Installs in Parker
Strata Heat Pumps installs heat pumps in Parker, in every ZIP code listed on this page. The online estimate gives a price range and your rebates for a Parker address in about two minutes.
Parker homes compared with Douglas County
Census figures count 22,340 homes in Parker, including 21,553 occupied homes. Parker's median build year is 2003, later than Douglas County's 2001 and Colorado's 1987. The median Parker home has 6.6 rooms, below the county's 7.3 and above Colorado's 5.7. These newer homes often start with existing ducts, but we inspect each duct system before choosing equipment.
Detached houses account for 69.5% of Parker homes. That is below Douglas County's 74.1%, but above Colorado's 61.8%. Parker's 25.8% multiunit-building share exceeds the county's 19.7% and sits close to Colorado's 26.9%. House type guides the system choice. A detached home with working ducts points toward ducted equipment, while a condo without ducts points toward ductless equipment.
Parker has more multiunit housing than Stonegate, where 11.8% of homes are in multiunit buildings. It has less than Sierra Ridge, where the comparable share is 28.9%. Meridian Village has 84.5% detached homes and 4.2% multiunit buildings. Stepping Stone is 99.4% detached and has no multiunit share. Parker needs options for both ducted houses and homes where separate indoor units fit better.
Parker also has a smaller detached-house share than Stonegate's 83.5% and Meridian Village's 84.5%. That difference reinforces the need to match the equipment layout to each home's form.
The age and layout of Parker homes
Homes built from 1980 to 1999 make up 35.9% of Parker housing. Another 34.7% were built from 2000 to 2009, and 25.8% were built in 2010 or later. Only 0.9% were built before 1960. Parker has far less older housing than Colorado, where 16.3% of homes were built before 1960. This age mix puts duct condition and measured heat loss ahead of assumptions based on old-home construction.
Parker has a later median build year than nearby Stonegate, at 1997, and later than Stepping Stone, at 2015. Meridian Village has a median build year of 2014. Its 87.5% share of homes built in 2010 or later is much higher than Parker's 25.8%. Sierra Ridge has 97.3% built in 2010 or later, so its homes call for different sizing expectations than Parker's older 1980 to 1999 group.
Parker's 21.3% share of homes in buildings with 10 or more units is higher than Douglas County's 14.1%. That housing stock includes homes where large central duct systems are less likely to be the starting point. Ductless heat pumps suit condos, additions, and homes without ducts. Each indoor unit serves part of the home, and the heat pump also provides cooling.
Douglas County has 39.7% of homes built from 1980 to 1999, compared with Parker's 35.9%. The town's larger share of newer homes supports a separate look at each home's insulation, ducts, and load.
How Parker homes heat today
Utility gas heats 75.9% of Parker homes. That is higher than Douglas County's 73.9% and Colorado's 66.7%. Gas furnaces are therefore the main starting point for a large share of Parker households. Homeowners with usable ducts can select a ducted heat pump, while dual fuel keeps the existing gas furnace for the coldest hours.
Electricity heats 22.3% of Parker homes. This matches Douglas County's 22.3% and falls below Colorado's 25.2%. Electric-heated homes without ducts are a strong match for ductless equipment. A ductless system also fits a room addition that needs heating and cooling without extending an existing duct system.
Parker's gas-heating share sits below Stonegate's 77.7% and Meridian Village's 76.5%. It is above Sierra Ridge's 61% and Stepping Stone's 70.4%. Sierra Ridge has 34.5% electric heat, compared with Parker's 22.3%. Its higher electric-heating share means ductless replacements have a larger role there than in Parker's mainly gas-heated housing stock.
Propane heats 0.8% of Parker homes, compared with 2.6% in Douglas County. Stepping Stone has 3.1% propane heat. Fuel type affects the rebate stack and the replacement plan.
Choosing a system for a Parker home
A ducted heat pump fits a Parker home with ducts that can carry the required airflow. It is a practical match for much of the 69.5% detached-house share and the 34.7% of homes built from 2000 to 2009. Heat pumps move heat instead of burning fuel. We measure the home, then check the ducts and electrical panel before we install.
Dual fuel fits a gas-heated Parker home where the owner wants the heat pump and the current furnace to work together. The heat pump handles heating through much of the season, and the gas furnace stays available for the coldest hours. With 75.9% of local homes using utility gas, this approach matches a substantial part of Parker's existing equipment.
Ductless equipment fits homes without ducts, additions, and condos. Parker's 25.8% multiunit-building share is higher than Douglas County's 19.7%, creating more situations where ductless layouts fit. Our estimate tool assigns about 500 sq ft of floor area to each indoor unit. It prices up to 5 indoor units before a custom quote is needed.
The system choice starts with the home's current heat source and duct layout. Parker's 22.3% electric-heating share also gives ductless systems a clear role in local replacements.
Sizing and prices for the Parker example
Our estimate tool sizes a heat pump to 1°F outdoors and 70°F indoors. It uses an elevation of 5,300 ft. At that elevation, an air-source unit loses 18% of heat output. At the design temperature, the equipment produces 2 units of heat for each unit of electricity. This is why Parker equipment needs a design calculation rather than a size chosen from floor area alone.
The example home is 2,000 square feet, has 2 stories, uses a gas furnace, and was built from 1980 to 1999. Its design load is 2.8 tons, with a 30 A breaker. That build period represents 35.9% of Parker homes. A comparable example built from 2000 to 2009 has a design load of 2.4 tons, showing why the home's construction period affects the starting estimate.
For the 1980 to 1999 example, a ducted heat pump costs $15,100 to $27,900 before rebates and $8,400 to $21,200 after rebates. A dual-fuel system costs $12,100 to $22,500 before rebates and $5,400 to $15,800 after rebates. A 1,500 square foot ductless example uses 3 indoor units. Its price is $11,800 to $19,200 before rebates and $7,800 to $15,200 after rebates.
The home must still be measured before equipment is selected. Existing ducts and the electrical panel determine what the final layout requires, alongside the calculated heat load.
Parker rebates and ZIP code differences
A gas-heated home with a 3-ton ducted heat pump has $7,000 in total rebates. The stack is the Xcel Energy rebate ($4,500), the State of Colorado Heat Pump Discount ($1,000) and the Power Ahead Colorado rebate ($1,500). An electric-heated home has $4,700 in total rebates, including the Xcel Energy rebate ($2,200), the State of Colorado Heat Pump Discount ($1,000) and the Power Ahead Colorado rebate ($1,500). The state discount applies to every Colorado home and comes off the invoice. We file every rebate for the homeowner.
The utility gas-heating rebate is $1,500 per ton of heating, while its electric-heating rebate is $750 per ton of heating. The State of Colorado Heat Pump Discount is $1,000, and the Power Ahead Colorado rebate is $1,500. Douglas County is included in Power Ahead Colorado. A propane-heated home has $7,000 in total rebates for the stated ducted example.
ZIP code 80134 has 28,663 homes, a median build year of 2003, and 77% gas heat. ZIP code 80138 has 12,752 homes, a median build year of 1999, and 69.3% gas heat. Propane heat is 1% in 80134 and 8.3% in 80138. Both are mostly detached housing, at 75.7% and 77.9%, so duct checks remain part of system planning. The online estimate takes about 2 minutes, and a winter gas bill makes it more accurate.
Homes built in 2010 or later account for 30.2% in 80134 and 15.4% in 80138. Those age differences affect the starting load estimate, while the home measurement sets the final equipment size.
Parker in numbers
| Homes | Median year built | Built before 1960 | Built 2010 or later | Gas heat | Electric heat | Propane | |
|---|---|---|---|---|---|---|---|
| Parker | 22,340 | 2003 | 0.9% | 25.8% | 75.9% | 22.3% | 0.8% |
| Douglas County | 140,542 | 2001 | 1.4% | 24.3% | 73.9% | 22.3% | 2.6% |
| Colorado | 2,545,124 | 1987 | 16.3% | 14% | 66.7% | 25.2% | 4.9% |
| ZIP | Main town | Homes | Median year built | Heat with gas | Electric utility | Install area |
|---|---|---|---|---|---|---|
| 80134 | Parker | 28,663 | 2003 | 77% | Xcel Energy | Yes |
| 80138 | Parker | 12,752 | 1999 | 69.3% | Xcel Energy | Yes |
Systems and rebates in Douglas County
- Ducted heat pump in Douglas CountyPrices by home age and the Douglas rebates for this system.
- Dual-fuel heat pump in Douglas CountyPrices by home age and the Douglas rebates for this system.
- Ductless mini-split in Douglas CountyPrices by home age and the Douglas rebates for this system.
- Heat pump rebates in Douglas County$7,000 on a 3-ton gas home, program by program.
- Pool heat pumps in Douglas CountyPool and spa heat pumps: local code rules, running cost and the swim season.
Other towns we install in
Questions we hear
Which heat pump system fits a typical Parker gas-heated house?
Utility gas heats 75.9% of Parker homes, and detached houses account for 69.5% of local housing. A ducted heat pump fits a home with usable ducts. Dual fuel fits a homeowner who wants to keep the gas furnace for the coldest hours. We measure the home and inspect its ducts and electrical panel before installation.
How do you size a heat pump in Parker?
We size equipment to 1°F outside and 70°F inside, using an elevation of 5,300 ft. Air-source equipment loses 18% of output at that elevation. The 2,000 square foot, 2-story example built from 1980 to 1999 has a design load of 2.8 tons and uses a 30 A breaker.
What are the rebates for a Parker gas-heated home?
The stated 3-ton ducted heat pump example for a gas-heated home has $7,000 in total rebates. The stack is the Xcel Energy rebate ($4,500), the State of Colorado Heat Pump Discount ($1,000) and the Power Ahead Colorado rebate ($1,500). The State of Colorado Heat Pump Discount applies to every Colorado home, and Power Ahead Colorado includes Douglas County. We file every rebate for the homeowner, and the state discount comes off the invoice.
What does the Parker example home cost for a heat pump?
For the 2,000 square foot, 2-story gas-heated example built from 1980 to 1999, ducted equipment costs $15,100 to $27,900 before rebates and $8,400 to $21,200 after rebates. Dual fuel costs $12,100 to $22,500 before rebates and $5,400 to $15,800 after rebates. The design heat load for this example is 2.8 tons.
How do the Parker ZIP codes differ for heat pump planning?
ZIP code 80134 has 77% gas heat and 30.2% of homes built in 2010 or later. ZIP code 80138 has 69.3% gas heat, 8.3% propane heat, and 15.4% built in 2010 or later. Detached homes make up 75.7% of 80134 and 77.9% of 80138, so existing duct condition remains important in both ZIP codes.