Research by DoINeedAPermit Research Team · Updated May 2026
The Short Answer
New heat-pump installations, conversions from gas to heat-pump, and supplemental heat-pump additions require permits in Broomfield. A like-for-like replacement of an existing heat pump at the same location and tonnage by a licensed contractor may skip the permit process, but the rule is not blanket — always call ahead.
Broomfield Building Department follows Colorado state energy code (IECC 2024) and enforces RFC (Rocky Mountain Region) amendments, but the city's critical local angle is its explicit dual-climate enforcement: the Front Range portion (5B zone) and mountain parcels (7B) are treated separately on Manual J load calculations and backup-heat requirements. Unlike Denver or Boulder, which have historic-district overlays that sometimes complicate HVAC routing, Broomfield's permitting is streamlined — you file online via the city's permit portal (no wet signature required for heat-pump mechanical permits), and plan review typically clears in 5-7 business days if a licensed contractor is the applicant. Broomfield also specifically cross-checks IRA Section 45L energy-audit documentation against state rebate programs (Xcel Energy, NREL), so if you're chasing the $2,000 federal tax credit, the permit file must include AHRI certification and Manual J to unlock utility rebates — a detail many neighboring cities don't actively verify. Critically, Broomfield's electrical inspector will flag undersized service panels on first review; the city has seen a spike in all-electric conversions (gas furnace to heat pump) and requires documented load calculations before final approval.

What happens if you skip the permit (and you needed one)

Broomfield heat pump permits — the key details

Broomfield Building Department requires a mechanical permit (Form BR-1008 or equivalent) for any heat-pump installation that is not a straight 1:1 replacement of an existing unit. This means: new heat pumps in homes that previously had gas furnaces only, new supplemental mini-split systems added to an existing heat pump, or any change in tonnage, location, or outdoor-unit size triggers a permit. The permit is based on Colorado Amendments to the 2024 International Energy Conservation Code (IECC) and the International Mechanical Code (IMC), with local amendments enforced by Broomfield's mechanical and electrical inspectors. A licensed mechanical contractor typically files the permit; owner-builders are allowed under Colorado law (C.R.S. 12-4-1 permits owner-occupied single- or two-family dwellings), but Broomfield's permit office requires a notarized owner-builder declaration and proof of homestead residency. The fee schedule is typically $150–$350 for a single heat-pump installation, calculated as 1.5–2% of the total project valuation (including labor, materials, and overhead). Plan review takes 5–7 business days if electronically submitted via Broomfield's permit portal; plan rejections most commonly cite missing Manual J load calculations (showing the home's heating and cooling load in BTU/h) or lack of backup-heat documentation for homes in the 5B zone where winter design temperatures drop to -10°F or lower.

The cold-climate rule that bites Broomfield specifically: homes in climate zone 5B (essentially the entire Front Range from Broomfield south to Colorado Springs) must show supplemental heat on the permit if the heat pump alone cannot meet 99% of the design heating load at -10°F outdoor temperature. This typically means a backup electric-resistance coil or a retained gas furnace running in parallel with the heat pump — not optional, required by IECC compliance verification. Many homeowners installing a Carrier 2.5-ton heat pump assume it will work everywhere in Broomfield, but a Manual J load calc on a 1970s ranch home often reveals the heat pump is only good to about -5°F; below that, auxiliary heat engages automatically. The permit plan must show which backup source and at what outdoor-air setpoint the switchover occurs. Broomfield's electrical inspector also audits the service panel: a 100-amp main service with a 200-amp heat-pump compressor circuit demand (phase-load analysis per NEC 440.7) will fail; you may need a panel upgrade ($2,000–$5,000) before the electrical final can close. This is not theoretical — Broomfield has seen a 40% increase in heat-pump permits since 2023, and the city's most common first-review rejection is undersized electrical service.

Exemptions are narrower than homeowners think. A true like-for-like replacement — same brand, same model, same tonnage, same outdoor-unit location, same indoor-coil or air-handler location — pulled by a licensed mechanical contractor may avoid the permit. However, Broomfield does not publish a blanket exemption list; the city's policy is that the contractor can call the mechanical inspector (303-438-6460, ext. 1) and request an over-the-counter determination before filing. If the inspector agrees it is identical, the contractor submits a one-page 'Mechanical Addendum' (not a full permit application) and the work is logged but not formally permitted. Thermostat replacements, refrigerant recharges, and seasonal maintenance are always exempt. Adding a second heat pump to a home that already has one, or converting a gas furnace to a heat pump (very common now due to Xcel Energy rebates), always requires a full permit — these are not replacements, they are new systems. The distinction matters for the IRA tax credit (30% of equipment + labor, capped at $2,000 per year): only permitted installs by contractors who have completed the IRA training certification qualify. Unpermitted or DIY heat pumps receive zero tax credit, even if the homeowner pulls a permit retroactively after installation.

Broomfield's permit process is online-first via its permit portal (accessible via the city website). You upload the specification sheet (AHRI certificate), a one-line diagram showing the electrical circuit (compressor, air handler, thermostat), the outdoor-unit placement plan (photo + measurements from house wall and property line), and the refrigerant-line routing (how it enters the home, whether it crosses a firewall, whether it requires a sleeve). The city's plan-review team returns comments in 5–7 days if a licensed contractor is the applicant; owner-builders may see 10–14 days because the city flagged an additional compliance-checklist item. Once approved, the permit is valid for 6 months (extendable to 12 if work is actively underway). Inspections are required at three stages: (1) rough mechanical (before the outdoor unit is commissioned and before the refrigerant line is sealed inside the wall); (2) rough electrical (after the compressor circuit is wired but before it is energized); (3) final mechanical and electrical (after startup, charged, and thermostat is set). Each inspection must be requested via the portal at least 24 hours in advance; inspectors come Monday–Friday, 7 AM–4 PM. The entire process from application to final inspection typically takes 3–4 weeks if the contractor is responsive and the home's electrical panel does not need upgrade.

One critical Broomfield-specific note: the city's rebate-verification workflow. Xcel Energy and the Colorado Energy Office both offer incentives for heat-pump installations (up to $5,000 combined in some years), but both require a Broomfield permit number in the rebate application. The utility's contractor-verification portal cross-checks the permit file for AHRI data and energy-audit documentation. If you install a heat pump without a permit and later try to claim the rebate by pulling a permit retroactively, Xcel Energy's system may flag the late permit and deny the rebate on grounds of 'work completed before permit was issued.' This is not a theoretical risk — Broomfield sees about 25–30% of heat-pump rebate denials each year due to sequencing issues. Additionally, if your heat pump is a qualified ENERGY STAR Most Efficient unit, Broomfield's electrical inspector will note this on the final inspection; this flag unlocks an additional $500–$1,000 state energy rebate. Without the permit, you lose that flag entirely. The bottom line: permit first, install second, rebate third — not the other way around.

Three Broomfield heat pump installation scenarios

Scenario A
New heat-pump installation, replacing gas furnace in 1960s ranch, Front Range (5B zone), owner hiring licensed contractor
You're in a 2,000-sq-ft ranch in the Midvale or Broomfield Meadows subdivision, currently heated by a 1980-era gas furnace, no air conditioning. You want to install a Carrier 25HNH648A003 (4.8-kW cooling, 3.5-kW heating, AHRI-certified for -22°F) and keep the gas furnace as backup heat (switchover at -5°F outdoor air). Your licensed HVAC contractor (licensed in Colorado, required by law) will pull the permit online via Broomfield's permit portal. The contractor uploads the AHRI spec sheet, a one-line electrical diagram showing the new compressor circuit on a dedicated 30-amp breaker, the outdoor-unit placement photo (15 feet from the east wall, 3 feet from property line), and the refrigerant-line routing (runs through the rim joist, through the basement rim, then up to the attic air handler). The contractor also uploads a Manual J load calc (done by the HVAC company, not the homeowner) showing the home needs 35,000 BTU/h at design conditions (-10°F) and the heat pump provides 18,500 BTU/h at -10°F; the gas furnace provides the remaining 16,500 BTU/h as backup. The permit is filed Friday morning. Broomfield's plan-review team returns it Monday with a request: clarify the switchover setpoint (outdoor air temp at which the gas furnace activates) and confirm the condensate line is routed to a floor drain or exterior grade. The contractor responds Tuesday. Permit is approved Wednesday. The contractor schedules the rough-mechanical inspection for the following Monday (compressor and coil are in place, refrigerant is charged but not yet sealed). Inspector signs off Monday afternoon. Rough-electrical inspection is the same day (electrician finalizes the compressor circuit breaker). Electrical passes. The contractor then finalizes startup and thermostat programming. Final mechanical and electrical inspection is scheduled for Wednesday. Inspector confirms the system is operational, the switchover is set correctly, and the gas furnace's automatic backup is working. Final inspection passes. Total permit cost: $225 (1.5% of estimated $15,000 job cost). Total timeline: 10 days from filing to final. Your $15,000 heat-pump system qualifies for the federal IRA 30% credit (capped at $2,000 per year) because the permit is in place and the contractor is licensed. You also submit the permit number to Xcel Energy for a potential $2,000–$3,000 rebate on the heat pump itself. No backup-heat penalty because the gas furnace is documented as a parallel-operating system, not an abandoned fossil-fuel appliance.
Permit required | Manual J load calc mandatory | Backup heat (gas furnace) required for 5B zone | Licensed contractor required | Electrical panel upgrade not needed (existing 200A) | Permit fee $225 | IRA tax credit eligible | Xcel rebate eligible | Total project $15,000–$18,000 (including permit + labor)
Scenario B
Like-for-like heat pump replacement, same tonnage and location, licensed contractor, no expansion
Your existing Carrier 25HNH648A (4-ton, installed 2017) is failing — the compressor is not holding pressure. You call the same Carrier service contractor who installed it nine years ago. The contractor evaluates and says the outdoor unit has to be replaced with an identical or equivalent Carrier 25HNH648 (same tonnage, same AHRI rating). Because the indoor coil is from 2017 and still good, the contractor will only swap the outdoor condenser unit. This is a classic like-for-like replacement. The contractor calls Broomfield's mechanical inspector (303-438-6460, ext. 1) on the phone and describes the job: same model, same location, same tonnage, only the outdoor unit. The inspector, familiar with this scenario, approves a 'no-permit-required' determination — the contractor can proceed with a service ticket instead of a formal permit. The contractor orders the outdoor unit, schedules installation for the following Tuesday, and has it swapped out in 4 hours. The refrigerant line is already in place (no routing changes). The electrician confirms the existing 30-amp compressor circuit is still good (no panel work needed). The system is started up and field-tested. No inspection is scheduled; no permit is filed or paid. Total cost: $2,800 (compressor unit + labor). Total timeline: 1 week from diagnosis to completion. However, there is a critical caveat: if during the swap the contractor discovers the indoor coil is damaged or the ductwork is compromised, the determination changes. If the contractor has to replace the indoor coil as well, it becomes a 'new system' in Broomfield's view, and a full permit is required retroactively — stop-work order, double permit fees ($450 instead of $225), and a 3-week plan-review cycle. This happens in about 15–20% of 'replacement' jobs because homeowners don't know the coil is failing until the unit is open. To be safe, ask the contractor upfront: 'Will this be a straight condenser-only swap, or is the coil questionable?' If there is any doubt, pull the permit preemptively and avoid the stop-work risk.
Permit may not be required (same unit, same location) | Over-the-counter verbal approval acceptable | Requires licensed contractor certification | $0 permit fee if no-permit determination is granted | $2,800–$3,500 material + labor | If indoor coil must be replaced, retroactive permit ($450) + stop-work risk applies | 3–7 days if no permit needed | 3–4 weeks if permit becomes necessary
Scenario C
New supplemental mini-split heat pump, owner-builder (owner-occupied, homestead-verified), existing central heat pump already in place
You live in a 1,400-sq-ft home on Broomfield's west side (verified owner-occupied, homestead exemption eligible). You already have a Carrier central heat pump serving most of the home, but your south-facing room addition (220 sq ft, completed with a separate permit three years ago) never got air conditioning and is brutally hot in summer (90°F+ while the rest of the home is 72°F). You want to install a Fujitsu 12-RLFCD mini-split (1-ton, ductless, indoor wall-mount unit in the addition, outdoor condenser on a ground pad). Because you are adding a second heat pump (not replacing an existing one), Broomfield requires a full permit. You are owner-occupied and Colorado law allows owner-builders, but Broomfield requires: (1) a notarized owner-builder declaration (stating you are the homeowner and will perform or directly supervise the work), (2) proof of homestead residency (your utility bill or property tax bill showing your name and address), and (3) completion of a Colorado Division of Real Estate 'Owner-Builder' informational sheet (available on the Broomfield permit portal). You upload these documents plus the Fujitsu spec sheet (AHRI data, cooling capacity at 95°F outdoor air: 12,000 BTU/h, heating capacity at 47°F: 11,500 BTU/h). Since this is a supplemental heat pump (the main central heat pump still serves the rest of the home), you do not need a backup-heat document — the existing furnace is still there. However, you must show the refrigerant-line routing: it runs from the ground-pad condenser, along the west exterior wall (in PVC sleeve for UV protection), through a 2-inch wall penetration in the addition, and to the indoor wall-mount evaporator. You note that the refrigerant line is 35 feet (within Fujitsu's 50-foot maximum for a 1-ton system). Broomfield's plan-review team receives your application on Monday. Tuesday, they email back: clarify the power supply for the indoor unit (120V or 240V wall outlet required within 6 feet). You check the Fujitsu manual — it's 240V, 15-amp. You respond that you will have a licensed electrician install a dedicated 240V/20A outlet within 3 feet of the wall-mount unit. This is outside your owner-builder scope; Colorado law restricts owner-builders from doing licensed electrical work. You hire a licensed electrician ($400–$600 to run a new 20A circuit from the main panel). Permit is re-approved Wednesday. Rough-mechanical inspection is scheduled for Friday (outdoor unit on pad, refrigerant line routed, indoor unit mounted, all refrigerant connections tight but not yet charged). Broomfield's mechanical inspector approves. Rough-electrical inspection is the same day (electrician shows proof of licensed work, the 240V circuit is tested with a multimeter, no load on it yet). Approval. You then charge the system (you must hire a licensed refrigeration technician; Colorado law does not allow owner-builders to handle refrigerant). Technician charges and tests. Final inspection is Monday — mechanical and electrical both pass. System is running, both heating and cooling modes work, thermostat responds. Final inspection clears. Total permit cost: $180 (Broomfield charges slightly less for supplemental systems). Total timeline: 12 days from filing to final. Total out-of-pocket: permit $180 + Fujitsu unit $2,200 + electrician $500 + refrigeration charge $300 = $3,180. You do not qualify for the IRA tax credit because you are the owner-builder (not a licensed contractor), but you may qualify for a state rebate if you use a licensed refrigeration tech for the charging step — check with Xcel Energy. The critical Broomfield rule here: as an owner-builder, you cannot pull electrical or refrigeration work yourself; you must hire licensed tradespeople for those phases, and the permit file will note 'owner-builder, licensed sub-trades required.' If you try to do the electrical work yourself and the inspector finds it, the permit will be revoked, the system must be de-energized, and you will need a licensed electrician to redo it — total additional cost $1,000–$2,000 and 3-week delay.
Permit required (supplemental heat pump) | Owner-builder allowed (homestead-occupied 1–2 family only) | Notarized owner-builder declaration required | Licensed electrician required for 240V circuit ($400–$600) | Licensed refrigeration tech required for charging ($300–$500) | Permit fee $180 (supplemental rate) | Manual J not required (central HP is primary) | Backup heat not required (main furnace serves home) | IRA credit not eligible (owner-builder) | State rebate may apply | Total project cost $3,000–$3,500

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Broomfield's climate-zone split and why it matters for heat-pump design

Broomfield straddles two IECC climate zones: 5B (Front Range, elevation 4,800–5,500 feet) and 7B (mountains, elevation 6,000–7,500 feet). The Front Range 5B zone has a winter design temperature of -10°F (99th percentile), while mountain 7B can hit -15°F or lower. This split affects heat-pump sizing and backup-heat requirements. A Broomfield permit officer will ask: 'What is your home's actual elevation and design-heating temperature?' If you say '5,300 feet, south of US-36,' the city applies -10°F as the design condition. If you say '7,100 feet on Buffalo Creek Road,' the city applies -15°F and may require a larger heat pump or a more robust backup-heat strategy.

The ground-source heat-pump exception (common in suburban builds): if your home has a closed-loop geothermal system (a heat pump that draws heat from the earth year-round), Broomfield does not require auxiliary backup heat because geothermal systems maintain stable heating performance even at -20°F. However, you still need the permit, the Manual J calculation, and an independent verification that your loop field size is adequate. This typically requires a GCHP Professional Certification document from the HVAC contractor.

For homeowners upgrading from oil heat to heat pump, Broomfield's code requires proof that the oil tank has been removed or properly abandoned; a heat pump permit cannot close if an abandoned oil tank is still in the ground. This is an environmental compliance cross-check with the Colorado Department of Natural Resources. Plan ahead: tank removal typically takes 1–2 weeks and costs $1,500–$3,000.

Electrical panel undersizing and the real cost of heat-pump projects in Broomfield

Heat pumps draw high startup current (inrush) when the compressor engages. The NEC Section 440 specifies that a compressor circuit requires a breaker sized at 150% of the compressor's full-load amperage (FLA); a typical 3.5-ton heat pump has an FLA of 16–18 amps, so the breaker must be 24–27 amps (rounded to 30 amps per NEC 240.6 standard sizes). Broomfield's electrical inspector flags any undersized breaker on the rough-electrical inspection. If your home has a 100-amp service with a 60-amp main breaker and already has a 50-amp electric dryer plus a 40-amp water heater, adding a 30-amp heat-pump compressor circuit may violate NEC 230.42 load-calculation rules (sum of all breakers cannot exceed panel's main-breaker rating by more than 25% in demand calculations, per NEC Annex D). If you hit this wall, you must upgrade the main panel from 100 amps to 200 amps. Broomfield's electrician estimates this at $2,500–$4,500 (including new meter socket, new main breaker, reconnection). Many homeowners discover this during plan review, delaying the entire project by 4–6 weeks while the panel upgrade is ordered, installed, and inspected separately.

Broomfield's permit office publishes a one-page electrical-capacity checklist that licensed contractors use to pre-screen homes before quoting a heat pump. If the checklist shows the panel is borderline, the contractor recommends the panel upgrade upfront. Owner-builders and homeowners should request this checklist from the city before hiring anyone. A $300 panel evaluation can save you $2,000 in surprise panel-upgrade costs.

One Broomfield-specific cost: the city's electrical inspector requires a licensed electrician to perform a 'load-side' arc-flash hazard assessment if the heat pump circuit is added to an older 100-amp panel. This is a 15-minute safety test (per NFPA 70E), and some contractors bundle it ($100–$200). Budget for it so you're not blindsided.

City of Broomfield Building Department
12101 Huron Street, Broomfield, CO 80020
Phone: 303-438-6460 (extension 1 for mechanical permits) | https://www.broomfield.org/residents/building-development (click 'Permits & Licenses' or 'Apply for a Permit')
Monday–Friday, 8:00 AM – 5:00 PM (phone lines close at 4:30 PM; walk-in plan review until 4:45 PM)

Common questions

Does Broomfield require a Manual J load calculation for every heat-pump permit?

Yes, for new installations and system conversions. For true like-for-like replacements, the Manual J is not required because the load calculation is assumed unchanged. Broomfield's plan-review team will reject any new-system permit that lacks a detailed Manual J showing the home's design heating and cooling load in BTU/h at 99% and 1% outdoor design temperatures. The contractor must provide this — homeowners should not attempt to calculate this themselves. A proper Manual J accounts for the home's insulation, window orientation, infiltration rate, and other factors specific to that building.

Can I install a heat pump myself to avoid the permit cost?

Not legally in Broomfield. Colorado law requires a licensed mechanical contractor to install the heat pump and pull the permit. An owner-builder exception exists for single- or two-family owner-occupied homes, but you still cannot do the electrical and refrigeration work yourself — you must hire licensed trades. Also, unpermitted installations disqualify you from the federal IRA 30% tax credit (up to $2,000 per year) and most utility rebates. The permit cost ($150–$350) is far smaller than the tax-credit or rebate value you'd lose ($1,000–$5,000). Never skip the permit to save $200.

How long does Broomfield's permit approval process take for a heat pump?

5–7 business days for plan review if a licensed contractor submits electronically via the permit portal and provides complete documents (AHRI spec, electrical one-line, Manual J, refrigerant routing). Owner-builder permits may take 10–14 days because the city cross-checks ownership and homestead status. Once approved, scheduling all three inspections typically takes 2–3 weeks. From application to final inspection: 3–4 weeks total. Express approval is not available for heat pumps, but if the permit is initially incomplete, the city returns comments within 1–2 days, and you can respond quickly to re-approve.

Do I need a permit if I'm only replacing my heat pump with the exact same model?

Probably not, but you must confirm first. A true 1:1 replacement of an identical unit (same model, same tonnage, same outdoor location, same indoor location) pulled by a licensed contractor can sometimes avoid a permit. Call Broomfield's mechanical inspector at 303-438-6460, ext. 1, describe the job, and ask for an over-the-counter 'no-permit determination.' If the inspector agrees, the contractor can proceed with a service ticket. If any component is upgraded, substituted, or relocated, it becomes a new system and a permit is required. Many homeowners think they can swap a unit without calling ahead — do not assume; one phone call takes 5 minutes and prevents a stop-work order.

Will my heat pump qualify for the federal IRA tax credit if Broomfield permits it?

Yes, provided three conditions are met: (1) the permit is pulled before installation begins, (2) the contractor is licensed and has completed the IRA-Section 45L training certification (most licensed HVAC contractors have by now), and (3) the equipment is AHRI-certified and meets minimum efficiency levels (for heat pumps, SEER2 16+ and HSPF2 9+ typically qualify, but check ENERGY STAR's updated list). The IRA allows 30% of equipment and labor costs, capped at $2,000 per year per home. Broomfield's permit file will note the contractor's license and the AHRI data, which helps the IRS verify the claim if audited. No permit, no tax credit — it's automatic disqualification.

What's the difference between a 5B and 7B climate zone, and why does it matter for my Broomfield heat pump?

Climate zone 5B (Front Range, including most of Broomfield) has a winter design temperature of -10°F; zone 7B (mountains, parts of northern Broomfield) is -15°F or lower. A heat pump sized for 5B may not maintain full heating output at -15°F, so Broomfield's code requires backup heat (auxiliary electric resistance or retained gas furnace) for 5B homes when the heat pump alone cannot meet 99% of design load. If you live at a higher elevation in Broomfield (above 6,500 feet), confirm your zone with the permit office — it affects the heat-pump selection and backup-heat requirements.

Will adding a heat pump increase my home's property taxes in Broomfield?

No. Replacing an HVAC system or adding a heat pump is not considered an improvement that increases assessed value under Colorado law. However, if you add a heat pump as part of a room addition or home expansion (e.g., adding a sunroom and installing a mini-split), the addition itself may be taxed. The heat pump alone does not trigger a reassessment. Ask your county assessor (Boulder County for most of Broomfield) to confirm, but this is standard across Colorado.

Do I need to inform Broomfield if my heat pump's refrigerant line runs through my neighbor's property?

Yes, and you also need your neighbor's written permission. Broomfield's mechanical code follows IRC M1305, which requires all refrigerant lines to be within the owner's property (or have documented easement agreement with the neighbor). If your outdoor condenser is on your property but the line runs through a shared fence or a corner of your neighbor's lot, the permit application must include a property-line survey and an easement or utility agreement signed by both parties. Most cases are avoided by placing the outdoor unit on the utility side of the home or in a corner strictly within your boundary. If your lot is tight on space, ask the contractor to assess the placement before filing.

What happens if Broomfield's inspector fails my rough electrical inspection for the heat pump?

Common failures are undersized breaker, undersized wire gauge, or improper grounding. The electrician has 14 days to correct the deficiency (per Broomfield's standard permit timeline) and request a re-inspection. The cost of corrections is borne by the electrician or homeowner (typically $200–$800 depending on whether rewiring is needed). If the deficiency is discovered during final inspection, the same 14-day correction window applies, but your system cannot be energized until the electrical issue is cleared. This is why hiring a licensed electrician is critical — they know the NEC and Broomfield's inspector's expectations, and they take responsibility for corrections.

If I install a heat pump now, can I still claim Xcel Energy rebates after the permit closes?

Yes, but timing matters. Xcel Energy's rebate application cross-checks Broomfield's permit file for the permit number and installation date. If your permit was issued before the heat pump was installed, and the final inspection date is in the permit file, Xcel will honor the rebate. If you install first and permit later (retroactive), Xcel's system may flag the out-of-sequence work and deny the rebate. The rebate application asks 'When was the system installed?' — they compare your answer to Broomfield's final-inspection date. Always permit first, then install. Xcel's rebate portal also requires AHRI documentation and energy-audit proof, which are part of the Broomfield permit file. It's streamlined if you do it in order.

Disclaimer: This guide is based on research conducted in May 2026 using publicly available sources. Always verify current heat pump installation permit requirements with the City of Broomfield Building Department before starting your project.