Installation of a GREE LIVO R32 Mini Split Wall-Mounted Heat Pump in Senneville: a discreet HVAC solution for precise comfort in a West Island residence
AirGreen installs a GREE LIVO R32 wall-mounted heat pump in Senneville: discreet mini split, efficient air conditioning, supplementary heating, and HVAC installation adapted to existing residential spaces.
- City
- Region
- Equipment
- Brand
- Challenges
- Published
The job on one screen
The unit’s data sheet
The range as published on airgreen.ca: pick a size to see its capacity in deep cold.
| Size | Heating at −8 °C | Heating at −15 °C | Coldest certified point | COP at −15 °C | SEER | HSPF | Indicative LogisVert aid |
|---|---|---|---|---|---|---|---|
| Gree Livo R32 9 000 (115 V) | 10,000 | 7,600 | −25 °C: 5,700 | 1.86 | 20.5 | 8.8 | – |
| Gree Livo R32 9 000 | 9,600 | 7,600 | −25 °C: 5,500 | 1.94 | 20.5 | 8.8 | – |
| Gree Livo R32 12 000 (115 V) | 9,700 | 8,500 | −25 °C: 6,500 | 1.75 | 19.0 | 8.5 | – |
| Gree Livo R32 12 000 | 9,700 | 9,100 | −25 °C: 6,500 | 1.8 | 19.0 | 8.5 | $1,164 |
| Gree Livo R32 18 000 | 15,300 | 12,100 | −25 °C: 10,200 | 1.85 | 20.0 | 8.5 | $1,836 |
| Gree Livo R32 24 000 | 19,200 | 15,700 | −25 °C: 10,500 | 1.75 | 19.0 | 8.5 | $2,304 |
| Gree Livo R32 30 000 | 24,000 | 23,000 | −25 °C: 16,900 | 1.8 | 22.0 | 9.0 | $2,880 |
| Gree Livo R32 36 000 | 27,400 | 24,600 | −25 °C: 21,000 | 1.8 | 21.0 | 8.5 | $3,288 |
According to NEEP, it delivers 10,000 BTU/h at −8 °C (17 °F), as much as at 8 °C. It heats as hard in moderate cold as in mild weather.
According to NEEP, its certified maximum capacity at −25 °C (−13 °F) is 5,700 BTU/h, 63% of its nominal 9,000 BTU size.
At 8 °C, its certified maximum capacity reaches 13,300 BTU/h, 48% more than its nominal 9,000 BTU size.
According to NEEP, its COP at −15 °C is 1.94: the highest of the Livo R32 line, which ranges from 1.75 to 1.86 at that temperature.
According to NEEP, its certified maximum capacity at −25 °C (−13 °F) is 5,500 BTU/h, 61% of its nominal 9,000 BTU size.
At 8 °C, its certified maximum capacity reaches 13,136 BTU/h, 46% more than its nominal 9,000 BTU size.
According to NEEP, it delivers 8,500 BTU/h at −15 °C, against 9,100 for the Gree Livo R32 12 000.
At −25 °C, its certified minimum capacity is 1,800 BTU/h (3,070 at 8 °C). It slows down instead of cycling on and off.
According to NEEP, its certified heating capacity at −15 °C (5 °F) is 8,500 BTU/h, 71% of its nominal 12,000 BTU size. Its COP there is 1.75.
According to NEEP, it delivers 9,100 BTU/h at −15 °C, against 8,500 for the Gree Livo R32 12 000 (115 V).
At −25 °C, its certified minimum capacity is 1,800 BTU/h (3,070 at 8 °C). It slows down instead of cycling on and off.
According to NEEP, its certified heating capacity at −15 °C (5 °F) is 9,100 BTU/h, 76% of its nominal 12,000 BTU size. Its COP there is 1.80.
At 8 °C, its certified maximum capacity reaches 22,500 BTU/h, 25% more than its nominal 18,000 BTU size.
According to NEEP, its certified minimum capacity is at least 7,000 BTU/h at every temperature. In a small, well-insulated room it will cycle on and off more often: size it carefully.
According to NEEP, its certified heating capacity at −15 °C (5 °F) is 12,100 BTU/h, 67% of its nominal 18,000 BTU size. Its COP there is 1.85.
At −25 °C, its certified minimum capacity is 3,100 BTU/h (5,800 at 8 °C). It slows down instead of cycling on and off.
According to NEEP, its certified heating capacity at −15 °C (5 °F) is 15,700 BTU/h, 65% of its nominal 24,000 BTU size. Its COP there is 1.75.
According to NEEP, its certified heating capacity at −15 °C (5 °F) is 23,000 BTU/h, 77% of its nominal 30,000 BTU size. Its COP there is 1.80.
According to NEEP, its COP at −25 °C is 1.54: the highest of the Livo R32 line, which ranges from 1.30 to 1.52 at that temperature.
At −25 °C, its certified minimum capacity is 7,000 BTU/h (10,000 at 8 °C). It slows down instead of cycling on and off.
According to NEEP, its certified heating capacity at −15 °C (5 °F) is 24,600 BTU/h, 68% of its nominal 36,000 BTU size. Its COP there is 1.80.
Data read live from the airgreen.ca page of each size (NEEP / AHRI certified performance). When the title names the installed size, it is highlighted; otherwise the whole range is shown. The aid shown is today’s, using Hydro-Québec’s rule ($120 per 1,000 BTU/h at −8 °C); amounts quoted in the article date from its publication. Only Hydro-Québec confirms the assistance granted.A dash in the aid column: amount to be confirmed for this model.
The article, chapter by chapter
A neat indoor wall installation in a space where every centimeter counted
In Senneville, this installation of a GREE LIVO R32 wall heat pump highlights an essential aspect of our work at AirGreen: integrating a high-performance HVAC system into an existing residential space without compromising aesthetics, indoor flow, or daily use of the room. In the photo, you can see the GREE indoor unit installed very close to the ceiling, in a simple wall corner, with the louvers open and the unit running. The installation is clean, discreet, and well aligned, which is particularly important in a home where interior appearance matters as much as technical performance.
In this project, the client wanted to improve the thermal comfort of a specific area of the residence without undertaking major work or modifying the entire building's mechanical system. A mini split wall heat pump was therefore a logical solution: a compact, efficient device capable of cooling in summer and providing heating according to seasonal needs. The GREE LIVO R32 was chosen for its balance between comfort, ease of use, efficiency, and wall integration.
In Senneville, houses can have very varied configurations: open rooms, sloped or low ceilings depending on the areas, successive renovations, limited available walls, spaces where adding ducts would be too invasive. This reality requires a custom approach. At AirGreen, we never choose a location at random. We analyze air circulation, available height, duct routing, maintenance access, drainage, and the position of the outdoor unit before finalizing the installation.
An indoor unit placed high to free up space and optimize diffusion
The photo shows a high installation, near the ceiling, with a white wall unit that blends into a light decor. This positioning is common for a wall air conditioner, but it must be done carefully. A unit placed too close to the ceiling may lack air intake, become difficult to maintain, or lose efficiency. Conversely, a well-calculated installation allows the use of a less useful wall area while ensuring comfortable diffusion in the room.
In this project in Senneville, our team paid special attention to several elements:
- clearance above the unit to allow good air intake;
- alignment of the unit for a neat interior finish;
- the direction of the airflow to avoid an uncomfortable direct draft;
- the passage of refrigerant lines to the outside;
- the slope necessary for condensation drainage;
- future access to filters for HVAC maintenance;
- visual integration into a neat residential space.
The GREE LIVO R32 installed here is not simply fixed to the wall: it is positioned to operate efficiently in the real context of the house. This nuance makes all the difference between an acceptable installation and a truly sustainable installation.
Why the GREE LIVO R32 was suitable for this project in Senneville
The GREE LIVO R32 is a wall-mounted heat pump designed to offer a good level of comfort in residences where one wants to heat and cool a specific area without installing ducts. Its wall format, clean appearance, and relatively quiet operation make it a very interesting option for bedrooms, living rooms, offices, living areas, finished basements, or areas difficult to balance with the existing heating system.
The refrigerant R32 is an important technical element. It is used in several recent HVAC devices and allows good heat transfer. For the owner, this means the device belongs to a modern generation of mini splits, with a design focused on efficiency, reliability, and daily residential use.
Since the exact BTU capacity must always be confirmed according to the device's nameplate and the room's heat load, our team validated the sizing before installation. This point is essential. A heat pump that is too small risks running too long without reaching the desired comfort. A unit that is too large can create short cycles, less stable dehumidification in summer, and a less uniform temperature sensation.
For this project, the selection criteria included:
- a capacity suited to the actual area to be treated;
- a compact wall-mounted installation;
- good air distribution in the room;
- easy use for the customer;
- a ductless heating and cooling solution;
- an appropriate noise level for a residential space;
- compatibility with the architectural constraints of the house.
A discreet HVAC installation, but technically demanding
A HVAC installation of a mini split may seem simple once completed. Yet, behind the clean appearance of the indoor unit, several technical steps determine the quality of the result. In this installation in Senneville, each operation was carried out with the goal of ensuring stable and durable operation.
Our intervention notably included:
- analyzing the room and wall location;
- validating clearance around the indoor unit;
- identifying the best route for refrigerant lines;
- preparing the passage to the outside;
- leveling and securing the wall mount;
- installing the GREE LIVO R32 indoor unit;
- connecting refrigerant lines;
- checking condensation drainage;
- vacuuming the refrigeration circuit;
- tests in air conditioning and heating mode;
- explaining the use to the client.
Vacuuming is a particularly important step. It removes moisture and air from the refrigeration circuit before commissioning. Neglecting this step in installation can cause performance loss, premature wear, and reliability issues. At AirGreen, this type of check is part of our working method, whether for an installation in Montréal or a project in Laval, Longueuil, on the North Shore or the South Shore.
The specific constraints observed in this installation
The image shows a unit placed near a corner and a ceiling, in an area where access had to be used smartly. This kind of situation requires good coordination between aesthetics and technical aspects. The goal was not only to fit the device into the available space but to place it where it could actually function well.
We therefore took into account three main factors.
The upper clearance
Even if the device is near the ceiling, it must maintain the necessary space to draw in ambient air. This air passes through the upper part of the unit, then is treated before being blown into the room. Insufficient clearance can reduce efficiency and force the device to work harder.
The direction of the airflow
The open shutters visible in the photo show that the unit is ready to direct air towards the area to be treated. The orientation must be adjusted to promote an even temperature, without sending air directly onto a seated person, a bed, or a passageway that is too narrow.
Access to the filters
Good HVAC maintenance starts with reasonable access to the filters. In a residence, filters must be removable, cleanable, and replaceable without excessive difficulty. When a device is installed too high or too tight, this maintenance becomes less frequent, which eventually harms performance.
What Senneville homeowners need to know before installing a wall heat pump
A GREE LIVO R32 wall heat pump can offer excellent comfort, but the result strongly depends on project preparation. In Senneville, as in many areas of the West Island, houses often have particular interior volumes, customized renovations, and high expectations regarding the final appearance. A well-thought-out installation must therefore consider the building, the room’s use, and the client’s habits.
Air conditioning in summer and heating in cold season
The GREE LIVO R32 acts both as a wall air conditioner and as a heat pump. In summer, it helps reduce temperature and control humidity, which is very useful during heat periods in the Montreal area. For heating, it can serve as an effective comfort source depending on outdoor conditions and the house layout.
In many residences, this type of system is used as a complement to the main heating. It allows better control of a particular area, for example a room that gets too hot in the sun, an upstairs bedroom, a home office, or a family space that does not receive enough uniform heating.
A relevant solution when ducts are not desired
Adding ducts in an existing house can be costly and invasive. It may require opening walls, ceilings, or soffits, with additional finishing work. The mini split system avoids these heavy interventions while offering targeted comfort.
In this project in Senneville, the wall installation allowed adding a heating and air conditioning solution without altering the interior structure. The unit occupies a high area of the wall, preserves floor space, and integrates into an already furnished room.
Mistakes to avoid in a wall-mounted heat pump installation
Our field experience allows us to quickly recognize mistakes that can compromise an installation.
Choosing the location based only on appearance
Aesthetics are important, but they should never replace technical logic. A very discreet device, but poorly positioned, can result in disappointing comfort.
Installing the unit without checking air circulation
Air must be able to enter and exit freely. A wall too close, a ceiling too near, or an obstacle in front of the unit can harm performance.
Underestimating the importance of drainage
In cooling mode, the indoor unit produces condensation. This water must be drained with an adequate slope. Poor drainage can cause leaks and interior damage.
Neglecting capacity choice
The number of BTUs must be chosen based on a serious evaluation. Area alone is not enough. Insulation, sunlight, ceiling height, windows, and room usage must also be considered.
Postponing maintenance for too long
Dirty filters reduce airflow, increase the device’s effort, and can decrease comfort. Regular maintenance remains one of the simplest ways to protect the investment.
Grants and eligibility: verify the exact model before committing
Financial aid programs for wall-mounted heat pumps can represent a significant advantage for owners, but eligibility always depends on the exact model, capacity, AHRI number, technical criteria, and rules in effect at the time of installation. For a GREE LIVO R32, we always recommend verifying the precise information before confirming an amount or eligibility.
At AirGreen, we assist clients with this verification when applicable. We help gather technical information, the invoice, and necessary documents so the owner can submit their file correctly. This process is useful for clients in Senneville, but also for those in Montréal, Laval, Longueuil, the North Shore, and the South Shore.
The AirGreen experience on this project
For this installation in Senneville, our priority was to deliver a clean, functional, and durable result. The client wanted an efficient solution, but without a bulky device in the middle of the room or major changes to the layout. We therefore chose a strategic wall location, installed the unit precisely, and tested the system before the final handover.
Once the installation was completed, we explained the basic settings, operating modes, filter maintenance, and good usage practices. This moment is important because a well-used device generally provides better comfort and better efficiency.
We especially recommend:
- to avoid too frequent temperature changes;
- to keep the filters clean;
- not to block the airflow with furniture or curtains;
- to use the appropriate mode according to the season;
- to have the system checked if an unusual noise or smell appears;
- to schedule professional maintenance according to usage intensity.
Why call on AirGreen for an HVAC installation in Senneville
AirGreen installs wall-mounted heat pumps, wall air conditioners, and mini split systems throughout the Greater Montreal area, including Senneville, West Island, Laval, Longueuil, the North Shore, and the South Shore. Our approach is based on a concrete evaluation of the site, a choice of suitable equipment, and an installation carried out according to best practices.
In this project, our expertise is evident in how the indoor unit is integrated into the space. The device is well placed, functional, discreet, and accessible for maintenance. It is precisely these details that allow an installation to age well.
Our clients choose us for:
- our experience with existing and renovated homes;
- our ability to work in tight spaces;
- our attention to interior aesthetics;
- our rigor in refrigerant connections;
- our support for subsidies when possible;
- our after-installation service;
- our knowledge of HVAC requirements specific to the Quebec climate.
A seemingly simple installation, precise in its execution
This installation of a GREE LIVO R32 Mini Split wall-mounted heat pump in Senneville shows that a successful project depends not only on the chosen device. It depends on the location, sizing, quality of installation, drainage, commissioning, and the advice given to the client.
The indoor unit visible in the photo is discreet, but it serves a very concrete purpose: to offer better comfort in a specific area of the house, without unnecessary work and without compromising the interior layout. For homeowners considering a HVAC installation in Senneville or elsewhere in Greater Montreal, this project is a good example of what a well-planned solution can bring: comfort, efficiency, clean execution, and peace of mind.
The job tools
Two quick checks with real numbers: what heat costs, and what your current heaters add up to in BTU/h.
Baseboards and electric furnaces turn 1 kWh of electricity into 1 kWh of heat. A heat pump delivers more: that is its COP. At Hydro-Québec’s rate D (11.142¢/kWh above 40 kWh a day, since 1 April 2026):
Hydro-Québec: a heat pump can be up to three times more efficient than baseboards for heating in the colder months.
Estimate per kWh of heat, at the chosen temperature, using the certified COP from the product page. Taxes, access charge and backup heat not included.
Conversion: 1 W = 3.412 BTU/h. An indication, not a load calculation: baseboards and furnaces are often stronger than the real need, and they can stay as backup. AirGreen confirms the capacity on site.
How the job unfolds
The main steps of this kind of job at AirGreen. Every house has its quirks: the estimate brings them out.
We look at the room, the outside wall, the line route and where the outdoor unit will go. That is where the capacity gets chosen.
Model, capacity and price, in writing. We also check whether the model qualifies for assistance programs.
Floors and furniture protected, wall plate position marked level, wall opening located.
A single opening, with the slope the drain needs to flow outside.
Set on a stand raised above the snow, with the clearances the manufacturer requires.
Connected, insulated and protected. The opening is then sealed against water, cold air and insects.
A dedicated circuit and an accessible disconnect near the outdoor unit.
Leak test, vacuum, then start-up and a check of heating and cooling.
Remote, modes, filters: we show you the essentials before we leave.
- The on-site estimateWe look at the room, the outside wall, the line route and where the outdoor unit will go. That is where the capacity gets chosen.
- The quoteModel, capacity and price, in writing. We also check whether the model qualifies for assistance programs.
- Getting readyFloors and furniture protected, wall plate position marked level, wall opening located.
- The wall openingA single opening, with the slope the drain needs to flow outside.
- The outdoor unitSet on a stand raised above the snow, with the clearances the manufacturer requires.
- Lines, cable and drainConnected, insulated and protected. The opening is then sealed against water, cold air and insects.
- The electrical workA dedicated circuit and an accessible disconnect near the outdoor unit.
- Tests and start-upLeak test, vacuum, then start-up and a check of heating and cooling.
- The walkthroughRemote, modes, filters: we show you the essentials before we leave.
What we check on a job like this one
Each number is a point we check on site. Switch between summer and winter to watch air and heat move.
In summer, the outdoor unit rejects the house's heat outside.
Generic illustration of this type of installation, not a survey of this job site. Tap a number.
Mounted level on a wall plate, high enough for the air to reach the whole room, with enough space around it to slide the filters out easily.
The refrigerant lines, the communication cable and the drain go through the wall in a single opening, sealed against water, cold air and insects.
Two insulated copper pipes connect the two units. Outside, a line cover can protect them from sun, knocks and weather.
A shut-off switch near the outdoor unit isolates it safely for service. It must stay accessible at all times.
The compressor and the fan. In heating mode it captures heat from the outdoor air, even in winter, and moves it inside.
On the ground or on the wall, it keeps the unit above accumulated snow. The unit stays clear and defrost water can drain away.
The fan needs to blow freely. Storage, a fence or a wall too close, and efficiency drops while noise goes up.
Is your home ready?
Check what applies at your place. A "no" is not a refusal: it is what we sort out during the estimate.
Good habits, once the unit is in place
Six simple habits that keep the unit going. Your list stays on this device.
What to do, season by season
Three habits per season for this unit. They take a few minutes and prevent many calls.
- Clean the indoor unit's filters.
- Clear leaves and debris left on the outdoor unit by winter.
- Test cooling before the first hot days.
- Clean the filters more often when the unit runs a lot.
- Keep plants away from the outdoor unit.
- Check that no water drips from the indoor unit.
- Rake the leaves around the outdoor unit.
- Test heating before the first cold days.
- Book periodic maintenance before winter.
- Keep snow away from the stand and the front of the unit.
- Let the unit defrost: it is normal.
- Never hit the ice on the fins; call us if the unit stays iced up.
The right pages, at the right time
Four statements: true or false?
It all comes down to details you have just seen.
1. In heating mode, the outdoor unit can produce water.
During defrost cycles. That water must drain away without forming ice.
2. You pick the capacity with a simple square-footage rule.
Windows, insulation, orientation and how the room is used all count. Capacity is chosen on site.
3. A multi-zone connects several indoor heads to a single condenser.
One head per room, all on the same condenser. Each room keeps its own temperature.
4. The disconnect can sit behind the patio furniture.
It must stay accessible: it is what shuts the unit off for service.
0 / 4 right answers
What people ask us about this kind of work
Does a wall-mounted heat pump heat in winter?
Wall-mounted or multi-zone: how do I choose?
Where does the outdoor unit go?
Are there grants?
Do I need a permit?
How cold can it heat?
How much can I save?
How is the LogisVert assistance calculated?
Is it noisy?
The outdoor unit is covered in ice: is that normal?
Does AirGreen hold the required licences?
Is the estimate free?
No question matches. Write to us: we answer.
More jobs to see, near you
By town, by equipment or by region: browse more than 4,700 published projects.
Each dot: a town where AirGreen has published projects. The glowing dot: this job.
An on-site estimate, the right capacity, the right equipment.
The on-site estimate is free and the quote follows within 24 hours.
Text and photo: a real AirGreen Climatisation & Chauffage job. The diagrams are generic illustrations of the type of installation, not a survey of this job site. Sources of the added figures: airgreen.ca product pages (NEEP / AHRI performance), Hydro-Québec (Heat pumps page, LogisVert, read on 13 October 2026), Régie de l’énergie (rate D as of 1 April 2026).