Professional AC installation for Vancouver homes — system selection based on your home's layout, existing heating and ductwork, and cooling requirements. Not every Vancouver home suits the same solution.
An AC installation that works for one Vancouver home may not be appropriate for the next. The housing stock here is genuinely diverse — and the cooling solution needs to match the building.
Many established Vancouver neighbourhoods have homes with aging forced-air systems originally designed for heating only. Adding central AC involves assessing whether the existing ductwork, blower, and return air configuration can support cooling — not just connecting a condenser to what's already there.
Vancouver Specials often have split-level layouts with distinct upper and lower suites. Cooling one floor without the other, or retrofitting cooling into a renovated home where walls and ceilings have been opened and closed again, requires careful planning around line routing and equipment placement.
Attached homes and townhomes have shared walls, strata considerations, and limited outdoor space for equipment placement. The outdoor condenser location — airflow access, service clearance, sound — needs to be evaluated as part of the project scope.
Many Vancouver homes — particularly older character homes in neighbourhoods like Point Grey or Dunbar — were built with radiator or baseboard heating and have no ductwork at all. For these homes, ductless mini-split systems are the practical cooling path, not central AC.
Three distinct system types serve different Vancouver homes. The right choice depends on what's already in your home — not just how much you want to spend.
An outdoor condenser paired with an indoor coil installed in your existing furnace. The furnace blower and ducts distribute cooled air. Best for homes with a compatible forced-air system and ductwork in reasonable condition.
Requires: existing ductwork, compatible furnace, electrical circuit, and outdoor space for condenser.
An outdoor unit connected by refrigerant lines to one or more wall-mounted indoor heads. No ductwork required. Suited to homes without central forced-air systems, specific zones, or secondary suites.
Requires: outdoor unit location, refrigerant line routing, electrical circuit.
Provides both cooling and heating from a single system. Available in ducted (central) and ductless (mini-split) configurations. Worth evaluating if you're also replacing or upgrading your heating system.
We don't push every Vancouver homeowner toward central AC. If your home doesn't have suitable ductwork, central AC involves significantly more work — and a ductless or heat pump solution may be more appropriate and cost-effective. We explain the tradeoffs for your specific home.
Cooling capacity is measured in tons or BTU/h — and selecting the right size for a Vancouver home involves more than a square footage estimate.
If you have a forced-air furnace, it's tempting to assume central AC is a simple addition. In practice, the duct system needs to be assessed before a central AC system is specified.
If the duct system requires significant modification for central AC to work correctly, that's part of what we scope and quote — not something discovered after installation begins.
From the initial site visit to commissioning and handover, here's what a properly scoped installation involves.
We assess the home's existing HVAC configuration, ductwork condition, electrical panel, outdoor space options, and cooling requirements before specifying equipment. The scope is defined before a quote is prepared.
We recommend a system type and equipment model sized for your home's actual cooling load — not based on square footage rules of thumb or matching old equipment capacity.
Outdoor unit placement for airflow clearance, service access, and practical sound considerations is agreed before installation. Indoor unit or coil location is confirmed alongside refrigerant line routing.
The electrical circuit, refrigerant line routing, any duct modifications, and condensate drain route are determined and included in the project scope. Nothing is left undefined before work begins.
Equipment is installed, refrigerant lines are run and charged, electrical connections are made, condensate drain is routed, and any duct modifications are completed as part of the agreed scope.
System operation is verified, controls are configured, and you're walked through the operating modes, filter maintenance, and what to expect through the first cooling season.
The outdoor condenser or heat pump unit needs a location that works for the equipment — not just wherever there's space.
Outdoor units need clear space around them to draw in air and discharge it without recirculation. An enclosed location — tight against a fence, under a deck, or surrounded by shrubs — reduces efficiency and can cause the system to overheat.
Technicians need to access the unit for maintenance and repairs. A location that requires significant disassembly of adjacent structures to reach the service panels adds cost to every future visit.
Modern AC equipment is significantly quieter than older units — but placement relative to bedroom windows, neighbouring properties, and outdoor living areas is worth discussing during the site assessment, particularly for townhome or attached-home installations.
Every AC installation requires a dedicated electrical circuit for the outdoor unit and, for ductless systems, the indoor head or heads. The exact requirements depend on the equipment selected.
We don't quote universal breaker sizes or wire gauges. AC equipment varies in its draw and the electrical requirements are specified by the manufacturer for each model. The electrical scope — what circuit size, what wiring run, what the panel needs — is determined during the site assessment and specified before installation begins. DIY electrical connections to AC equipment are unsafe and not covered under any warranty.
If cooling is the primary goal and you're keeping your gas furnace, central AC is often the straightforward choice. But if you're also thinking about your heating situation, a heat pump is worth comparing.
For a full overview of heat pump options: Heat Pump Services → and for ductless options: Ductless Heat Pump Installation →
AC installation costs vary enough between homes that a published price range is rarely useful. Here are the scope items that drive the total project cost.
System type (central AC, ductless, heat pump), cooling capacity, and efficiency rating are the primary equipment cost variables. Larger or higher-efficiency equipment costs more upfront but may reduce operating costs.
For central AC, any required duct sealing, return air improvements, plenum modifications, or blower upgrades add to the scope. This varies significantly between Vancouver homes.
Running a new dedicated circuit from the panel to the outdoor unit location, and any panel work required to accommodate it, is part of every AC installation.
Longer runs between outdoor and indoor units, or routing through walls, attic, or crawlspace, add material and labour cost. Line set routing is confirmed during the site assessment.
Concrete pad installation, equipment handling into tight spaces, or elevated mounting where required add to installation scope.
Tight mechanical rooms, older homes with limited access, multi-storey line routing, and attic or crawlspace work all affect installation time and the total project cost.
We install AC systems throughout Vancouver and Metro Vancouver:
Also serving Burnaby, North Vancouver, Richmond, and surrounding Metro Vancouver — call to confirm your area.
We assess your home's existing HVAC, ductwork, and electrical before specifying a system. Equipment is matched to actual conditions — not assumed compatible.
We explain central AC, ductless, and heat pump options for your specific home — and recommend the one that fits, not the one that's most convenient to sell.
Equipment, electrical, refrigerant lines, ductwork modifications, and any other scope items are stated explicitly before work begins. No surprises mid-project.
We don't leave after connecting the equipment. We verify system operation, confirm cooling performance, and walk you through the controls before the job is complete.
Call (250) 201-2030 or use the chat button below
Every Vancouver home is different. Start with a site assessment and honest system comparison.
Call (250) 201-2030