Heat Pump Installation Burnaby

Heat Pump Installation Burnaby gives homeowners one system for efficient winter heating and summer cooling. The equipment still needs to match the building. A heat pump designed for a detached house in Burnaby Heights may not suit a Metrotown condo, a Brentwood townhouse, a South Slope basement suite, or a larger home near Deer Lake.

Bernoulli Heating and Cooling installs ducted, ductless, cold-climate, full-electric, and dual-fuel heat pump systems across Burnaby. We assess the existing heating system, floor plan, insulation, ductwork, electrical capacity, drainage, outdoor space, noise-sensitive areas, and permit requirements before recommending equipment.

This local page supports our main heat pump installation guide for Metro Vancouver and Fraser Valley. The main guide explains load calculations, system sizing, electrical planning, equipment placement, commissioning, and the differences between ducted and ductless systems.

If you are comparing different upgrades, review our air conditioner installation in Burnaby and furnace installation in Burnaby services. An air conditioner provides cooling only. A heat pump provides heating and cooling, while a dual-fuel system can combine a heat pump with a gas furnace.

Why Heat Pump Installation Works Well for Burnaby Homes

Burnaby homeowners need heating through cool, wet winters and reliable cooling during warmer summer periods. A heat pump handles both jobs through one refrigeration system. During winter, it transfers available heat from the outdoor air into the home. During summer, it reverses operation and removes heat from the indoor space.

Modern variable-capacity heat pumps can adjust their output as the heating or cooling demand changes. Instead of operating only at full power, the system can run longer at a lower output during mild weather and increase capacity when indoor demand rises.

A properly designed heat pump can help address:

• High electricity use from electric baseboard heating
• A gas furnace that provides no summer cooling
• Hot upper floors and cold basement areas
• Uneven temperatures between bedrooms and living rooms
• A basement suite controlled by the main-floor thermostat
• Portable air conditioners cooling only one room
• An aging furnace and air conditioner that both need replacement
• Limited space for installing new central ductwork
• Frequent repairs on an older heat pump
• A plan to reduce or eliminate gas heating

A heat pump cannot correct every building problem by itself. Poor insulation, restricted ducts, inadequate return air, oversized equipment, and badly placed indoor units can still create uncomfortable rooms. The installation plan must treat the house as a complete heating and cooling system.

Heat Pump Planning for Different Burnaby Property Types

Burnaby includes older detached homes, split-level houses, duplexes, basement suites, townhouses, condos, high-rise towers, and newer multi-unit developments. Each building type changes the installation strategy.

Detached Homes

Detached homes may support ducted, ductless, full-electric, or dual-fuel heat pump systems. Houses with an existing forced-air furnace can often use a central heat pump connected to compatible indoor equipment and usable ductwork.

Homes heated by electric baseboards, boilers, or hydronic systems may be better suited to ductless heat pumps unless the renovation includes new ducts. A boiler-heated property can also keep the hydronic system and use ductless heat pumps for cooling and supplementary heating.

The assessment should review:

• Existing furnace, boiler, baseboards, or air conditioner
• Condition and capacity of the ductwork
• Return-air size
• Insulation and window upgrades
• Finished basement and suite layout
• Electrical panel capacity
• Outdoor unit placement
• Defrost-water drainage
• Distance from neighbouring bedrooms

Older Bungalows and Split-Level Homes

Older bungalows and split-level homes in areas such as Burnaby Heights, Edmonds, East Burnaby, and The Crest may have duct systems designed for older furnaces. These ducts can include small return-air openings, narrow branches, poorly insulated sections, or additions that never received balanced airflow.

Replacing the outdoor equipment without reviewing the ducts can leave the same comfort problems in place. A new heat pump cannot force the correct airflow through a duct system that acts like a collection of drinking straws.

Split-level homes also need careful thermostat and airflow planning. The upper bedrooms may overheat during summer while the lower level remains cool. During winter, a basement suite may need more heating than the main floor.

Homes With Basement Suites

A basement suite often has a different heating and cooling load from the main dwelling. Below-grade walls, smaller windows, separate occupancy, closed doors, and different schedules all affect comfort.

One central thermostat may not control both areas effectively. Depending on the building, suitable options may include:

• A dedicated ductless heat pump for the suite
• A separate ducted zone
• Improved return air
• Airflow balancing
• Compatible zoning controls
• A separate system for each dwelling area

The indoor unit should serve the occupied rooms rather than only the easiest wall for running refrigerant lines. Enclosed bedrooms and long hallways need a realistic airflow plan.

Duplexes and Multiplex Homes

Duplex and multiplex properties may have limited side-yard space, shared walls, separate electrical services, basement suites, and several outdoor entrances. Equipment placement must preserve access and avoid creating noise or drainage problems for the neighbouring dwelling.

A wall-mounted outdoor unit may save ground space, but it can transfer vibration into attached structures. Ground mounting may reduce structure-borne vibration when the property has a suitable location and drainage path.

The assessment should confirm which unit the equipment serves, how the electrical circuit is supplied, where water will drain, and whether refrigerant lines cross shared or common areas.

Burnaby Townhouses

Townhouse heat pump installations often involve strata approval and limited exterior space. Outdoor units may need to fit on a patio, small yard, roof area, or another location approved by the strata.

Important planning items include:

• Strata bylaws and written approval
• Electrical capacity
• Outdoor equipment sound rating
• Distance from neighbouring bedrooms
• Patio and walkway clearance
• Condensate and defrost drainage
• Exterior appearance
• Access for future service

Townhouse systems may use a central ducted heat pump, a compact ductless system, or several small zones depending on the original heating system and floor plan.

Metrotown and Brentwood Condos

Heat pump installation in a condo requires more than choosing a small outdoor unit. The building may have shared electrical infrastructure, common-property restrictions, balcony rules, exterior appearance standards, and limits on condensate routing.

The project may require:

• Strata or property-manager consent
• Building-wide electrical load information
• Equipment model numbers and electrical specifications
• Outdoor sound data
• A drawing showing equipment and refrigerant-line locations
• Condensate drainage details
• Access through common property
• Electrical permit documentation
• Confirmation of available balcony airflow

The available space on a balcony does not automatically make it an acceptable mechanical location. The outdoor unit needs clear airflow, safe service access, drainage, and enough separation from doors, guards, furniture, and neighbouring units.

UniverCity and Other Multi-Unit Buildings

Multi-unit buildings may need a broader electrical review before individual owners add heat pumps. The building’s main service and distribution system must support the combined mechanical loads of existing and future equipment.

A single unit may appear to have enough panel space while the overall complex has limited capacity. The strata, property manager, electrical contractor, and permit authority may need detailed load information before approving the work.

If the heat pump replaces the unit’s existing heating system, the application may also need a detailed heat-loss calculation showing that the new equipment can serve the required heating load.

Larger Homes Near Deer Lake and Buckingham Heights

Larger detached homes may have several floors, multiple heating zones, long duct runs, high ceilings, large windows, and greater heating and cooling loads. These properties need more than an equipment upgrade based on the old furnace size.

The design may need to review:

• Room-by-room heating and cooling demand
• Multiple thermostats or zones
• Duct capacity and static pressure
• Return-air paths
• Supplementary heating
• Full-electric versus dual-fuel operation
• Electrical capacity for larger equipment
• Outdoor unit location and sound

South Slope and Hillside Properties

Properties on sloped sites need careful drainage and equipment-support planning. Defrost water must move away from walkways, foundations, retaining walls, basement entrances, and neighbouring property.

Wall brackets may help keep the outdoor unit above uneven ground, but the wall structure and vibration risk need review. A stable ground pad may work better where grading and drainage allow it.

Long vertical refrigerant-line runs can also affect equipment selection and installation requirements. Line length, elevation difference, insulation, and manufacturer limits must be checked before approving the route.

Heat Pump Systems Available for Burnaby Homes

Ducted Central Heat Pumps

A ducted heat pump uses an indoor air handler or compatible furnace coil to distribute heating and cooling through central ducts. This option often suits houses that already use forced-air heating.

Ducted systems can support:

• Whole-home heating and cooling
• Replacement of an older furnace and air conditioner
• Full-electric conversions
• Dual-fuel systems
• Homes where concealed indoor equipment is preferred

The existing ducts should be checked for leakage, return-air restriction, damaged branches, poor insulation, and airflow imbalance before connecting new equipment.

Ductless Mini-Split Heat Pumps

Ductless systems connect one or more indoor units to an outdoor heat pump without relying on central ducts. They can provide individual comfort zones and avoid major duct construction.

Ductless systems may suit:

• Electric-baseboard homes
• Basement suites
• Home additions
• Boiler-heated houses needing cooling
• Upper floors with summer overheating
• Townhouses and condos with an approved installation plan

Indoor unit placement affects air distribution, drainage, appearance, and noise. The unit needs a clear path to the occupied area and accessible filters for regular cleaning.

Multi-Zone Ductless Systems

A multi-zone heat pump connects several indoor units to one outdoor unit. Each indoor unit serves a separate room or area.

This design can help properties with:

• Several floors
• Separate suites
• Bedrooms with closed doors
• Additions built at different times
• No practical central duct route

The combined indoor capacities, line lengths, elevation changes, and simultaneous demand must remain within the manufacturer’s design limits. Adding one head to every room without calculating the loads can oversize the system and reduce low-load performance.

Cold-Climate Heat Pumps

Cold-climate heat pumps use variable-capacity compressors and controls designed to maintain stronger heating output as the outdoor temperature falls.

These systems can suit Burnaby homes when the installer compares:

• The home’s calculated heating load
• Equipment output at lower outdoor temperatures
• Insulation and air leakage
• Defrost operation
• Supplementary heat requirements
• Electrical capacity

The term cold-climate does not mean every model has the same winter capacity. Published performance data matters more than the words printed across the sales brochure.

Full-Electric Heat Pump Systems

A full-electric system uses the heat pump as the main heating and cooling source. A ducted air handler may include electric auxiliary heat for defrost, colder conditions, or emergency operation.

This option may suit homeowners replacing electric baseboards, an aging gas furnace, oil heating, or other combustion equipment. The project should include an electrical load review before equipment is selected.

Dual-Fuel Heat Pump and Furnace Systems

A dual-fuel system combines an electric heat pump with a gas furnace. The heat pump provides cooling and handles heating during selected conditions. The furnace operates according to the control strategy.

This configuration may suit homeowners who:

• Already have a usable gas furnace
• Want central cooling
• Prefer gas backup heating
• Have higher heating loads
• Cannot support a large electric auxiliary heater
• Plan to replace the furnace and outdoor unit together

The thermostat and equipment controls must manage changeover, staging, defrost, and backup heating correctly. Poor control setup can cause the furnace to operate more often than planned.

A Burnaby Heat Pump Installation Starts With a Detailed Assessment

A heat pump should be selected after the property has been assessed, not from floor area or the capacity of the old furnace alone. Burnaby homes vary in age, insulation, window condition, electrical service, ductwork, floor plan, and outdoor space. These details determine the system type, capacity, backup heat, equipment location, and installation scope.

The assessment should review:

• The existing furnace, boiler, air conditioner, baseboards, or heat pump
• The number of floors and finished living areas
• Basement suites and separately occupied spaces
• Insulation, windows, air leakage, and previous renovations
• Existing supply and return ductwork
• Electrical panel and service capacity
• Possible indoor and outdoor equipment locations
• Refrigerant line and condensate drain routes
• Defrost-water drainage
• Distance from neighbouring windows and doors
• Strata, zoning, and permit requirements
• The homeowner’s heating, cooling, zoning, and fuel preferences

A central heat pump for a detached home near Deer Lake requires a different design from a ductless system in an Edmonds basement suite or a balcony installation in a Brentwood condo. Equipment selection should follow the building conditions rather than forcing one familiar system into every property.

Heat-Loss and Heat-Gain Calculations

A heat-loss and heat-gain calculation estimates how much heating and cooling the building requires under design conditions. This process helps determine the heat pump capacity and whether supplementary heating is needed.

The calculation may consider:

• Wall, ceiling, and floor insulation
• Window area, orientation, and efficiency
• Air leakage
• Building exposure
• Ceiling height
• Basements and below-grade walls
• Attached garages and unconditioned spaces
• Solar gain through windows
• Occupancy and internal heat sources
• Burnaby winter and summer design conditions

Two houses with the same floor area can have very different heating loads. An upgraded home with better windows and attic insulation may require substantially less capacity than a similar unrenovated building.

Room-by-Room Comfort Matters

A whole-building load calculation helps size the equipment, but room-level conditions still affect comfort. Large west-facing windows, finished attics, basement suites, vaulted ceilings, and additions can create areas with very different heating and cooling demands.

Depending on the system, the design may need:

• Room-by-room load information
• Airflow balancing
• Additional return air
• Separate ductless zones
• Duct modifications
• Compatible zoning controls
• Different indoor unit capacities

Thermal Balance Point and Supplementary Heat

The thermal balance point is the outdoor condition where the heat pump output and the building heating demand meet. Below that point, the system may need supplementary heat if the heat pump cannot cover the entire load.

Supplementary heat may come from:

• Electric heat inside an air handler
• An existing gas furnace
• A new furnace in a dual-fuel system
• Existing electric baseboards retained in selected rooms
• Another approved heating source

The homeowner should know whether the proposed heat pump will provide full heating or partial heating. This affects comfort, electrical requirements, operating strategy, and rebate eligibility.

Why Correct Heat Pump Sizing Matters

An oversized system can reach the thermostat setting quickly and shut down before it distributes air evenly. During cooling, short cycles may reduce humidity removal. In a smaller condo or laneway-style dwelling, even the minimum output of an oversized unit may exceed the building demand during mild weather.

Oversizing can contribute to:

• Frequent starts and stops
• Temperature swings
• Higher airflow noise
• Weak summer humidity control
• Uneven room temperatures
• Higher equipment cost
• Additional component wear

An undersized system may run continuously without reaching the heating setpoint during colder conditions. This can increase electric auxiliary heat use or cause a dual-fuel system to rely on the furnace more often than expected.

The correct system should match the building load, available electrical capacity, distribution method, and backup-heating plan. Larger equipment is not automatically better. Mechanical equipment remains annoyingly unimpressed by sales confidence.

Ductwork and Airflow Assessment

A central heat pump needs adequate airflow through the supply and return ducts. Many older Burnaby homes have ductwork designed for a furnace with different airflow characteristics.

The duct assessment may include:

• Supply trunk size
• Return-air capacity
• Filter size and resistance
• Branch duct dimensions
• Disconnected or leaking joints
• Crushed flexible ducts
• Damaged attic or crawl-space ducts
• Duct insulation
• Airflow to upper floors and basement rooms
• Static pressure through the indoor equipment

Return Air in Older Burnaby Houses

Some older homes have one central return grille and limited return paths from bedrooms. When bedroom doors close, supply air enters the room but cannot return easily to the air handler.

This can create:

• Weak airflow
• Pressure differences
• Whistling or duct noise
• Hot and cold rooms
• Higher static pressure
• Reduced indoor-coil performance

Possible improvements include larger return grilles, additional returns, transfer grilles, door undercuts, less restrictive filters, or duct modifications.

Duct Leakage and Insulation

Duct leakage wastes conditioned air before it reaches the living area. This matters when ducts pass through attics, crawl spaces, garages, or other unconditioned spaces.

A new heat pump should not be expected to solve damaged or poorly insulated ductwork. Repairing accessible leakage and insulation problems can improve comfort and reduce energy loss.

Electrical Capacity for Heat Pump Installation in Burnaby

Heat pumps require electrical capacity for the outdoor unit, indoor air handler or furnace connection, controls, condensate equipment, and any electric supplementary heat.

The electrical review should consider:

• Main electrical service size
• Available breaker spaces
• Existing electrical demand
• Outdoor unit circuit requirements
• Indoor air handler requirements
• Electric auxiliary heat
• Electric water heating
• Cooking appliances
• EV chargers
• Hot tubs and other major loads
• Secondary suites and subpanels

Some homes can support the proposed heat pump with a new circuit and disconnect. Others may need a panel upgrade, service upgrade, load-management system, or a different equipment design.

Electrical Planning for Full-Electric Conversions

A full-electric central heat pump may include an air handler with electric auxiliary heat. That auxiliary heater can create a substantial electrical load.

The system design should determine:

• How much supplementary capacity is required
• Whether the existing service can support it
• How the thermostat will stage auxiliary heat
• Whether electrical load management is practical
• Whether a dual-fuel system offers a better project scope

Installing oversized electric heat without checking the whole property load can turn a routine HVAC project into an electrical-service renovation with excellent timing and terrible manners.

Electrical Planning for Burnaby Condos and Multi-Unit Buildings

Electrical capacity in a condo or townhouse complex cannot be assessed from the individual suite panel alone. The building may have limited capacity at the main service, sub-service, distribution equipment, or individual unit level.

For existing multi-unit residential buildings, the City of Burnaby may require confirmation of whether the complex needs an Annual Operating Permit. Where an AOP applies, the permit holder tracks added mechanical equipment and the associated electrical load.

An electrical permit application for new mechanical equipment may require:

• The complex AOP number
• Detailed equipment load calculations
• An updated load calculation for the building
• Information provided to the AOP holder
• Information provided to the strata council or property manager
• A signed Electrical Consent to Construct form
• A detailed heat-loss calculation when existing heating is replaced

This process helps the strata understand whether one proposed heat pump, plus future installations by other owners, can be supported by the building’s electrical infrastructure.

Condo owners and strata representatives can review the City’s mechanical equipment retrofit guide for existing multi-unit residential buildings.

Choosing the Outdoor Unit Location

The outdoor unit location affects performance, noise, drainage, appearance, access, and permit requirements. Burnaby properties include narrow side yards, sloped lots, patios, balconies, rooftops, and shared strata areas. Each location needs a separate review.

A suitable installation area should provide:

• Clear air intake and discharge
• Manufacturer-required service clearance
• Access for future maintenance
• A stable mounting surface
• Protection from roof runoff
• Safe condensate and defrost-water drainage
• Distance from neighbouring windows and doors
• A practical refrigerant-line route
• Protection from vehicles, bicycles, and landscaping
• Compliance with zoning and strata requirements

Ground-Mounted Outdoor Units

The City of Burnaby’s air-source heat pump guide allows ground-mounted condenser units in suitable locations beside the exterior wall when the equipment does not block building access, does not drain onto a path of travel, and remains outside the required front and side yard depths.

Required yard depths vary by zoning district. The proposed location should be checked against the property zoning instead of relying on a universal setback copied from another city.

A ground-mounted installation may use:

• A stable composite or concrete pad
• Approved equipment supports
• Vibration-isolation materials
• A raised base where drainage or snow exposure requires it

The pad should remain level and should not direct water toward the foundation, basement entrance, walkway, or neighbouring property.

Wall-Mounted and Roof-Mounted Equipment

Wall or roof mounting can help when ground space is limited, but the City guide identifies additional building and structural requirements for these installations.

The design should consider:

• Building Permit requirements
• Structural drawings where required
• Equipment weight
• Wall or roof construction
• Fastener and support design
• Vibration transfer
• Waterproofing
• Service access
• Drainage below the unit

A wall bracket installed near a bedroom can transmit vibration into the structure even when the outdoor sound rating appears acceptable. Ground mounting may be quieter indoors when a suitable site is available.

Balcony and Deck Installations

A heat pump placed on an elevated balcony or deck must maintain safe guard conditions, remain supported by the balcony or deck floor, and avoid prohibited penetrations through floor or wall assemblies.

For balconies or decks more than 4.2 metres above adjacent ground, the City guide addresses a 1,070-millimetre clearance from the guard or positioning that keeps climbable surfaces at least 1,070 millimetres above the balcony or deck floor.

The installation must also provide:

• Adequate outdoor airflow
• Safe access for service
• Strata approval
• Controlled condensate drainage
• Protection of lower units
• Acceptable noise and vibration
• Clearance from doors, windows, guards, and furniture

Balcony square footage is not the same thing as usable mechanical space. A unit squeezed between a glass guard, patio furniture, and a sliding door may have nowhere sensible to move air.

Heat Pump Noise Requirements in Burnaby

Outdoor-unit noise depends on the equipment sound rating, compressor speed, fan speed, mounting method, nearby walls, barriers, and distance from neighbouring properties.

The City of Burnaby guide identifies continuous-noise limits of:

• 55 dBA between 7:00 AM and 10:00 PM
• 45 dBA between 10:00 PM and 7:00 AM

The same guide recommends selecting a heat pump with a sound rating no higher than 60 dBA and locating the condenser:

• As far from neighbouring properties as practical
• Away from neighbouring windows and doors
• At the rear of the property where practical
• Near suitable solid barriers that can reduce sound transmission

Noise planning should happen before installation. Moving a refrigerant system after a neighbour complains is possible, but it is a remarkably expensive method of discovering where the bedroom window was.

Reducing Vibration

Vibration can travel through wall brackets, decks, lightweight framing, refrigerant piping, and poorly supported equipment.

Installation methods may include:

• A stable ground pad
• Approved vibration-isolation supports
• Correct bracket selection
• Secure refrigerant-line support
• Clearance from walls and fences
• Proper panel fastening
• Suitable fan and compressor settings

Acoustic barriers must not block required equipment airflow. Building a tight box around the outdoor unit may reduce direct sound while creating overheating, recirculation, and service problems.

Condensate and Defrost-Water Drainage

A heat pump produces water during cooling and heating operation.

During summer, moisture condenses on the indoor coil and drains through a condensate line. Poor indoor drainage can cause leaks, ceiling damage, odours, and moisture around the equipment.

During winter, the outdoor coil collects frost. The heat pump periodically enters a defrost cycle and releases water beneath the outdoor unit.

The installation should prevent water from:

• Freezing across a walkway
• Collecting near the foundation
• Flowing toward a basement suite entrance
• Dripping onto a lower balcony
• Damaging a deck surface
• Refreezing around the equipment base
• Entering neighbouring property
• Blocking a required path of travel

Drainage needs extra attention on sloped properties in Capitol Hill and South Slope, as well as condos where water may affect suites below.

Refrigerant Line Routing

Refrigerant piping connects the indoor and outdoor heat pump equipment. Pipe size, line length, insulation, elevation difference, support, and weather protection affect system performance.

A proper installation should include:

• Correct copper line sizing
• Clean piping practices
• Protected building penetrations
• Continuous insulation where required
• Secure line support
• Weather-resistant exterior covering
• Sealing against water and air leakage
• Compliance with manufacturer line-length limits
• Additional refrigerant where required by the manufacturer

Exterior line covers can protect piping and improve appearance. The route should be planned before drilling begins, especially in finished homes, strata buildings, and properties with brick, stucco, or complex exterior finishes.

Heat Pump Permits in Burnaby

Permit requirements depend on the property and installation scope. A project may involve several authorities and regulated trades.

Single-Family Homes and Duplexes

The City of Burnaby states that installing or replacing heating and cooling systems in single-family and duplex dwellings requires a Heating System Permit.

Additional permits may include:

• An Electrical Permit for new circuits or electrical alterations
• A Gas Permit when gas equipment or piping is altered or decommissioned
• A Building Permit when the structure is modified
• A Technical Safety BC refrigeration permit where applicable

The City’s air-source heat pump guide notes that a self-contained ductless system with a ground-mounted condenser may not require a Building Permit when the installation does not modify or disassemble the building structure. Electrical, gas, heating, and refrigeration requirements still need to be reviewed for the actual scope.

Condos and Buildings With More Than Two Units

Buildings containing more than two dwelling units may require planning review because multiple future outdoor installations can affect the appearance of the building and surrounding area.

Depending on the project, the City may review whether Preliminary Plan Approval or a Building Permit is required. The strata may also require written approval before any exterior or common-property work begins.

Technical Safety BC Requirements

Technical Safety BC treats residential heat pumps as regulated electrical equipment. Most installations require electrical work by a qualified person under the appropriate permit.

If the project removes or deactivates a gas furnace, boiler, or another gas appliance, a licensed gas contractor must complete the regulated gas work under the proper permit.

The outdoor unit must also maintain required clearances from propane tanks, cylinders, gas regulators, and exhaust vents where those conditions exist.

Review the official City of Burnaby residential trade permit information, the City’s Air-Source Heat Pump Retrofit guide, and the Technical Safety BC heat pump guidance before installation.

The Burnaby Heat Pump Installation Process

1. Property Assessment

We review the existing heating and cooling equipment, floor plan, comfort concerns, ductwork, electrical capacity, and possible equipment locations.

2. Load and System Design

The system type and capacity are selected using the building conditions, heating and cooling demand, equipment performance, and supplementary-heating plan.

3. Indoor and Outdoor Location Planning

Equipment locations are planned around airflow, noise, drainage, structure, zoning, access, and strata requirements.

4. Written Installation Proposal

The proposal should identify the indoor and outdoor equipment, electrical work, controls, refrigerant piping, drainage, equipment removal, permits, warranty, and exclusions.

5. Permit and Strata Coordination

Required permits and approvals are identified before work starts. Condo and townhouse projects may need documentation for the strata council, property manager, AOP holder, or City review.

6. Removal or Modification of Existing Equipment

Existing furnaces, air conditioners, heat pumps, coils, thermostats, or baseboard circuits are removed or modified as required. Gas and refrigerant work must follow the applicable safety requirements.

7. Equipment Installation

The outdoor unit, indoor equipment, pad or bracket, refrigerant lines, electrical components, controls, drains, and duct connections are installed according to the approved design.

8. Pressure Testing and Evacuation

The refrigerant piping is pressure-tested and evacuated before startup. This confirms piping integrity and removes air and moisture from the system.

9. Startup and Commissioning

The system is tested in heating and cooling modes. The technician checks airflow, temperatures, controls, refrigerant performance, drainage, electrical operation, noise, and vibration.

10. Homeowner Orientation

The homeowner receives instructions on thermostat operation, filters, outdoor-unit clearance, auxiliary heat, operating modes, maintenance, and warranty registration.

Final Inspection and Commissioning

The City of Burnaby’s guide calls for inspection and compliance documentation after applicable installations. The final documentation may include sealed design or commissioning information, refrigeration-mechanic commissioning records, and Technical Safety BC documents where a refrigeration permit applies.

Commissioning may include:

• Supply and return temperature checks
• Airflow and static-pressure measurements
• Refrigerant performance checks
• Electrical measurements
• Heating and cooling operation
• Thermostat configuration
• Defrost operation
• Auxiliary-heat staging
• Condensate drainage
• Noise and vibration checks
• Communication between indoor and outdoor equipment

Starting the heat pump and feeling warm air does not prove the complete system is set up correctly. Commissioning confirms that the installed equipment works with the ducts, controls, electrical system, and actual building.

How Much Does Heat Pump Installation Cost in Burnaby?

The cost of heat pump installation in Burnaby depends on the building, system design, equipment capacity, electrical work, access, permits, and existing heating system. A single-zone ductless installation in a basement suite has a very different scope from a full-electric central conversion in a detached home or a strata-approved installation in a Brentwood condo.

Important cost factors include:

• Single-zone, multi-zone, or central ducted equipment
• Heating and cooling capacity
• Cold-climate performance requirements
• Number and style of indoor units
• Condition of the existing furnace, air handler, or ductwork
• Electrical panel and service capacity
• Electric auxiliary heat requirements
• Refrigerant line length and elevation changes
• Condensate and defrost-water drainage
• Ground pad, wall bracket, balcony, or rooftop mounting
• Duct modifications and return-air improvements
• Heating, electrical, gas, refrigeration, or building permits
• Strata documentation and engineering requirements
• Removal and disposal of existing equipment
• Access to attics, crawl spaces, roofs, and mechanical rooms

A low initial quote may exclude electrical work, permits, equipment removal, drainage, duct changes, line covers, controls, or commissioning. These exclusions can change the final project cost after installation begins.

What Should a Burnaby Heat Pump Quote Include?

A complete installation proposal should clearly identify:

• Indoor and outdoor equipment model numbers
• System capacity and configuration
• Cold-climate performance where applicable
• Thermostat or communicating controller
• Refrigerant piping and exterior line covers
• Condensate and defrost-water drainage
• Outdoor mounting method
• Electrical work included in the price
• Duct changes or airflow improvements
• Permit responsibilities
• Strata or engineering documents, if required
• Removal of existing equipment
• Manufacturer and labour warranty information
• Startup and commissioning procedures
• Items specifically excluded from the proposal

Comparing only the equipment brand and total price can hide major differences in installation quality. The design, materials, permit scope, electrical work, and final testing deserve the same attention as the outdoor unit.

How Long Does Heat Pump Installation Take in Burnaby?

Many residential heat pump installations take one to three working days. Electrical upgrades, ductwork, multiple indoor zones, difficult access, strata approval, and structural mounting can extend the schedule.

The physical installation may take only a few days, but permits, equipment ordering, electrical planning, and strata approval should be completed before work begins. Purchasing equipment before the building approves the location can leave the homeowner with an impressive outdoor unit and nowhere legal to put it.

Heat Pump Rebates for Burnaby Homeowners

Heat pump rebates in British Columbia change over time. Eligibility depends on the property type, existing heating system, household income, utility account, equipment combination, contractor requirements, sizing documentation, and whether the system provides partial-home or whole-home heating.

Rebates for Homes Heated With Electricity

BC Hydro currently advertises rebates of up to $4,000 for some eligible homeowners replacing an existing electric heating system with a qualifying heat pump.

Eligibility and installation requirements may include:

• An eligible residential property
• A qualifying existing electric heating system
• Approved indoor and outdoor equipment combinations
• Required heating performance
• A heat-load calculation
• Installation by an eligible contractor
• Whole-home or partial-home heating requirements
• Permit and invoice documentation
• Submission within the required deadline

Review the current BC Hydro heat pump rebate requirements before purchasing equipment.

Rebates for Burnaby Condos and Apartments

BC Hydro has a separate rebate program for eligible condo and apartment units replacing electric space heating with a heat pump. The program currently advertises rebates of up to $2,250 and requires pre-approval before equipment is purchased.

Condo applicants should review:

• Existing heating-system eligibility
• Strata approval
• Approved heat pump models
• Installer requirements
• Electrical capacity
• Balcony or exterior equipment location
• Pre-approval deadlines

Review the official BC Hydro Condo and Apartment Rebate Program before signing an equipment contract.

Income-Qualified Programs

The CleanBC Better Homes Energy Savings Program may provide different or enhanced support for eligible households. Qualification depends on household income, property type, current heating system, equipment, and program rules.

Use the official Better Homes BC rebate finder to review current programs.

Bernoulli Heating and Cooling can provide equipment and installation information for the proposal, but final rebate approval and payment remain with the program administrator. A rebate should not be treated as guaranteed until eligibility and approval are confirmed.

Heat Pump vs Air Conditioner in Burnaby

An air conditioner provides cooling only. A heat pump uses similar refrigeration equipment but can reverse operation to provide heating during winter.

An air conditioner may be suitable when the existing furnace remains in good condition and the homeowner only needs cooling. A heat pump may offer more flexibility when heating, fuel switching, or dual-fuel operation is part of the project.

Homeowners comparing these systems can review our air conditioner installation in Burnaby service.

Heat Pump vs Gas Furnace

A gas furnace generates heat through combustion and distributes it through ducts. A heat pump transfers heat using electricity and a refrigeration cycle.

A full-electric heat pump may replace a furnace when the home’s heating load, electrical capacity, ductwork, and supplementary-heating plan support the conversion. A dual-fuel system keeps a gas furnace and adds a heat pump for cooling and selected heating conditions.

A dual-fuel system may be practical when:

• The existing furnace remains in good condition
• The homeowner wants central cooling
• The property has a higher heating load
• Electrical service capacity is limited
• The homeowner prefers to retain gas backup
• The furnace and outdoor equipment will be replaced together

Review our furnace installation in Burnaby service when comparing gas, electric, and hybrid options.

Heat Pump vs Boiler

A boiler heats water for radiators, hydronic baseboards, or radiant floors. A standard air-source heat pump heats and cools air.

Many boiler-heated Burnaby homes do not have central ductwork. These properties may retain the hydronic system and add ductless heat pumps for cooling and supplementary heating. Other homes may need a boiler upgrade instead of a major forced-air conversion.

The right choice depends on:

• The condition of the existing boiler
• Hydronic piping and zone layout
• Available indoor-unit locations
• Cooling priorities
• Electrical capacity
• Long-term renovation plans

Review our boiler installation in Burnaby service for gas-focused hydronic heating options.

Should You Repair or Replace an Existing Heat Pump?

Repair may make sense when the system is relatively young, the main components remain in good condition, replacement parts are available, and the problem is limited to one repairable component.

Replacement may deserve consideration when:

• The system has reached an advanced age
• The compressor has failed
• Refrigerant leaks continue to return
• Several expensive components have failed
• The system uses an older refrigerant
• Heating or cooling capacity no longer matches the property
• The original installation has major sizing problems
• The ductwork or zoning design needs substantial changes
• Energy use has increased without improved comfort
• The homeowner wants to move from partial-room conditioning to whole-home heating

Replacement should include a new building assessment. Matching new equipment to the old unit’s capacity can reproduce the same comfort, noise, and airflow problems with a newer serial number.

Burnaby Neighbourhoods We Serve

Bernoulli Heating and Cooling provides heat pump installation across Burnaby. The final design depends on the property, not just the neighbourhood name, but local housing patterns help identify likely installation issues.

Service is also available in Lougheed, Government Road, Forest Glen, Central Park, The Crest, Cariboo, Sperling-Duthie, Lochdale, Montecito, Lake City, Royal Oak, Middlegate, and surrounding Burnaby neighbourhoods.

Other HVAC Services We Provide in Burnaby

A heat pump project may overlap with other heating, cooling, gas, and hot-water decisions. A furnace may remain part of a dual-fuel system. A boiler-heated home may need ductless cooling instead of a complete conversion. Mechanical-room access may also make it practical to review an aging water heater while other equipment is being upgraded.

Bernoulli Heating and Cooling also provides:

• Air conditioner installation in Burnaby for dedicated central or ductless cooling
• Furnace installation in Burnaby for gas heating and dual-fuel systems
• Boiler installation in Burnaby for gas hydronic heating systems
• Gas fireplace installation in Burnaby for safe, gas-focused fireplace upgrades
• Water heater installation in Burnaby for gas storage-tank and tankless systems

The correct project scope depends on which existing systems remain useful and how the equipment shares ductwork, electrical capacity, gas supply, venting, drainage, controls, and mechanical-room space.

Why Choose Bernoulli Heating and Cooling?

Heat pump performance depends on the complete installation. Equipment efficiency matters, but sizing, airflow, electrical planning, refrigerant work, outdoor placement, drainage, controls, and commissioning determine how the system performs inside the property.

Our Burnaby heat pump installation approach focuses on:

• Property-specific system recommendations
• Ducted, ductless, cold-climate, full-electric, and dual-fuel options
• Heating and cooling load considerations
• Ductwork and return-air assessment
• Electrical-capacity planning
• Practical outdoor-unit placement
• Noise and vibration reduction
• Condensate and defrost-water drainage
• Clean refrigerant-line routing
• Permit and strata planning
• Heating and cooling commissioning
• Clear homeowner instructions