Geothermal Heat Pumps

Heat Pumps Quote Steps

Skip the site visit!

We just need a few quick photos of your furnace room, hot water tank, and your front and back yard. These pictures help our geothermal engineers understand your setup so they can recommend the best layout for your home or building.

Step 1.

Go to the area where your furnace is located.
Take a photo of the room, making sure the furnace is visible.
Take a close-up photo of the front of the furnace.

Why we need the picture!
Photos of your furnace room and furnace help our geothermal team understand your current setup so we can price a system that fits safely and efficiently. What the photos help us see:

Room to work — whether there’s enough space for the new geothermal equipment.
Ductwork fit — if your current ducts can support a heat pump or might need small tweaks.
Where pipes will go — how the new lines will enter and tie into your system.
Safety + code checks — clearances, venting, and other details that keep your installation safe and up to code.

This simple check ensures your space can support the upgrade—so you enjoy maximum comfort, efficiency, and reliability.

Step 2.

Take a picture of your hot water tank.

Why we need the picture!
Photos of your current hot water tank help our geothermal team understand your setup so we can design a ground‑source heated hot water system that fits safely, efficiently, and cost‑effectively.

What the photos help us see:

Space to work — whether there’s enough room for the new geothermal-ready hot water tank, buffer tank, and circulation components.
Plumbing layout — how your existing hot and cold lines are arranged, and where the geothermal preheat loop will tie in.
Electrical + breaker access — confirming you have the right power supply and space for any required upgrades.
Where new lines will run — identifying the cleanest path for the ground loop connections and circulation piping.
Safety + code checks — clearances, venting, drain access, and other details that ensure your installation meets local codes and long-term reliability standards.

This quick photo check helps us confirm your space is ready for a geothermal hot water upgrade—so you get dependable performance, lower energy costs, and a system built to last.

Step 3.

Take a picture of the front yard and driveway.
Take pictures of your backyard and fence.

Why we need the picture!
Pictures of your yard help our geothermal team determine the best location for your ground‑source heat loop. With a clear view of your property, we can plan a loop field that’s safe, efficient, and tailored to your space.
What the photos help us understand:

Usable yard area — shows how much space is available for horizontal trenches, slinky loops, or whether a vertical borehole is the better option.
Soil + surface conditions — helps us assess ground stability, drainage patterns, and how well the area will support excavation.
Existing utilities — reveals where gas, water, sewer, electrical, and communication lines enter the property so we avoid conflicts.
Grading + landscaping — shows slopes, retaining walls, gardens, and features that influence loop placement and trench routing.
Equipment access — confirms whether excavation machinery can safely reach the installation area without damaging structures or landscaping.

A quick set of yard photos gives us everything we need to map the ideal loop location—maximizing performance, protecting your property, and ensuring a smooth, code‑compliant installation.

Installation Steps

Step 1. Assess Your Property and Heating Needs

A certified geothermal installer reviews your home’s heating and cooling requirements, evaluates your yard photos, and determines whether a horizontal, slinky, or vertical loop is the best fit. They also handle all permitting, utility locates, and compliance checks from start to finish.

Step 2. Plan and Prepare the Loop Field

The installation team maps out the loop layout, marks excavation zones, and prepares the ground for trenching or drilling. This includes confirming safe access for equipment and ensuring the soil conditions support long‑term performance.

Step 3. Install the Ground Loop

Depending on the design, the crew excavates trenches or drills boreholes, places the geothermal piping, and backfills carefully to protect the loop. All piping is pressure‑tested to ensure a sealed, leak‑free system.

Step 4. Connect the Loop to Your Home

The loop field is tied into your home through insulated supply and return lines. The installer connects the loop to the heat pump location inside the house and ensures all penetrations are sealed, insulated, and code‑compliant.

Step 5. Charge, Flush, and Test the System

The geothermal loop is filled with the proper heat‑transfer fluid, flushed to remove air, and tested under pressure. The installer verifies flow rates, pump performance, and system balance to ensure optimal efficiency.

Step 6. Final Walkthrough, Warranty, and Ongoing Support

You receive a clear walkthrough of your new loop field and indoor connections, your warranty is registered, and you’re provided with a simple maintenance and monitoring guide to keep your geothermal system running smoothly for decades.

Step 7. Never worry about a gas bill again!

Learn More

Fast, consistent heating and cooling

Ground source heat pumps deliver stable comfort year‑round by tapping into the steady temperature of the earth — no waiting for outdoor conditions to cooperate.

Ultra‑reliable performance

Because they rely on the constant temperature underground, geothermal systems avoid the fluctuations and efficiency losses common with air‑source units in extreme weather.

Whole‑home comfort

A properly sized ground source heat pump can heat and cool your entire home or shop, replacing both your furnace and air conditioner with one high‑efficiency system.

No fuel deliveries or combustion

Geothermal systems run on electricity only — no natural gas, propane, or fuel storage required, and no combustion byproducts in or around your home.

Durable, low‑maintenance design

With most components located indoors and protected from the elements, geothermal heat pumps typically require far less maintenance and last significantly longer than traditional HVAC systems.

Smart monitoring and controls

Many modern geothermal units integrate with smart thermostats and remote monitoring apps, giving you full visibility into system performance and energy savings from anywhere.

Built for harsh climates

Ground loops are buried below frost depth, where temperatures stay stable even during Alberta’s coldest winters, ensuring reliable, efficient operation when you need it most.

Safe, quiet, and clean

No flames, no exhaust, no carbon‑monoxide risk — just quiet, efficient heating and cooling powered by renewable energy stored in the ground.

Ground Source vs. Air‑Source Heat Pumps

Feature / Benefit	Ground Source Heat Pump	Air‑Source Heat Pump
Heating Efficiency	⭐ Extremely high — uses stable underground temperatures for peak performance	Varies with outdoor air; efficiency drops in extreme cold
Cooling Efficiency	⭐ Very high — ground stays cool even in summer	Good, but performance decreases during heat waves
Cold‑Climate Reliability	⭐Excellent — unaffected by outdoor temperature swings	Moderate — may require backup heat in very cold climates
Operating Costs	⭐Lowest long‑term costs due to high efficiency	Lower than gas, but higher than geothermal
Installation Cost	Higher upfront due to loop field	Lower upfront; simpler installation
Lifespan	50+ years for ground loop, 20–25 years for heat pump	12–18 years on average
Maintenance	Low — most components are indoors and protected	Moderate — outdoor units exposed to weather
Noise Level	Very quiet — no outdoor compressor	Outdoor unit generates noticeable noise
Environmental Impact	⭐ Excellent — uses renewable ground energy	Good — still efficient but weather‑dependent
Space Requirements	Needs yard space for loop or drilling	Requires outdoor unit placement
Fuel Source	Electricity only — no combustion	Electricity only — no combustion