortage** over **2024-2033** [63]. With **46,100** workers in **2023**, **25%** aged 50 or older, and a median retirement age of **63**, the sector must install more complex equipment with a workforce that is aging [63]. Heat pumps, A2L refrigerants, controls, ventilation balancing, and envelope-aware design all raise the skill requirement.

Affordability is the second constraint. The Canadian Climate Institute's "Heat Pumps Pay Off" report says heat pumps are the lowest-cost heating and cooling option for many Canadian households, but it also stresses that results vary by home, region, fuel displaced, and incentive design [8]. The mechanism is local: switching from oil or electric resistance heating can be compelling, while switching from low-cost natural gas in a colder region can require incentives, hybrid systems, or envelope upgrades to make economics work.

Cold-climate performance is a commercial design risk rather than a reason to avoid the category. CER reports heat pumps offer **190%** efficiency compared with **100%** for electric baseboards and **62% to 90%** for natural gas systems [26]. Yet efficiency alone does not guarantee customer satisfaction. Poor sizing, weak ductwork, inadequate backup heat, or insufficient envelope performance can turn a technically efficient system into a bad customer experience.

Policy volatility is also material. NRCan's OHPA deadline in selected jurisdictions shows that grant windows can close or change [25]. Contractors that staff up solely for subsidized demand can face a cliff; OEMs that do not adapt to refrigerant rules can face inventory losses.

Grid and peak-load risks should be treated as planning constraints. Electrifying heating can raise winter peak demand, especially in cold provinces. The public sources reviewed here support heat-pump emissions benefits and adoption growth, but they do not remove the need for utility coordination, demand response, thermal storage, hybrid systems, and panel-upgrade planning.

| Risk | Evidence | Failure Case | Mitigation |
|---|---|---|---|
| Labor shortage | Strong shortage risk for refrigeration and AC mechanics through **2033** [63] | Backlogs grow, install quality falls, rebate deadlines missed | Apprenticeships, training academies, standardized installs |
| Affordability | Heat-pump economics vary by household, fuel, and region [8] | Customers reject high upfront costs or face bill surprises | Financing, rebates, hybrid systems, envelope-first audits |
| Refrigerant transition | HFC reduction steps reach **70%** in 2029 and **85%** in 2036 [76] | Obsolete inventory and service shortages | Low-GWP procurement, A2L safety training, inventory rotation |
| Cold climate | Heat pumps are efficient, but performance depends on design [26] | Undersized systems damage trust | Load calculations, backup heat, cold-climate models |
| Incentive volatility | OHPA application deadline in selected jurisdictions is **July 31, 2026** [25] | Demand cliff after programs close | Build unsubsidized value proposition |

**Decision-ready insight:** The winners will not be the companies with the cheapest heat pump; they will be the companies that can design, finance, install, service, and explain the right system under province-specific constraints.

## Case Studies: Where Canada's HVAC Market Is Already Changing

### Case Study 1: Atlantic Canada Shows How Oil Displacement Converts Into Heat-Pump Demand

Atlantic Canada is the clearest evidence that heat-pump demand accelerates when oil heat, moderate winters, and strong incentives overlap. The Canadian Climate Institute found that **48%** of New Brunswick homes relied on heat pumps as their primary heating source in **2023** [56]. Its shipment analysis also found that Atlantic Canada and Quebec have more than **50** heat pumps shipped per furnace shipment [58].

The mechanism is economic as much as environmental. Oil-heated homes can see strong savings when switching to efficient electric heat pumps, and federal programs such as OHPA directly target households currently heating with oil [25]. The implication for suppliers is that oil-to-heat-pump conversion should be treated as a distinct sales motion: identify oil-heated neighborhoods, pre-screen eligibility, bundle electrical work, and schedule installs before program deadlines.

### Case Study 2: Quebec Turns Low-Cost Electricity Into A Heat-Pump Adoption Advantage

Quebec illustrates how electricity price and policy can change HVAC economics. Hydro-Quebec's LogisVert program offers **CAD 250 per 1,000 BTU/h** for eligible geothermal heat pumps [47]. The Canadian Climate Institute's shipment analysis identifies Quebec as one of the leaders in absolute heat-pump shipment volume and notes that Quebec and Atlantic Canada have far more heat-pump shipments than furnace shipments [58].

This reveals a broader market rule: province-specific economics matter more than national averages. In Quebec, clean and relatively low-cost electricity supports electrified heating; in colder gas-heavy markets, hybrid systems or incentives may be needed. OEMs and contractors should localize payback calculators, product sizing, and backup-heat recommendations by province.

### Case Study 3: Ontario School Ventilation Shows IAQ As A Public-Sector Retrofit Market

The Ontario school ventilation example shows that HVAC demand is not only about heating and cooling. Housing, Infrastructure and Communities Canada reports that a combined investment of **more than CAD 33.1M** improved school ventilation in all **72** Ontario school boards [50]. Health Canada's office-building guidance recommends efficient filtration and adequate outdoor-air ventilation [51].

The mechanism is institutional risk management. Schools and offices need defensible air-quality practices during respiratory illness periods and wildfire-smoke events. HVAC providers can win this segment by offering audits, filtration upgrades, air balancing, commissioning, maintenance documentation, and sensor-based reporting.

### Case Study 4: Right Time Demonstrates Service Consolidation In A Fragmented Market

Right Time shows why residential HVAC service is becoming an acquisition platform. Gryphon Investors described Right Time as a leading Canadian independent HVAC contractor focused on the residential market when announcing the acquisition of The Comfort Group [5]. Right Time's own site describes the company as a provider of home comfort solutions across Canada, specializing in heating, air conditioning, and related services [74].

The mechanism is customer ownership. A service platform can capture emergency replacement, maintenance plans, financing, warranty work, and cross-sell opportunities for heat pumps, IAQ, water heaters, and controls. Independent contractors should respond by improving CRM, recurring service attachment, rebate support, and technician productivity before scale competitors set local pricing and service expectations.

**Decision-ready insight:** The most replicable case-study lesson is segmentation. Atlantic Canada proves oil displacement, Quebec proves electricity economics, Ontario schools prove IAQ retrofit demand, and Right Time proves the value of owning the service relationship.

## Synthesis: Where Canada HVAC Value Migrates Through 2030

Canada's HVAC market is moving through four overlapping transitions: fuel switching, cooling mainstreaming, IAQ upgrading, and refrigerant compliance. These transitions favor different players. OEMs win when they deliver cold-climate, low-GWP, efficient equipment; distributors win when they manage availability and training; contractors win when they own trusted installation and service relationships; public-sector specialists win when they document ventilation and filtration performance.

| Strategy | Mechanism | Best-Fit Region Or Segment | Trade-Off | Evidence Base |
|---|---|---|---|---|
| Heat-pump-first retrofit | Replaces fossil or resistance heating with efficient electric heating/cooling | Oil-heated Atlantic homes, electric-heated BC homes, Quebec homes | Upfront cost, sizing, installer capacity | Heat-pump growth and OHPA evidence [26], [25] |
| Hybrid heating | Uses heat pump plus backup gas or electric heat | Cold gas-heavy regions and homes with weak envelopes | Lower emissions than gas-only but less than full electrification | Cold-climate economics vary by home and province [8] |
| IAQ-led retrofit | Adds filtration, ventilation, balancing, and monitoring | Schools, offices, healthcare, smoke-prone communities | Requires maintenance discipline and system compatibility | Health Canada and NCCEH guidance [51], [52] |
| Low-GWP compliance | Transitions inventory and service to A2L/low-GWP refrigerants | All AC, heat pump, and refrigeration channels | Safety training and obsolete stock risk | HFC phasedown and GWP limits [76], [77] |
| Service consolidation | Acquires local contractors and monetizes recurring customer relationships | Fragmented residential service markets | Integration and brand-trust risk | Right Time acquisition evidence [5] |

The non-obvious tension is that policy pushes the market toward electrification faster than the labor pool can comfortably absorb. Job Bank's shortage outlook for refrigeration and AC mechanics through **2033** makes technician capacity a strategic asset, not an HR issue [63]. A company with excellent products but weak installer capacity may lose to a less innovative competitor with better training, scheduling, financing, and warranty execution.

A second tension is that heat pumps are both a heating and cooling product. That helps adoption because **68%** of households already use cooling equipment [55], but it also raises expectations. Customers will judge systems on winter comfort, summer cooling, noise, service reliability, and monthly bills.

A third tension is between national decarbonization and local economics. New Brunswick and Quebec show rapid adoption because fuel economics and incentives align [56]. Prairie markets may require different designs, such as cold-climate heat pumps, hybrid systems, larger electrical planning, or stronger financing.

**Final recommendation:** Treat Canada as a province-by-province HVAC retrofit platform. Build around heat pumps, low-GWP refrigerants, IAQ, and service contracts, but sequence investment by regional economics and installer capacity. The winning formula through 2030 is not "sell more equipment"; it is "control the installed customer relationship, train the labor channel, and make complex retrofits financially simple."

## References

1. *Canada HVAC Market Size, Share & 2030 Growth Trends Report*. https://www.mordorintelligence.com/industry-reports/canada-hvac-market
2. *North America HVAC Equipment Market Size & Forecast, 2033*. https://www.persistencemarketresearch.com/market-research/north-america-havc-equipment-market.asp
3. *Canada Hvac Systems Market Size & Outlook, 2025-2033*. https://www.grandviewresearch.com/horizon/outlook/hvac-systems-market/canada
4. *Canada HVAC Systems Market Size and Share | Statistics - 2030*. https://www.nextmsc.com/report/canada-hvac-systems-market?srsltid=AfmBOoofx-cuV-MD4tB5FoBFglOeJMUKVnKeuLxQUnVW7y8VWoYjV4wm
5. *Right Time Group of Companies Acquires The Comfort Group*. http://gryphon-inv.com/news/right-time-group-of-companies-acquires-the-comfort-group
6. *Canada Heat Pump Market: Transforming Energy Efficiency*. https://marksparksolutions.com/blog/canada-heat-pump-market-transforming-energy-efficiency
7. *Canada Greener Homes Initiative*. https://natural-resources.canada.ca/energy-efficiency/home-energy-efficiency/canada-greener-homes-initiative/canada-greener-homes-initiative
8. [[PDF] Heat pumps pay off - Canadian Climate Institute](https://climateinstitute.ca/wp-content/uploads/2023/09/Heat-Pumps-Pay-Off-Unlocking-lower-cost-heating-and-cooling-in-Canada-Canadian-Climate-Institute.pdf)
9. *News – Page 3 - Gradient Comfort*. http://gradientcomfort.com/blogs/news?page=3
10. *Canada Greener Homes Initiative: Highlights and program ...*. https://cdn.climatepolicyradar.org/navigator/CAN/2021/canada-greener-homes-grant_2359bed9c502305445157035bcb67cb7.pdf
11. *The Daily — Building permits, December 2025*. https://www150.statcan.gc.ca/n1/daily-quotidien/260211/dq260211a-eng.htm
12. *The Daily — Building permits, November 2025*. https://www150.statcan.gc.ca/n1/daily-quotidien/260113/dq260113a-eng.htm
13. *Building Permits - detailed, 2025 - monthly*. https://communitydata.ca/data/building-permits-detailed-2025-monthly
14. *The Daily — Building permits, March 2025*. https://www150.statcan.gc.ca/n1/daily-quotidien/250514/dq250514a-eng.htm
15. *Canada Value of Building Permits MoM - Trading Economics*. https://tradingeconomics.com/canada/building-permits-mom
16. *Riverstone Management Ltd.*. http://linkedin.com/company/riverstone-management-ltd.
17. *The HVAC Technician Shortage: How to Recruit, Train, and ...*. https://eccosupply.ca/hvac-guides/the-hvac-technician-shortage-how-to-recruit-train-and-retain-contractors/
18. *Beat the HVAC Technician Shortage*. https://www.smacna.org/news/news-archive/article/2025/10/09/beat-the-hvac-technician-shortage
19. *Discover careers in the skilled trades*. https://www.canada.ca/en/employment-social-development/campaigns/skilled-trades.html
20. *HVAC Skilled Labor Shortage: Crisis & Solutions*. https://snarsca.com/blog/hvac-skilled-labor-shortage-detailed-overview/
21. *Natural Resources Canada is a Trailblazer*. http://gpscasestudies.salesforce.com/articles/article-NRCan
22. *Canada Greener Homes Initiative*. http://natural-resources.canada.ca/energy-efficiency/home-energy-efficiency/canada-greener-homes-initiative/canada-greener-homes-initiative
23. *How products are listed with the Canada Greener Homes ...*. https://natural-resources.canada.ca/energy-efficiency/home-energy-efficiency/canada-greener-homes-initiative/products-are-listed-canada-greener-homes-initiative
24. *Air Source Heat Pumps and Cold ... - Searchable product list*. https://spl-lpi.nrcan-rncan.gc.ca/en-US/product/?product=ASHP1_GH
25. *Oil to Heat Pump Affordability program*. https://natural-resources.canada.ca/energy-efficiency/home-energy-efficiency/canada-greener-homes-initiative/oil-heat-pump-affordability-program
26. *Market Snapshot: Heat pumps could significantly reduce GHG ...*. https://www.cer-rec.gc.ca/en/data-analysis/energy-markets/market-snapshots/2023/market-snapshot-heat-pumps-could-significantly-reduce-ghg-emissions-from-canadas-buildings.html
27. *The Canada Green Buildings Strategy*. https://natural-resources.canada.ca/energy-efficiency/building-energy-efficiency/canada-green-buildings-strategy-transforming-canada-s-buildings-sector-net-zero-resilient-future
28. *Executive Summary – The Future of Heat Pumps – Analysis - IEA*. https://www.iea.org/reports/the-future-of-heat-pumps/executive-summary
29. *Heat pumps can power major emissions reductions from buildings*. https://440megatonnes.ca/insight/heat-pumps-can-power-major-emissions-reductions-from-buildings/
30. *A comparative assessment of air-source heat pumps in Canada*. https://www.sciencedirect.com/science/article/pii/S0959652625024709
31. *Canada Energy Policy: Timeline, Codes, Programs & More | SWA*. https://www.swinter.com/canada-energy-policy/
32. *Regulatory trends to watch: Canada's legislative framework for ...*. https://www.dentons.com/en/insights/newsletters/2025/january/23/global-regulatory-trends-to-watch/dentons-canadian-regulatory-trends-to-watch-in-2025/canadas-legislative-framework-for-building-environmental-performance
33. *National Building Code of Canada 2025*. https://nrc.canada.ca/en/certifications-evaluations-standards/codes-canada/codes-canada-publications/national-building-code-canada-2025
34. *2025 Building Energy Efficiency Standards*. https://www.energy.ca.gov/programs-and-topics/programs/building-energy-efficiency-standards/2025-building-energy-efficiency
35. *Which North American Heat Pumps are manufactured ...*. https://www.reddit.com/r/heatpumps/comments/1ifz1sx/which_north_american_heat_pumps_are_manufactured/
36. *HVAC Distributors in Canada (237 found)*. https://www.hvacinformed.com/companies/distributor-canada/directory.html
37. *Carrier vs Daikin vs Trane: Best HVAC Brand Guide*. https://www.acunitsforless.com/blogs/news/carrier-vs-daikin-vs-trane?srsltid=AfmBOopAltc7bVlz-OPGi8oPwd29x9OUhDHGnFl-RbGWGI_IcMX8BJN0
38. *HRAI - TrainingTrades*. https://trainingtrades.ca/profile/hrai
39. *HRAI*. http://hrai.ca/
40. *Solutions for the Life of Your Building | Trane Commercial HVAC*. https://www.trane.com/commercial/north-america/canada/en.html
41. *HVAC Systems for Homeowners | Carrier Residential*. https://www.carrier.com/us/en/residential/
42. *HVAC Systems & Products | Carrier Residential*. https://www.carrier.com/residential/en/ca/products/
43. *Lennox HVAC - Schagrin Home Comfort Products*. http://schagrinhcp.com/brands/lennox-hvac
44. *Lennox - Overview, News & Similar companies*. http://zoominfo.com/c/lennox-international-inc/102009645
45. *Heat pump rebates*. https://www.bchydro.com/powersmart/residential/rebates-programs/home-renovation/renovating-heating-system.html
46. *Home Efficiency Rebate Plus | Ontario*. https://www.enbridgegas.com/ontario/rebates-energy-conservation/home-efficiency-rebate-plus
47. *LogisVert Program Grants for residential customers - Hydro-Quebec*. https://www.hydroquebec.com/residential/energy-wise/financial-assistance/logisvert/residential.html
48. *AireEnergy*. http://aireenergy.com/
49. *How AireEnergy Helps British Columbians Save Money with Heat ...*. http://aireenergy.com/how-aireenergy-helps-british-columbians-save-money-with-heat-pumps-and-rebates
50. *A Breath of Fresh Air for Ontario Schools*. https://housing-infrastructure.canada.ca/investments-investissements/stories-histoires/comm-cul-rec/ontario-on-eng.html
51. *Guidance on improving indoor air quality in office buildings*. https://www.canada.ca/en/health-canada/services/publications/healthy-living/guidance-improving-indoor-air-quality-office-buildings.html
52. *Wildfire smoke and portable air cleaners: Improving air quality in ...*. https://ncceh.ca/resources/blog/wildfire-smoke-and-portable-air-cleaners-improving-air-quality-schools-and-child
53. *Guidance for Cleaner Air Spaces during Wildfire Smoke Events*. https://www.canada.ca/en/health-canada/services/publications/healthy-living/guidance-cleaner-air-spaces-during-wildfire-smoke-events.html
54. *BGE Indoor Air Quality Solutions — News (company site)*. http://bgecleanair.com/news/bge-indoor-air-quality-solutions-has-acquired-con-test
55. *Who uses air conditioning in Canada in 2025?*. https://www150.statcan.gc.ca/n1/daily-quotidien/250708/dq250708a-eng.htm
56. *Latest data shows the rapid growth of heat pumps in Canada*. https://440megatonnes.ca/insight/latest-data-shows-rapid-growth-heat-pumps-in-canada/
57. *Electric heat pumps - Natural Resources Canada*. https://natural-resources.canada.ca/energy-efficiency/electric-heat-pumps
58. *Heat pumps continue to push fossil fuels out of Canadian ...*. https://440megatonnes.ca/insight/heat-pumps-continue-to-push-fossil-fuels-out-of-canadian-homes/
59. *1Click Energy Solutions: Efficient HVAC Solutions*. http://1clickheat.com/
60. *Heating & AC | Perfecting the Air We Share | Daikin*. https://www.daikincomfort.com/
61. *Air Conditioning and Heating Solutions | Lennox*. https://www.lennox.com/
62. *Canada ending skilled trades apprentice grants March 31, ...*. https://www.reddit.com/r/skilledtrades/comments/1erhpkj/canada_ending_skilled_trades_apprentice_grants/
63. *Refrigeration And Air Conditioning Mechanic in Canada - Job Bank*. https://www.jobbank.gc.ca/marketreport/outlook-occupation/7533/ca
64. *Refrigeration and air conditioning mechanics (7313)*. https://www.cicic.ca/938/refrigeration_and_air_conditioning_mechanics.canada?id=177
65. *The Skilled Trades Shortage in Canada Is Structural - Talentive*. https://talentive.com/en/employers/the-skilled-trades-shortage-in-canada-is-structural-not-temporary/
66. *Canadian Mortgage and Housing Corporation*. https://www150.statcan.gc.ca/t1/tbl1/en/tv.action?pid=3410012601
67. *Monthly Housing Starts and Other Construction Data Tables - CMHC*. https://www.cmhc-schl.gc.ca/professionals/housing-markets-data-and-research/housing-data/data-tables/housing-market-data/monthly-housing-starts-construction-data-tables
68. *Housing starts rose in 2025 but CMHC warns construction ...*. https://www.mpamag.com/ca/mortgage-industry/market-updates/housing-starts-rose-in-2025-but-cmhc-warns-construction-momentum-has-faded/562250
69. *Housing starts up 5.6% in 2025 from 2024*. https://finance.yahoo.com/news/housing-starts-5-6-2025-131500506.html
70. *CMHC says housing starts up 14% in September*. https://www.cbc.ca/news/business/housing-starts-cmhc-september-2025-9.6940502
71. *The Master Group: Master Group | Air Conditioning and ...*. https://www.master.ca/
72. *Wolseley Express: Expert Plumbing & HVAC Solutions*. https://www.wolseleyexpress.com/
73. *Air Conditioning and Heating for Professionals*. https://masterapplied.ca/home/
74. *Acquisitions - The Right Time Group of Companies*. http://right-time.ca/acquisitions
75. *Refrigeration Sales Corp. - LinkedIn*. http://linkedin.com/company/refrigerationsalescorp
76. *Consultation document: review of the Ozone-depleting Substances ...*. https://www.canada.ca/en/environment-climate-change/services/air-pollution/issues/ozone-layer/depleting-substances-halocarbon-alternatives-regulations/consultation-document.html
77. *The Rise of A2L'S*. https://www.hrai.ca/newsletter/the-rise-of-a2l-s
78. *A2L & Low Global Warming Potential (GWP) Transition ...*. https://www.rsl.ca/Resources/A2L-Low-Global-Warming-Potential-GWP-Transition-Resources
79. *2026 Refrigerant Regulations: What Texas Homeowners ...*. http://stevensonshvac.com/blogs/2026-refrigerant-regulations--what-texas-homeowners-need-to-know-before-upgrading-their-hvac-system
80. *A2L compliance and what it means for Canada*. https://plumbingandhvac.ca/a2l-compliance-and-what-it-means-for-canada/
81. *Searchable product list | Natural Resources Canada*. https://spl-lpi.nrcan-rncan.gc.ca/
82. *Guide to Canada's Energy Efficiency Regulations*. https://natural-resources.canada.ca/energy-efficiency/energy-efficiency-regulations/guide-canada-s-energy-efficiency-regulations
83. *Incorporate Minimum Efficiency Requirements for Heating ...*. https://www.energy.gov/cmei/femp/incorporate-minimum-efficiency-requirements-heating-and-cooling-products-federal
84. *Mandatory HVAC/R efficiencies to increase with new ...*. https://plumbingandhvac.ca/mandatory-hvac-r-efficiencies-to-increase-with-new-energy-efficiency-regulations/
85. *Understanding HVAC Ratings and Efficiency Standards in ...*. https://dioncomfort.com/understanding-hvac-ratings-and-efficiency-standards-in-canada/
86. *Non-residential capital and repair expenditures, 2024 ...*. https://www150.statcan.gc.ca/n1/daily-quotidien/260225/dq260225b-eng.htm
87. *Capital and repair expenditures, non-residential tangible assets, by ...*. https://www150.statcan.gc.ca/t1/tbl1/en/tv.action?pid=3410003801
88. *Annual Capital and Repair Expenditures Survey: Actual for ...*. https://www.statcan.gc.ca/en/statistical-programs/instrument/2803_Q12_V13
89. *Canada's Infrastructure Capital and Repair Expenditures survey*. https://housing-infrastructure.canada.ca/rd/public-infra-data-donnees-publiques/capex-edir-eng.html
90. *Maintenance and repair expenditures in housing*. https://www150.statcan.gc.ca/t1/tbl1/en/tv.action?pid=3410009501
91. *A review of recent heat pump research and initiatives for ...*. https://www.efficiencycanada.org/a-review-of-recent-heat-pump-research-and-initiatives-for-canadian-policymakers/
92. *Cold Climate Air Source Heat Pumps for New Brunswick and ...*. https://spl-lpi.nrcan-rncan.gc.ca/product/?product=ASHP2_OHPA
93. *More for Less*. https://cleanenergycanada.org/wp-content/uploads/2025/12/Report_2025_HeatPumpsBC-V4.pdf
94. *How heat pumps pay off in Canada*. https://heatpumpcalculator.ca/
95. *Canadian Mortgage and Housing Corporation*. https://www150.statcan.gc.ca/t1/tbl1/en/tv.action?pid=3410015801
96. *Housing starts up 5.6% in 2025 from 2024*. https://www.cmhc-schl.gc.ca/media-newsroom/news-releases/2026/housing-starts-december-2025
97. *Canada Mortgage and Housing Corporation - Housing2030*. http://housing2030.org/project/canada-mortgage-and-housing-corporation
98. *Canadian Housing Starts (May 2026) - TD Economics*. https://economics.td.com/ca-housing-starts
99. *Heating and cooling with a heat pump*. https://natural-resources.canada.ca/energy-efficiency/energy-star/heating-cooling-heat-pump
100. *Types—ground source heat pump - Natural Resources Canada*. https://natural-resources.canada.ca/energy-efficiency/product-energy-ratings/types-ground-source-heat-pump
101. *Central air conditioners and heat pumps*. https://natural-resources.canada.ca/energy-efficiency/energy-efficiency-regulations/central-air-conditioners-heat-pumps
102. *Canada's Refrigerant Transition*. https://www.hrai.ca/newsletter/canada%E2%80%99s-refrigerant-transition-
103. *The Industry Shift Toward Low GWP Refrigerant*. https://ambient-enterprises.com/news-insights/hvac-sustainability-the-industry-shift-toward-low-gwp-refrigerant-r-410a-and-r-134a/
104. *Heat pumps could significantly reduce GHG emissions ...*. https://www.cer-rec.gc.ca/en/data-analysis/energy-markets/market-snapshots/2023/market-snapshot-heat-pumps-could-significantly-reduce-ghg-emissions-from-canadas-buildings.html?=undefined&wbdisable=true
105. *Energy Use in the Commercial/Institutional Sector*. https://oee.nrcan.gc.ca/publications/statistics/trends/2018/commercial.cfm
106. *Energy Use in the Commercial/Institutional Building Sector in ...*. https://iea.blob.core.windows.net/assets/c238ca2a-9e41-4827-b38d-992f03a664d4/1.1_Canada_Forgo.pdf