Skip to main content

Real prices. No pressure.

How much does a new HVAC system cost in Memphis? Ductwork drives half the cost

Memphis HVAC replacement runs $8,000 to $10,500 depending on scope. The estimator below shows where yours lands.

Free · No Signup · Pricing Verified: Jul 2026

How the Estimator Works

Select your system type (AC, furnace, heat pump, or mini-split), home size, efficiency level, and ductwork condition to see instant labor and material costs for 2026 including TVA rebates. No email or phone number required to view pricing.

Loading...

Twenty-Seven Summers

Memphis HVAC replacement starts at $2,400 for a small home. Most replacements on existing ducts fall between $5,800 and $14,200. Premium whole-house systems with new ductwork can reach $33,600.

Rusted residential AC condenser unit beside a brick ranch home with overgrown grass on a humid summer day

The compressor died on a Thursday in July. Gloria heard it from the kitchen. A grinding sound that lasted three seconds and then nothing. The house went quiet in a way that houses in Memphis are not supposed to go quiet in July.

By Friday morning the thermostat read 84. By Friday afternoon it read 91. James had opened every window, set up two box fans in the hallway, and pulled the window unit from the garage that they hadn't used since the ice storm in 2021.

Gloria was already on the phone. She called three companies before her shift at Baptist Memorial.

The first quoted $4,800 over the phone. Fourteen-SEER2 AC, builder-grade, swap on the existing pad. He didn't ask about the furnace.

The second quoted $14,500. Heat pump system, new duct runs in the attic, premium brand. He asked about square footage and nothing else.

James wrote both numbers on the back of an envelope and stared at them. "That's a $10,000 spread on the same house."

Gloria made the third call. Ray answered on the second ring.

"I can't quote you over the phone," he said. "I need to see the house."

"When?"

"Tomorrow morning. Seven thirty, before it gets hot."

She looked at James. He nodded.

"We'll be here," she said. "Our granddaughter arrives a week from Saturday. The house has to be cool by then."

Some systems don't fail. They just finish.

The Load Calculation

Ray pulled into the driveway at seven twenty-five in a white truck with no lettering on the side. No magnetic signs, no wrap, no slogan. James noticed.

He walked the house before he said anything. Started at the thermostat. Looked at the return vent in the hallway. Held his hand in front of the supply vent in the living room.

"Feel that," he said.

James put his hand where Ray's had been. Air from the window unit was pushing through the room, but the vent itself was dead.

"That's your system. Nothing coming out." Ray walked to the outdoor unit. The condenser sat on a concrete pad next to the house, surrounded by monkey grass that James kept trimmed. The unit was clean. James had cleaned it every spring for 27 years.

"You took care of it," Ray said. It wasn't a question.

"Changed the filter every month. Had it serviced twice a year. Washed the coils every April."

"That's why it lasted 27 years. Most systems in Memphis go 15 to 20." Ray pulled a clipboard from his bag. "But the compressor is done. No repair on this one."

He started asking questions nobody else had asked. Ceiling height. Insulation in the attic. Number of windows and which direction they faced. How many people lived in the house. Whether they kept the blinds closed on the west side in the afternoon.

"What does any of that have to do with replacing the AC?" James asked.

"Everything. Your current system is 5 tons. For 1,800 square feet with standard insulation and eight-foot ceilings, you need 3.5 tons." Ray wrote the number on his clipboard. "Whoever installed the original oversized it by a full ton and a half."

"Bigger cools faster, doesn't it?"

"Bigger short-cycles. Kicks on, drops the temperature fast, shuts off before it runs long enough to pull the humidity out of the air. That's why your house always felt clammy at 72. The system was too big to dehumidify."

James looked at the thermostat he'd read every morning for 27 years. "Nobody ever told me that."

"Nobody ran the calculation." Ray tapped the clipboard. "A proper load calculation takes into account ceiling height, insulation, window orientation, and local climate data. Memphis runs 30 to 40 BTU per square foot for cooling load. For this house, that's a 3 to 3.5 ton system. The calculation takes 30 to 60 minutes and should be free with any serious bid."

Gloria was watching from the doorway. "The first company quoted us without asking any of those questions."

"Then the number is a guess," Ray said. "And a guess runs for 15 years."

The system James maintained for 27 years was the wrong size the day it was installed. He never knew because nobody measured the house.

The Attic

Ray looked at the ceiling in the hallway. "I need to go up."

"It's July," James said. "It's going to be 130 degrees up there."

"I know." Ray pulled the attic access panel in the hallway closet and climbed through with a flashlight and a moisture meter.

James listened from below. He heard Ray moving across the joists, stopping, moving again. Three minutes passed.

"Come look at this," Ray called down. "Bring your phone."

James pulled himself up through the access panel. The heat hit him like opening an oven. He crawled toward the flashlight.

Ray was pointing at a flex duct run that had come loose from the boot connecting to the ceiling vent. Cooled air had been blowing into the attic insulation.

"How long has that been like that?" James asked.

"Could be years. Could be since the original install. Nobody sees it unless they come up here." Ray panned the flashlight down the run. A second section of flex duct was crushed flat where it crossed a truss. "That bedroom gets maybe half the airflow it should."

"That's Keisha's room." James stared at the crushed duct. "My granddaughter's room. Gloria always said that room ran warm."

"Now you know why." Ray checked three more connections. Two were intact. One had tape that had dried out and was starting to separate. "Your ductwork isn't destroyed. But it needs repair before a new system goes in."

"What does that cost?"

"Duct sealing runs $500 to $1,500 for reconnecting loose joints and sealing leaks. Full duct replacement runs $3,900 to $8,000 when the runs are crushed, undersized, or disconnected. Yours falls in between. The disconnected run and the crushed section need new flex. The rest needs sealing and new tape at the joints. I'd estimate $2,000 to $2,500 for this house."

James took a photo of the disconnected duct with his phone. "The company that quoted $4,800 -- they weren't going up here?"

"They quoted an AC swap on the pad. Equipment for equipment. If the ductwork leaks a third of the air before it reaches the rooms, the new system works just as hard as the old one."

They climbed back down. James looked at the photo on his phone.

"I've been cooling my attic for 27 years."

"Part of it. Memphis attics hit 140 to 150 degrees in July. Every degree your ductwork leaks costs money every month for the life of the system."

The equipment gets the sticker. The ductwork decides whether it works.

The Decision

Ray sat at the kitchen table with his clipboard and a calculator. Gloria had come home from her shift and changed out of scrubs. James had made coffee. It was nine in the morning and already 87 degrees in the house.

"You have three paths," Ray said. "I'm going to give you numbers on all three and let you decide."

Gloria pulled a notepad toward her. She wrote the same way she charted at the hospital. Neat columns, no wasted space.

"Path one. AC and furnace combo, standard efficiency, economy brand. Fourteen-point-three SEER2, 80% AFUE on the furnace. On your house with duct repair, that's $8,600 to $11,600. Lowest upfront cost. Meets current code. No rebates."

"Path two. AC and furnace combo, high efficiency, midrange brand. Sixteen SEER2, 92% AFUE furnace. With duct repair, $10,500 to $14,200. Lower monthly bills. Better humidity control. The higher SEER2 rating means the system runs longer at lower output instead of cycling on and off."

Gloria wrote both numbers. "What's the monthly difference?"

"On this house, roughly $60 to $90 per month in savings over a standard efficiency unit. Over 15 years, that's $10,800 to $16,200 in lower utility bills. The efficiency upgrade pays back about half to two-thirds of the price difference."

"Path three?"

"Heat pump. All electric, heats and cools from one outdoor unit. High efficiency, midrange brand, with your duct repair. $10,300 to $13,900. Similar upfront to path two, but TVA gives better rebates on heat pumps."

James looked at the three columns. "What about the brand? That first company quoted Goodman. The second quoted Trane."

"Goodman is economy tier. Solid equipment, best value. Rheem and York are midrange -- balanced price and quality. Carrier, Trane, and Lennox are premium. On this house, the brand difference between economy and premium adds $1,500 to $3,000 to the install. The warranty difference is usually two to five years."

Gloria tapped her pen on the notepad. "What about those mini-splits I keep seeing online?"

"Mini-splits start at $2,200 for a single zone and run to $16,100 for a four-zone premium system. They make sense for homes without ductwork, additions, or rooms that never balance. Your house has ducts and a gas furnace connection. A mini-split would be solving a different problem."

She looked at James. He looked at the three columns.

"Path two," James said. "High efficiency, midrange. We're not in this house for five years. We're in it for the rest."

The $10,000 spread between the first two quotes wasn't a markup. It was the difference between replacing equipment and replacing a system.

The Rebate

Ray pulled a single sheet from his clipboard and set it between the coffee cups.

"TVA changes the math," he said.

"TVA gives rebates on HVAC?" Gloria asked.

"Memphis falls under TVA for electricity. Their EnergyRight program is one of the strongest utility rebate programs in the Southeast." He pointed to the sheet. "Heat pump rebates run $500 to $1,500 depending on efficiency rating and system type. Central AC rebates run $250 to $400 for qualifying systems."

"What about the federal tax credits?" James asked. "I saw something online about 30% back."

"Those expired at the end of 2025. The Inflation Reduction Act credits were cut short by new legislation. They're gone for 2026 installs." Ray tapped the TVA line. "But TVA rebates are still active and processed through the contractor. I handle the paperwork. You get a check in four to six weeks."

Gloria wrote down the numbers. "So on the AC and furnace combo at high efficiency, we'd get back $250 to $400 from TVA."

"On the combo, yes. If you'd gone heat pump at the same efficiency level, the rebate would be $500 to $800. Premium efficiency heat pumps qualify for up to $1,500."

James looked at the numbers again. "Is that enough to change the decision?"

"For some people it tips the scale toward heat pump. For you, you've got a gas line and a furnace that's still serviceable infrastructure. The combo makes sense for this house." Ray paused. "Tennessee is also rolling out state-level rebate programs through remaining IRA funding. Those are income-based and expected to launch later in 2026. Could add more savings for qualifying households."

Gloria circled the $250-$400 line. "Every dollar back matters."

"That's why I bring the sheet."

The rebate doesn't change what the system costs. It changes what you keep.

The Number

Ray came back Monday morning with a crew of two. The house had been over 85 degrees for four days. James had moved the window unit to the bedroom where Keisha would sleep. Gloria had been working nights and sleeping during the day in a house that felt like the inside of a tent.

The old system came out in pieces. Condenser off the pad by nine. Air handler out of the closet by ten. The new equipment was staged in the garage, still on the pallet.

Ray's crew went into the attic first. Reconnected the loose boot in Keisha's room. Replaced the crushed flex duct run with new insulated flex, secured with metal straps instead of plastic ties. Sealed every joint with mastic and foil tape. Tested airflow at every vent before the new system went in.

The new condenser went on the pad at noon. Air handler in the closet by two. Refrigerant lines, electrical connections, and thermostat wiring took until four. Ray ran the system at five fifteen and stood at every vent in the house with an anemometer, measuring airflow.

"Keisha's room," he said. James followed him. Ray held the device at the vent. The reading was double what it had been.

"That's what it's supposed to feel like," Ray said.

The total came in at $12,400. High-efficiency AC and furnace combo, midrange brand, 16 SEER2 / 92% AFUE. Ductwork repair at $2,300. Equipment and labor at $9,200. Sales tax at $587. Mechanical permit at $313. TVA rebate paperwork filed, estimated return of $300 to $400 in six weeks.

Inside the range Ray had quoted at the kitchen table. No change orders. No surprises.

The HVAC contractor connected through this platform carries an active Tennessee Board for Licensing Contractors license with a monetary limit that covers the scope of work. General liability insurance and workers compensation for every crew member on the job. References called, not collected. License verified directly with the state. Vetted in person by someone with more than two decades in Memphis construction.

When a homeowner is ready, the platform connects them with one contractor. Not a list. Not a bidding war. One vetted professional matched to the system type and the house. The contractor gets a warm introduction with the estimate details already in hand. The homeowner gets one phone call, not five.

The estimator gives unlimited estimates without collecting anything. No account. No email. No phone number. Adjust the system type, home size, efficiency level, and brand tier. Compare AC against heat pump against mini-split. The estimate belongs to the person who built it.

The duct repair was $2,300. Without it, the new system would have cooled the attic the same way the old one did.

August

Keisha arrived on a Saturday morning in a car seat in the back of her mother's sedan. Gloria was on the porch. James was in the driveway before the car stopped.

The house was 72 degrees. It had been 72 degrees for nine days. The system ran in long, quiet cycles that James could barely hear from the living room. No short kicks. No clammy air. No warm spots in the hallway.

Keisha's room was cool. The vent above her crib pushed air that James held his hand in front of the way Ray had shown him. Steady. Even. The airflow that had been blowing into the attic for 27 years was reaching the room for the first time.

Gloria came in from the kitchen with a glass of water. She looked at the thermostat and then at James.

"You've checked it three times today," she said.

"Twice."

"Three."

He smiled. "It's holding."

Gloria sat down in the chair by the window. The house was quiet. Not the quiet of a dead compressor in July. The quiet of a system that was the right size for the house, pushing air through ducts that were sealed, into rooms where people were going to sleep that night.

James had maintained everything in this house for 27 years. The gutters, the water heater, the garbage disposal, the deck boards, the screen door. He had never called someone to fix what he could fix himself.

The one thing he couldn't fix was the one thing that mattered most in July.

He looked at the thermostat one more time. Seventy-two.

"Stop checking it," Gloria said.

"I'm not checking it. I'm appreciating it."

From the back of the house, through the closed door of Keisha's room, they could hear the air moving through the vent. A sound like breathing.

Twenty-seven summers on the old system. The twenty-eighth was for the granddaughter.

1

Browse Prices

See current rates for your system type and home size including rebates. No contact info required to browse.

2

Verify When Ready

A quick text code confirms you're real and unlocks your detailed estimate.

3

Get Connected

We introduce you to a verified Memphis HVAC contractor. No phone tag, just a professional ready to help.

What Drives a Memphis HVAC Quote

The spread between $2,200 and $33,600, and where the money actually goes.

System TypeTypical RangeNotes
Central AC Only$2,500-$22,700Cooling only, pairs with furnace
Gas Furnace Only$2,400-$21,600Heating only, pairs with AC
AC + Furnace Combo$4,300-$33,600Complete system, most common
Heat Pump$4,200-$33,200All-electric, best rebates
Mini-Split$2,200-$27,100Ductless, zone control
Under 1,500 sq ft
2-3 ton system
$2,400-$23,000
1,500-2,500 sq ft
3-4 ton system
$3,100-$27,500
Over 2,500 sq ft
4-5+ ton system
$4,000-$33,600
ProgramAmountNotes
TVA Preferred Heat PumpUp to $1,500Variable speed, TVA-vetted contractor
TVA Heat Pump (17+ SEER2)Up to $800TVA-vetted contractor required
TVA Heat Pump (15-16.99 SEER2)Up to $500TVA-vetted contractor required
TVA Central AC (17+ SEER2)Up to $400TVA-vetted contractor required
TVA Central AC (15-16.99 SEER2)Up to $250TVA-vetted contractor required
TVA System Tune-up$50Existing heat pump or AC

Based on Jul 2026 Memphis Metro contractor data. See the full pricing reference

Common Questions

HVAC replacement in Memphis runs $2,200 to $33,600 depending on system type, home size, efficiency level, brand tier, and ductwork condition. A standard AC and furnace combo for a 1,500 to 2,000 square foot home costs $6,600 to $8,900 installed with existing ductwork in good condition. A single-zone economy mini-split starts around $2,200. Premium systems with new duct runs on large homes reach the top of the range.

The average HVAC system lasts 15 to 20 years. Memphis heat and humidity put more strain on cooling equipment than moderate climates, and many systems lose significant efficiency after 10 to 12 years. Replacing a system older than 15 years with a modern unit can reduce cooling costs by 20 to 40%.

Heat pumps provide both heating and cooling from one unit using electricity. Heat pumps for a 1,500 to 2,000 square foot home run $5,700 to $8,700 installed across economy and standard tiers, comparable to an AC and furnace combo at $6,600 to $8,900. Heat pumps qualify for larger TVA EnergyRight rebates, returning $500 to $1,500 on qualifying installations. Memphis winters are mild enough for heat pumps to work efficiently most days, with backup heat strips handling the coldest nights.

Yes. Memphis and Shelby County require mechanical permits for most HVAC installations and replacements. Permit fees are based on total project valuation. The estimator includes approximately $313 for permit costs. Your contractor handles the permit application and scheduling of required inspections.

If the system is 15 years or older and the repair costs more than $1,500, replacement usually makes more sense. The average HVAC repair in Memphis runs $100 to $825. Modern systems are 20 to 40% more efficient than equipment installed a decade ago, and repair costs tend to accelerate on aging units. A system still running at 15 years may cost more in monthly bills than a new one would in payments.

Memphis homes typically need 2.5 to 5 tons of cooling capacity depending on square footage and insulation. A 1,500 to 2,000 square foot home usually needs a 3 to 3.5 ton system. A 2,000 to 2,500 square foot home needs 3.5 to 4 tons. Oversized systems short-cycle and leave the house humid. A Manual J load calculation is the only way to get the right size.

A Manual J load calculation measures your home's actual cooling and heating needs based on square footage, ceiling height, insulation R-values, window types, and orientation. It takes 30 to 60 minutes and should be free with any serious bid. If a contractor quotes a system size without performing one, that number is a guess.

Spring (March through May) and fall (September through November) are the best times. Memphis HVAC contractors are slammed June through August, with wait times stretching to 1 to 2 weeks during peak summer. Off-season replacements happen faster, and some contractors offer better scheduling flexibility.

A straightforward equipment swap takes 1 day. Adding ductwork or switching system types extends the timeline to 2 to 3 days. Scheduling lead times add 3 to 10 days depending on season. Summer wait times in Memphis can stretch to 2 weeks when every company is booked.

Memphis falls under TVA's EnergyRight program. Heat pump rebates run $500 to $1,500 depending on efficiency rating and system type, with TVA Preferred heat pumps at the top. Central AC rebates run $250 to $400 for 15+ SEER2 units. All rebates require a TVA-vetted contractor from the Quality Contractor Network. Federal IRA tax credits expired December 31, 2025. Tennessee state rebate programs funded by IRA are expected to launch in late 2026 and may offer additional savings for income-qualifying households.

Not always, but it should be inspected. Memphis attics hit 140 to 150 degrees in summer, and ducts in that environment lose 20 to 30% of cooling capacity through leaks and poor connections. Duct sealing runs $500 to $1,500. Full duct replacement costs $3,900 to $8,000. The estimator adds approximately $2,300 for duct repairs or $5,950 for new duct installation when selected.

Yes. The estimator shows real-time Memphis market pricing instantly on screen. Your information is never sold or shared. You only submit contact details if you decide to connect with a verified HVAC contractor for a formal bid.

Central AC replacement in Memphis runs $2,500 to $22,700 depending on home size, efficiency level, and brand tier. A standard-efficiency economy unit for a 1,500 to 2,000 square foot home starts around $3,350. High-efficiency premium units for large homes with new ductwork reach the top of the range. The furnace can stay if it has remaining useful life and the coil matches the new condenser.

Memphis code minimum is 14.3 SEER2. Standard efficiency (14.3-15 SEER2) meets code and costs the least. High efficiency (15.2-17 SEER2) saves $60 to $90 per month in a typical Memphis home and qualifies for some TVA rebates. Premium efficiency (18+ SEER2) qualifies for the largest rebates but costs $1,500 to $3,000 more upfront. For most Memphis homeowners staying in the house long-term, 16 SEER2 hits the best balance of cost and savings.

Two options. A ductless mini-split starts at $2,200 for a single zone and runs to $27,100 for a whole-home multi-zone system. A ducted central system with new duct installation runs $8,400 to $33,600 depending on system type and home size. The ductwork alone adds $3,900 to $8,000. Mini-splits avoid that cost entirely and allow zone-by-zone temperature control.

In most cases, yes. Mismatched equipment reduces efficiency, voids manufacturer warranties, and can cause premature failure. A new outdoor condenser paired with an old indoor coil may not reach its rated SEER2 efficiency. The refrigerant types may also be incompatible. Replacing both ensures the system performs as designed and maintains full warranty coverage.

Upgrading from standard (14.3 SEER2) to high efficiency (16+ SEER2) saves roughly $60 to $90 per month on a typical Memphis home. Over 15 years, that amounts to $10,800 to $16,200 in lower utility bills. The efficiency upgrade typically pays back about half to two-thirds of the price difference. Memphis summers are long and hot, which means the savings accumulate faster than in moderate climates.

SEER2 replaced SEER as the federal efficiency standard in January 2023. SEER2 uses updated testing conditions that produce slightly lower numbers for the same equipment. A unit rated 16 SEER might test at 15.2 SEER2. All new equipment sold in the US uses SEER2 ratings. When comparing older quotes to newer ones, the numbers are not directly comparable without conversion.

A single-zone economy mini-split starts at $2,200. A 4-zone premium system runs $11,900 to $16,100. Whole-home coverage with 6+ zones reaches $20,100 to $27,100. Mini-splits make sense for homes without ductwork, additions, converted garages, and rooms that never balance with the central system. Installation takes 1 to 2 days with no ductwork required.

The spread comes from what is included. A $4,800 quote might cover equipment only, swapped on the existing pad with no ductwork inspection. A $14,000 quote might include a load calculation, duct repair, higher efficiency equipment, permit, and a 10-year labor warranty. The difference is not markup. It is scope. Always compare quotes line by line: equipment model, efficiency rating, ductwork scope, permit, and warranty terms.

Economy brands like Goodman and Payne offer the best value with solid reliability. Midrange brands like Rheem, York, and Ruud balance price and features. Premium brands like Carrier, Trane, and Lennox offer the longest warranties and quietest operation. The brand difference on the same house adds $1,500 to $3,000 to the installed price. All major brands use similar compressors and components. Installation quality matters more than the name on the unit.

Standard homeowner insurance does not cover HVAC replacement due to age or wear. It may cover damage from specific events like lightning strikes, fallen trees, or electrical surges. Home warranty plans sometimes cover HVAC but typically cap payouts at $1,500 to $3,000, well below actual replacement cost. Filing a claim for normal wear will not result in coverage.

Memphis HVAC Replacement: Contractors, Licensing, and Timing

HVAC contractors in Memphis must hold an EPA 608 certification to handle refrigerants and a Tennessee contractor's license for projects over $25,000. Most full system replacements — AC plus furnace on a 2,000 square foot home — land in the $8,000 to $14,000 range and cross that threshold. A heating and cooling Memphis homeowner hires should carry both credentials and pull the mechanical permit through Shelby County. If a technician skips the permit, the homeowner is exposed to code violations on resale.

Memphis summers put more strain on HVAC equipment than most of the country. The heat load in Shelby County routinely demands 4 to 5 ton systems for homes that would run a 3 ton unit in a moderate climate. That sizing difference drives AC replacement Memphis costs above national averages and is why load calculations matter. An HVAC Memphis contractor who quotes a system size without performing a Manual J is guessing.

The best time to replace an HVAC system in Memphis is March or April. Contractors are available, scheduling lead times are 3 to 5 days rather than 2 weeks, and the work gets done before June heat arrives. Every year homeowners wait until June when the system fails and pay peak-season pricing with no negotiating leverage. Shoulder season scheduling is the single easiest way to reduce the total cost of HVAC replacement in Memphis.

See Current Prices

Get your personalized estimate in 60 seconds.

See Current Prices

Know a HVAC Contractor?

Tell them about our estimators for their residential construction business.

Learn More