High-Efficiency Heat Pump Installation
Professionally designed air source and ground source heat pump systems for dependable heating, cooling, lower energy use, and year-round comfort in Manitoba.
What Is a Heat Pump?
A heat pump is an efficient heating and cooling system that transfers heat instead of creating all of its heat through electric resistance or combustion. In winter, it moves available heat into the building. In summer, the process reverses and moves heat outside.
Because the same equipment provides both heating and air conditioning, a properly selected and installed heat pump can reduce energy use, improve comfort, and simplify the mechanical systems serving a home or business.
Small’s Electrical Services Ltd. designs, installs, commissions, services, and repairs air source and ground source heat pump systems throughout Brandon, Westman, and surrounding Manitoba communities.
Heating & Cooling
One integrated system provides efficient winter heating and summer air conditioning.
Lower Energy Use
Heat is transferred rather than produced entirely through resistance heat or fuel combustion.
Consistent Comfort
Variable-capacity operation can maintain steadier temperatures with fewer temperature swings.
Professional Support
System sizing, installation, commissioning, rebate assistance, maintenance, and repair from one team.
Why Heat Pumps Outperform Conventional Systems
Conventional systems often use separate equipment for heating and cooling. A heat pump combines both functions and can deliver more heating energy than the electrical energy it consumes by moving heat from one place to another.
Separate Heating & Cooling Equipment
- Electric resistance heating converts electricity directly into heat
- Fuel-fired systems require combustion and venting
- A separate air-conditioning system may be required
- Greater exposure to future fuel or electricity price changes
- Older single-stage equipment may create larger temperature swings
Efficient Year-Round Comfort
- Transfers heat instead of relying only on resistance heating
- Provides both heating and cooling from one system
- Variable-speed operation can improve comfort and efficiency
- Can reduce dependence on conventional heating equipment
- Eligible systems may qualify for rebates and financing programs
How Heat Pumps Can Lower Heating Costs
Actual savings depend on the building, insulation levels, existing heating system, electricity and fuel rates, equipment efficiency, system sizing, controls, and occupant use. The best results come from matching the equipment to a calculated heating and cooling load.
Ground source heat pumps can provide especially strong savings because the earth remains more stable than outdoor air. Efficiency Manitoba states that qualifying ground source systems can reduce electric heating costs by up to 60% compared with an electric furnace.
Request a project-specific savings review →Factors That Affect Savings
- Current heating fuel and equipment efficiency
- Calculated heat loss and heat gain
- Cold-climate equipment performance
- Ductwork condition and airflow
- Building envelope and insulation
- Backup or supplemental heat strategy
- Controls, setup, and commissioning
- Available rebates and financing
Savings are project-specific and should be evaluated before equipment is selected.
Two Proven Heat Pump Technologies
Both systems provide efficient heating and cooling, but they collect and reject heat differently. The right choice depends on the property, budget, available space, heating load, existing equipment, and long-term goals.
Efficient Heating & Cooling from Outdoor Air
An air source heat pump transfers heat between the building and outdoor air. Modern cold-climate systems are designed to operate at low outdoor temperatures and can be installed as ductless mini-splits or centrally ducted systems.
Best suited for:
- Homes and businesses seeking a lower initial installation cost
- Properties without room for a geothermal loop field
- Renovations, additions, shops, offices, and targeted comfort zones
- Replacing or supplementing electric resistance, natural gas, propane, or fuel oil heating
High-End Geothermal Comfort
A ground source heat pump circulates fluid through buried piping and exchanges heat with the earth. Because ground temperatures remain comparatively stable, geothermal systems can deliver consistent performance through Manitoba’s temperature extremes.
Best suited for:
- Owners prioritizing maximum long-term efficiency and comfort
- Properties with suitable land or drilling access for a loop field
- New construction and major heating-system replacements
- Homes, farms, commercial buildings, and facilities with substantial heating loads
Air Source vs. Ground Source Heat Pumps
| Consideration | Air Source | Ground Source |
|---|---|---|
| Heat source | Outdoor air | Stable ground temperature |
| Initial project cost | Generally lower | Generally higher due to increased equipment costs and loop-field work |
| Installation requirements | Outdoor unit and indoor equipment | Indoor unit plus horizontal or vertical ground loop |
| Cold-weather performance | Varies with outdoor temperature and equipment selection | More stable because the heat source is underground |
| Outdoor equipment | Outdoor fan and coil required | No outdoor condensing unit |
| Operating efficiency | High with properly selected cold-climate equipment | Typically the highest and most stable annual efficiency |
| Best fit | Retrofits, zoned spaces, moderate budgets, limited land | Long-term ownership, premium comfort, suitable properties |
Ductless & Ducted Air Source Heat Pumps
Zoned Comfort Without Ductwork
Ductless mini-split systems connect one or more indoor heads to an outdoor heat pump. They are an effective solution for additions, older homes, workshops, offices, garages, and spaces where conventional ductwork is unavailable or impractical.
- Individual room or zone control
- Minimal disruption compared with adding ductwork
- Efficient heating and cooling
- Single-zone and multi-zone configurations
- Excellent retrofit flexibility
Whole-Building Comfort Through Central Ductwork
A centrally ducted heat pump distributes conditioned air through the building’s duct system. It can replace or supplement a conventional furnace and central air conditioner while maintaining familiar whole-home comfort.
- Central heating and cooling
- Works with properly sized and balanced duct systems
- Can integrate supplemental or backup heat
- Clean, unobtrusive indoor appearance
- Well suited to whole-home retrofit projects
Premium Ground Source Heat Pump Installation
Small’s Electrical Services supplies and installs WaterFurnace geothermal heat pump systems for customers seeking high-end efficiency, quiet operation, stable comfort, and long-term performance.
A successful geothermal project requires more than equipment placement. It requires accurate load calculations, loop-field planning, hydraulic design, electrical integration, ductwork review, controls, flushing, pressure testing, commissioning, and documented startup.
Professional Geothermal Loop-Field Installation
The buried loop field is the energy source for a ground source heat pump. Proper design, trenching, pipe installation, fusion, testing, backfilling, purging, and fluid setup are critical to system performance and service life.
Installation, Commissioning, Service & Repair
Heat Pump Installation
Residential and commercial air source and ground source heat pump installations, including electrical, controls, mechanical coordination, ductwork review, and permits.
Request Installation Pricing →System Design & Sizing
Heating and cooling load review, equipment selection, backup-heat planning, distribution assessment, loop-field planning, and installation-scope development.
Discuss Your Property →Commissioning
Refrigeration checks, airflow verification, electrical testing, controls setup, temperature and pressure measurements, operating-mode verification, and owner orientation.
Schedule Commissioning →Service & Repair
Troubleshooting, maintenance, refrigerant-system diagnostics, electrical repairs, controls, airflow issues, pumps, loop-side service, and performance verification.
Request Heat Pump Service →Heat Pump Rebates, Incentives & Financing
Small’s Electrical Services is an Efficiency Manitoba registered supplier. We help customers review program requirements, select qualifying equipment, prepare required project information, and complete rebate applications.
Program values and eligibility can change. Approval may be required before purchasing equipment or beginning work.
$2,000 Ducted Rebate
Efficiency Manitoba currently lists a $2,000 rebate for qualifying centrally ducted cold-climate air source heat pumps installed in eligible residential retrofit projects.
$1,500 Ductless Rebate
A $1,500 rebate is currently listed for qualifying ductless cold-climate air source heat pumps installed in eligible primary residences.
Enhanced Geothermal Offer
Qualifying homeowners may be able to install a ground source heat pump with no upfront program contribution and an interest-free payment of $75 per month for 15 years, subject to program limits, approval, and project conditions.
Commercial Incentives
Efficiency Manitoba offers ground source and air source heat pump incentives for qualifying existing commercial buildings, multi-unit residential properties, communities, and certain new-building projects.
Eligibility Review
We review the property, existing heating system, proposed equipment, and program requirements.
Project Application
Where required, we help prepare and submit the application before equipment is purchased or work begins.
Professional Installation
Our team completes the approved installation, permitting, startup, and commissioning documentation.
Completion Documents
We assist with invoices, permits, declarations, equipment records, and final rebate submission.
Designed Correctly. Installed Professionally. Commissioned Completely.
Heat pumps do not perform well when they are selected by square footage alone or installed without proper airflow, controls, electrical capacity, refrigerant procedures, and commissioning. Our process is built around system performance—not simply equipment placement.
- Property assessment Existing heating, cooling, electrical service, ductwork, insulation, site access, and comfort goals.
- Load and system review Heating and cooling requirements, equipment selection, backup heat, zoning, and distribution.
- Detailed installation Equipment, line sets, ductwork, ground loops, electrical, controls, condensate, and permits.
- Commissioning Airflow, temperatures, pressures, electrical readings, controls, operating modes, and documentation.
- Long-term support Owner orientation, maintenance planning, troubleshooting, repairs, and future performance checks.
Common Questions About Heat Pumps in Manitoba
Do heat pumps work during Manitoba winters?
Cold-climate air source heat pumps are designed to operate at low outdoor temperatures, but output and efficiency change as temperatures fall. Correct sizing, equipment selection, controls, and a backup-heat strategy are important. Ground source systems use stable earth temperatures and provide more consistent winter performance.
Can a heat pump replace my furnace and air conditioner?
In many properties, yes. The correct arrangement depends on the calculated heating load, existing distribution system, electrical capacity, equipment performance, and whether supplemental heat is required during extreme conditions.
What is the difference between ductless and ducted heat pumps?
Ductless systems use wall-mounted or other indoor heads to condition individual zones. Ducted systems distribute heating and cooling through central ductwork and are generally better suited to whole-building comfort where suitable ducts are available.
How much can I save with a heat pump?
Savings depend on the existing heating source, building efficiency, energy prices, climate, system design, and usage. Efficiency Manitoba states that ground source systems can reduce electric heating costs by up to 60% compared with an electric furnace.
Is an air source or ground source heat pump better?
Air source systems usually have a lower installation cost and work well for many retrofits. Ground source systems typically offer more stable performance and greater long-term efficiency, but require a ground loop and a larger initial project scope.
Do heat pumps qualify for rebates in Manitoba?
Qualifying air source and ground source projects may be eligible for Efficiency Manitoba rebates or financing programs. Requirements vary by property type, existing heating system, equipment, contractor registration, and project timing.
Can Small’s Electrical help with my rebate application?
Yes. As an Efficiency Manitoba registered supplier, we can help review eligibility, gather project information, complete required applications, and submit completion documents.
Do you service and repair heat pumps?
Yes. We provide maintenance, troubleshooting, electrical and control repairs, refrigerant diagnostics, airflow correction, geothermal loop-side service, and system-performance testing.
Plan a Heat Pump System Built for Manitoba
Tell us about your home, business, existing heating system, comfort concerns, and long-term energy goals. We will help determine whether a ductless, ducted, or geothermal system is the right fit.