10 Best Wall Mounted Electric Heaters for Basements (October 2026)

The best wall mounted electric heaters for basements fall into two families, and the right one for you comes down to a single question: can you get a 240V circuit to that wall. If yes, a hardwired in-wall fan-forced unit like the Cadet Com-Pak gives you real heat output and never trips on a shared circuit. If no, a plug-in infrared or panel unit hung on two screws is the honest answer, and it will comfortably warm a small or well-insulated basement as supplemental heat.

Our team has been sorting through wall heater specs, amperage draws and wall cavity dimensions for 2026, and the pattern we kept hitting is that most basement wall heater guides recommend portable floor units that owners then push into a corner anyway. Every pick below is genuinely wall mounted, either recessed into a wall can or hung on a mounting plate.

We also found that basement heat loss is not the same problem as above-grade heat loss. Basements sit below grade, bleed heat through masonry walls and rim joists, and often fall below the furnace’s cold-air return. That is why a heater rated for 150 square feet can look undersized on paper and still hold a small finished room, while a 500-square-foot space with three exterior walls will need everything a 240V circuit can deliver.

Here is the short version before the details. The Heat Storm HS-1500-PHX-WIFI is the best overall wall mounted electric heater for basements, with the largest review base we found. The Cadet Com-Pak CSC202TW is the best hardwired 240V choice. The ENVI LE5012P is the quietest pick for a finished basement used as a bedroom or office. We will walk through all ten, including the honest limits of each one, below.

Top 3 Wall Mounted Electric Heaters for Basements

Best Wall Mounted Electric Heaters for Basements at a Glance

1. Heat Storm HS-1500-PHX-WIFI – Best Overall Plug-In Wall Heater

We chose this one first because of the volume of long-term ownership behind it. More than 13,000 reviews at a 4.4-star average tells us this is not a unit that gets returned after a month, which matters when you are cutting a hole in a finished basement wall rather than setting a portable box on the floor.

Output is 1500W and 5200 BTU on a standard 110V cord, rated at up to 150 square feet as a primary heat source and up to 750 square feet as supplemental heat depending on insulation. It is a radiant infrared design, so it heats the wall surface and the objects in front of it, including you, before the whole room evens out.

Control is where this unit separates itself from the bargain wall heaters. You get a touch screen with a digital thermostat, a remote in the box, and Wi-Fi for phone control. The thermostat tops out at 99 degrees F, and the safe-touch grill stays cool enough to mount at seated head height without a worry.

Two details caught our attention. The cord can be tucked into the body of the unit when it is installed directly over a receptacle, so nothing dangles down the wall. The tip-over shutoff is largely irrelevant on a wall mount, but it also protects during the install window before the screws are fully tightened.

What it does well in a real basement

Owners consistently point to the wall mount freeing up floor space in small, finished rooms where a portable unit would be in the way of a desk or a sofa. If your basement is a media room, a workout corner or a small office, a unit that sits at shoulder height and stays quiet between heat cycles is exactly what you want.

The Wi-Fi scheduling is the feature that turns this from a heater into a zone heating source. You can set it to warm the room before you come downstairs and shut down overnight without walking down to a dial.

Where it falls short

This is the wall-mounted-only variant, and feet are not included, so it cannot be moved to a countertop or a shelf for seasonal use. Owners who expected a portable unit report that as a disappointment.

The 750 square foot figure is a supplemental-heat claim in a well-insulated space, not a promise about an uninsulated basement. In a drafty room with masonry walls, treat 150 square feet as the realistic number and size up if you have the option.

2. DREO DR-HSH009S – Best for App-Controlled Heat Distribution

This is the pick we recommend when a basement is used as a room people actually sit in. A forced-air heater that oscillates 120 degrees does a much better job of evening out a finished basement than a fixed-direction infrared panel, and the 215 square foot coverage rating is the highest of the plug-in group we reviewed.

The heating element is PTC ceramic with three fan speeds, and the digital thermostat holds one-degree accuracy across a 41 to 95 degree F range. That lower limit matters in a basement, because it means the unit can be asked to hold a temperature right near the point where uninsulated basements usually sit in midwinter.

Smart home integration is thorough here. The DREO app handles scheduling and remote control, and it pairs with Alexa and Google Home for voice changes. The LED panel adjusts its own brightness for low-light or sleep use, which matters in a finished room with no lamp on.

A drilling guide template and the mounting hardware ship in the box, so the physical install is a matter of marking four holes, checking the studs and driving screws. Wall mounting is permanent, which is the right trade for a basement you are heating regularly.

What it does well in a real basement

The wide oscillation is the feature basement owners notice first. A heater that dumps warm air at one wall leaves cold corners and a cold floor zone. This one sweeps, and combined with three fan speeds you can run it low overnight and high during the evening.

The accuracy of the thermostat also matters more than it sounds. An imprecise dial in a basement means overshooting, overshooting means wasted watts every night, and the 1F claim here is well within what we would expect from a unit with an app calibration function.

Where it falls short

At 1500W on a 12.5A draw, it pulls a lot from a standard 120V receptacle. In an unfinished basement with a laundry machine and a dehumidifier on the same circuit, expect to think about that load before running it for hours at full speed.

Coverage is still a well-insulated-room figure. A 400 square foot finished basement with masonry walls will feel the difference between heated and unheated air, and a single unit at this level will not close the gap on its own.

3. ENVI LE5012P – Best for Basement Bedrooms and Quiet Spaces

Noise is the loudest recurring complaint we found in basement heating threads, and this is the unit that answers it directly. The ENVI LE5012P has no fan at all. It is a convection panel design where warm air rises off the element naturally, so there is no blower, no motor bearing and no dust being blown around a room where people sleep.

The trade-off is output. At 500W and 4.2 amps it is a booster, not a primary heat source, and it is rated at roughly 150 square feet. The upside is that a 4.2 amp draw is unusually small, so owners run two or three of these on one 15A circuit without thinking about it.

The safety design is genuinely basement appropriate. The exterior stays at a cool 90 degrees F, a wall sensor cuts power if the unit is knocked off the mounting screws, and the manufacturer rates it for continuous 24-hour operation in homes with children and pets. The three-year warranty is the longest in this group.

It is also a 2-inch profile with a cavity that swallows the excess cord, and punch-out holes on the back let an electrician hardwire it later if you outgrow the plug-in arrangement. An auto-dimming power light keeps the wall clean in a dark room.

What it does well in a real basement

This is our recommendation for a finished basement bedroom, home office or media room where a blower running all night would be the dealbreaker. Owners in offices report it being genuinely inaudible at working distance, and there is nothing to clean because there are no moving parts and no filter.

Multiple units also make sense with this draw. Owners in older drafty homes run one near the ceiling cold spot and one near the floor, which is a cheap way to address the stratification that makes basements feel uneven.

Where it falls short

Owners report it cannot hold temperature when outdoor temperatures drop below roughly 30 degrees F, and the rating is only a 90 degree F ceiling. If your basement regularly sits in the low 30s, a 500W convection panel is not the unit that will carry you through January.

The rotary thermostat has no numeric readout, and on some units reviewers report an audible click and a blue flash when it cycles. A faint electrical hum has also developed on a few units after months of use.

4. DREO DR-HSH017S – Best for Quiet Operation Near Damp Spaces

Two numbers stand out here. The operating noise level is listed at 28 dB, the lowest figure in this group, and the airflow moves at 11.5 feet per second, so it is moving real air quietly rather than moving a trickle quietly. For a finished basement where a fan-forced in-wall unit would be audible over normal conversation, that combination is the point.

The IP24 rating is the second reason we like it for basements specifically. That is a water ingress rating, which makes it a more sensible choice near a laundry area, a utility sink or a basement that sweats in spring. It is not rated for direct water exposure, but it is not the wrong tool in a damp room.

Controls cover the usual ground: remote, app scheduling and Alexa voice control, with adjustable display lighting so the panel is not glowing in a dark room. An ECO mode and an app temperature-calibration function help hold a steady room temperature, which matters more in a basement where the thermostat and the actual floor level often disagree.

At 6.1 pounds this is the lightest unit we reviewed, and that is a practical advantage when you are holding it against a wall over a ladder while locating studs. A paper template ships in the box and the power cord runs 70.8 inches.

What it does well in a real basement

Owners highlight fast warm-up, quiet running and the range of control options. The 4.5-star average across more than 3,000 reviews is the highest among the smart wall heaters in this roundup, with only a small share of one-star ratings.

The combination of low noise and strong airflow makes it the most versatile pick for a basement that changes use. The same wall works for a quiet office in January and a damp laundry room in July.

Where it falls short

The 30 degree oscillation has to be physically adjusted rather than moved electronically, so it is more of an aim setting than a sweeping feature. If you need to heat a wide room, the DR-HSH009S with 120 degree electronic oscillation is the better tool.

Coverage is still insulation dependent. Owners in open or drafty spaces report that the listed square footage does not materialise, and the supplemental figure assumes conditions well above what a bare basement offers.

5. GiveBest UPH300M – Best Value 1500W Smart Wall Heater

This is the value entry in the list, and the reason it earns a place is the certification. It is ETL listed, with tip-over and overheat protection and V-0 flame-retardant materials, and the listing names basement as an approved room type. A cheaper heater is not a bargain in a space where you are worried about wiring and materials.

Output is 1500W and 5200 BTU of PTC heating, rated for spaces up to 200 square feet, on 120 volts at 12.5 amps. The thermostat runs from 40 to 99 degrees F with three heating modes and a 24-hour timer.

Control is three-in-one: Wi-Fi app, remote control and an LED touch panel that shows real-time room temperature. It is also Alexa-compatible, so voice control works without a separate hub.

ECO mode trims wattage output once the room reaches set temperature, and a mounting guide for drilling holes is included. At 7.2 pounds and 16 by 11.4 inches on the face, it is a compact unit that disappears into a finished wall reasonably well.

What it does well in a real basement

Owners in the reviews cite straightforward app and remote control, strong value for the output, and adequacy for bedrooms and basements. For a storage basement or a small finished nook where you want heat for a few hours a day rather than all evening, this is enough unit.

The live temperature readout on the panel is more useful than it sounds. Basement owners frequently cannot tell whether a wall unit is actually calling for heat, and a visible room temperature answers that without a phone.

Where it falls short

There is no oscillation at all, so the heat throws in one direction, and there is no app temperature calibration. That is the main functional gap compared with the two DREO units above it.

The 200 square foot rating assumes a well-insulated room. In a basement with masonry walls and a rim joist that was never insulated, plan on this being supplemental heat rather than a solution.

6. Broan-NuTone 174 – Best for Tight Wall Cavities

Broan-NuTone is one of the names that electricians actually put in basements, and this is why. The housing measures 10.25 by 7.75 by 3.75 inches, which is small enough to fit inside a standard framed wall without the drywall surgery a larger in-wall unit demands.

It runs 750W or 1500W at 240V AC on a single speed with a permanently lubricated motor and a high-efficiency blower wheel. Coverage is listed at 100 to 150 square feet, so think of this as a room heater for a small finished space rather than a whole-basement solution.

The front-mounted adjustable thermostat is a mechanical dial that needs no separate purchase and no learning. A manual reset thermal overload protector handles the safety side, and the unit is UL listed with a nickel-chrome heating element.

The detail we like most for a basement is the downflow louver design on the white grille. Air is directed gently toward the floor, which is exactly where you want the warmth in a room where the heat rises to the ceiling the moment the blower stops.

What it does well in a real basement

Owners like the simple front thermostat, the compact recessed footprint and quiet operation relative to its size. Because it is surface or recess mountable, it also suits a basement wall that is not framed the way a new build would be.

Long-term brand support matters with hardwired heaters. When a motor or a thermal switch fails five years in, the ability to source a replacement is worth more than a feature list, and this brand has a long parts history.

Where it falls short

Professional installation is recommended, and it runs on 240V, so it needs a dedicated circuit. That is a meaningful step up in cost and effort compared with anything on the plug-in side of this list.

Single speed with no timer or electronic controls means you set a dial and walk away. Some owners also report the louvers and grille rattling or buzzing on certain installations.

7. Cadet Com-Pak CSC151TW – Best for Pipe-Freeze Protection

Pipe-freeze protection is a genuinely basement-specific job, and this is the unit that gets recommended for it. Set the built-in thermostat to its lowest setting near the coldest pipe run and the heater runs only when the room drops toward the low 40s, which is well below freezing avoidance and very cheap to run.

The 1500W and 5120 BTU output on 120 volts covers up to 200 square feet, and it is hardwired with no cord and no outlet in the way. There is a high-temperature safety shutoff, and the unit is UL listed.

This is a complete unit. The galvanized steel wall can, the grille, the fan-forced heater assembly and the single-pole thermostat all ship in one box, so there is no hunting for a separate can at the supply house. The wall can size is 9 by 12 inches, and the built-in thermostat range is 40 to 85 degrees F.

Mounting is flexible. It can go in horizontally, vertically, or in a ceiling, which lets you put it under the floor framing near a vulnerable pipe run rather than at eye level in a finished room.

What it does well in a real basement

Owners value the all-in-one box and the fact that no separate thermostat purchase is needed. The fast-heating coil element gets a room up to temperature quickly, which matters when you are chasing a cold snap rather than living in the space.

For an unfinished storage basement, this is an attractive install because the wall can and grille are designed to be exposed or covered depending on how the rest of the wall is finished later.

Where it falls short

There is a strong initial odor when it is first energised that needs a day or two of airing out, and reviewers mention it consistently. At 12.5A it will trip a 15A circuit that also serves a dehumidifier or a washer, so put it on a circuit of its own.

The thermostat knob carries no visible temperature markings, so you are setting it by feel. There are also occasional reports of the thermostat tripping out or the fan seizing within a few years, which is a known trade-off on this class of fan-forced unit.

8. JNDRO PTC-SL001 – Best for a Fast Template Install

If the idea of drilling into a basement joist is stopping you, this is the least intimidating install on the list. It is a four-screw wall mount with a built-in paper level template, so you tape the template, level it, drill and hang it in one pass with no wall can and no electrical work.

Output is 1500W of PTC heating with three fan speeds, a temperature range of 41 to 95 degrees F, and a 24-hour timer. Coverage is rated at 200 square feet, and the warranty is one year.

The remote handles temperature, timer, fan speed and oscillation angle, and a clear LED display shows the current settings. There is a child lock and an ECO mode that modulates power against ambient temperature, which is the mode that keeps a drafty space from running flat out.

Three selectable oscillation angles at 60, 90 and 120 degrees give you more aiming control than most units in this price range, which is helpful when the heater is on an exterior wall and you want the throw pointed into the room rather than into the foundation.

What it does well in a real basement

Owners in older drafty homes report this beating portable heaters on both quietness and efficiency, with set temperatures tracked accurately in ECO mode. One reviewer reports flawless operation after eight months of continuous use and reduced electric bills despite daily use.

For a rental or a house where you cannot touch the electrical panel, a plug-in unit that installs in about ten minutes removes the electrician from the conversation entirely.

Where it falls short

Reviewers are blunt about the ceiling on this one. The BTU output is not enough to hold 60 degrees F in uninsulated cabins or shops once temperatures fall below freezing, and in poorly insulated spaces it runs constantly without reaching set temperature.

The remote requires two AAA batteries that are not included, and a few owners report units that rattle or run loud until the back screws are tightened so the body sits closer to the wall.

9. Cadet Com-Pak CSC202TW – Best 240V Hardwired Pick

This is the unit we would install first if a 240V circuit is available. It delivers 2000W at 240V and 6825 BTU, or 1500W and 5120 BTU at 208V, and it does that drawing only 8.33 amps. That efficiency is the whole argument for hardwired electric over a plug-in box.

It covers up to 200 square feet on a dedicated 240V branch circuit, which makes it a legitimate primary heat source for a small to mid-size finished basement rather than just a booster. Owners installing into larger basements and bathrooms report it filling the space effectively.

The kit is complete: wall can, heater, grille and an adjustable thermostat. The rough-in opening is 8 inches wide by 10.25 inches high by 4 inches deep, and the wall can itself measures 7.875 by 11.5 by 4 inches, so measure your framing before you order anything.

The heating is a fast-heating coil element with an efficient, quiet fan, and there is automatic shut-off if normal operating temperatures are exceeded. The finish is high gloss enamel over steel and it is UL listed with a one-year limited warranty.

What it does well in a real basement

Recessing it into the wall frees up floor space, which matters in a basement where every square foot of usable area is contested. The quiet fan and fast coil element are also a better combination than most in-wall heaters at this price point.

The same Com-Pak family comes in larger versions for bigger rooms, so if you are planning to expand coverage later you are staying within one brand’s parts and installation approach.

Where it falls short

It cannot be plugged into a standard 120V outlet. That means a 240V circuit, a double-pole breaker and an electrician in most homes, and the circuit question is where most basement projects actually stall.

Controls are a single speed fan with a mechanical thermostat. No timer, no app, no remote. Ceiling installation is only permitted on the 1500W-and-lower versions, and this listing has the fewest reviews in the group, so there is less long-term feedback to draw on.

10. Broan-NuTone 198 – Best for Large, Cold Basements

For a 400 square foot basement with three exterior walls, this is the output class you need. It runs 4000W or 2000W at 240 VAC and is rated to cover 265 to 400 square feet, which is more than double what any plug-in unit in this roundup can deliver.

The mechanical answers in basement heating threads converge on high-wattage 240V wall units on a dedicated circuit, and this is that unit. It uses a heavy-duty 18-gauge steel grille with a baked enamel finish, downflow louvers aimed toward the floor, and a front-mounted adjustable thermostat that needs no learning.

Internally it is a sheathed element with steel plate fins, a high-efficiency blower wheel and a permanently lubricated motor, protected by a manual reset thermal overload protector. It can be recessed or surface-mounted, which makes it usable in a basement where the framing is not standard.

Retrofit compatibility is a real advantage. Owners replacing heaters roughly three decades old report it working as a drop-in with matching wire connections, which is far cheaper than rebuilding the wall.

What it does well in a real basement

This is the only unit here that can plausibly serve as primary heat for a large unfinished basement. At 4000W with a dedicated 240V circuit, it moves enough air to counter heat loss through masonry walls in a way that 1500W plug-in units simply cannot.

Owners also value that the front thermostat is purely mechanical. No menus, no app, no firmware. It is on or off, and in a utility space that is a feature rather than a limitation.

Where it falls short

The noise is the honest drawback. Owners report the large blade fan and motor hum audible over kitchen appliances, and several long-term buyers mention fan noise alongside repeated thermal overload switch and thermostat failures. This is a utility-space heater first and a living-space heater second.

It also needs a 240V circuit and significant electrical capacity, and it is the most expensive unit in this comparison. If you plan to sit in the room, one of the quieter plug-in options will serve you better for far less effort.

How to Choose a Wall Mounted Electric Heater for a Basement

How much wattage does a basement need

Plan on roughly 10 watts per square foot for primary heat and 5 to 8 watts per square foot for supplemental or zone heat. A 500W unit covers about 100 square feet well, a 1500W unit covers around 150 to 200 square feet as primary heat, and a 2000W to 4000W unit on 240V covers 200 to 400 square feet.

Basements need to be sized toward the higher end of that range because they lose heat through masonry, through rim joists where the wall meets the floor above, and through any uninsulated sill plate. A finished basement used as living space in a cold climate should be treated as a poorly insulated above-grade room, not as an average one.

The other half of the equation is the thermostat setting you actually hold. If you are keeping the space at 68 degrees F, add roughly 1 watt per square foot for every degree below 70 that you plan to set. If you are only trying to keep pipes from freezing, a 500W unit on a low thermostat setting is more than enough and costs almost nothing to run.

Should you choose 120V plug-in or 240V hardwired

A 240V hardwired heater produces more heat from a smaller current draw and is the better choice when the space is large or genuinely cold. A 120V plug-in unit is faster and far cheaper to install, and it is the right answer for supplemental heat in an insulated room.

The distinction is not about efficiency in the sense of wasted energy. Both are pure resistance heating and convert electricity to heat at essentially the same rate. What 240V buys you is output without a heavier circuit, and what 120V buys you is the ability to move the unit later or take it with you.

On running cost, wattage drives the bill, not voltage. A 1500W heater running for an hour uses 1.5 kilowatt-hours. At a typical residential rate of 17 cents per kilowatt-hour, that is roughly 26 cents an hour, or about 2 dollars for an eight-hour evening, whether it runs on 120 or 240 volts. A 4000W unit at the same rate is closer to 68 cents an hour, which is the honest reason we size for the room rather than for the largest available unit.

What to check before you buy anything

Open the electrical panel and count your available breaker slots first. A 240V heater needs a double-pole breaker, so you need two adjacent slots, and that is the step that stops most basement projects. Then find the nearest receptacle if you are leaning toward a plug-in unit, and check what else shares that circuit.

Measure the wall. Plug-in units need a flat surface and studs; recessed units need a rough opening and a wall can. The Cadet CSC202TW needs an 8 by 10.25 inch cut, while the Broan 174 fits a much tighter 10.25 by 7.75 inch housing. If your basement walls are framed with 2×6 studs, confirm the can depth before drywall goes on.

Finally, decide where the air should go. Mount a heater near the coldest part of the room or near the pipe run you are protecting, not in the middle of an open floor plan. Mounting height errors are a recurring mistake in homeowner threads, and the difference between a unit at ankle height and one at shoulder height is the difference between heating people and heating the ceiling.

Forced air, infrared or convection – which heating method

Fan-forced units pull air across a coil and blow it back into the room, which distributes heat fastest and covers the most square footage. They are the standard choice for a basement and the only realistic option at 2000W and above.

Infrared and radiant units heat objects and people directly with quartz elements, so they feel warm quickly where you sit but do not move much air. Convection panel heaters have no moving parts at all and rely on natural convection, which makes them the quietest option by a wide margin.

One practical note on energy labeling: consumer space heaters are not eligible for an Energy Star label, so you will not find one on any listing in this roundup. Judge efficiency by wattage, thermostat accuracy and how well the unit is insulated, not by a sticker that does not exist for this category.

Humidity, condensation and mold in a finished basement

Heat alone does not solve a damp basement. Warm air holds more moisture, and in a below-grade space that can mean condensation on cold masonry, especially on the rim joist. If your basement is dry enough that you are comfortable, adding heat is straightforward. If you see efflorescence or persistent mustiness, pair the heater with a dehumidifier.

A 1500W heater draws 12.5 amps, and a dehumidifier draws several more amps on its own circuit. Plan for two circuits rather than assuming one 15A branch can carry both, and avoid putting a heater on the same circuit as the dehumidifier. An unfinished basement with a sump and known dampness wants moisture control first and heat second.

What safety certifications to insist on

Look for UL or ETL listing on every unit you consider, plus a thermal cutoff or automatic shut-off. Among the picks above, the Broan 174 and 198 and both Cadet Com-Paks are UL listed, while the GiveBest is ETL listed.

Check for tip-over protection, especially on any unit you might eventually want to move, and check for a cool-touch or safe-touch grille if children or pets use the space. In unfinished basements, make sure the receptacle you plug into is GFCI and AFCI protected, which is the outlet code expects in that space regardless of the heater brand.

Owners in basement threads consistently rank the thermostat above price when they decide what to buy. A unit with a dial you cannot read, or a digital display that drifts several degrees from a separate thermometer, will cost you money every winter in overshoot. That single feature deserves more attention than any app.

Wall mounted electric heaters and the rest of your home

If your basement already sits below the furnace’s cold-air return, a wall heater is genuinely useful because it puts heat where the duct system does not reach. The same is true for a converted workshop, a laundry room or a finished room at the back of a house with no vents.

If the basement is large enough that you are considering more than one hardwired unit, a mini-split will usually serve a full-height space more evenly and with less noise. Wall heaters earn their place when the space is small, the run is long, or you need heat in one specific area rather than throughout.

If the same renovation includes a bathroom or a bar area, our guides to wall mounted heated towel racks and wall mounted liquor cabinets cover the rest of that wall space.

Insulation work before the heater shop is the cheapest wattage reduction available. Rim joist insulation, sealing the rim joist and sill plate, and sealing duct runs in a basement often remove more heat than the difference between a 1500W and a 2000W unit.

Frequently Asked Questions

Which Wall Mounted Electric Heater Fits Your Basement

For most people, the best wall mounted electric heater for basements is the Heat Storm HS-1500-PHX-WIFI. It installs on two screws, it has the deepest review history on this list, and it gives you app control, a remote and a digital thermostat in one box. If your basement is a small, reasonably insulated finished space, that is the purchase we would make first.

If you have a 240V circuit available, change the plan. The Cadet Com-Pak CSC202TW gives you 2000W of real heat on 8.33 amps of draw, and the Broan-NuTone 198 is the only unit here that can serve as primary heat for a 265 to 400 square foot basement. Both trade noise and smart features for output, which is the right trade in a laundry room or an unfinished space.

For a finished basement used as a bedroom or office, noise decides it. The ENVI LE5012P has no fan at all, and the DREO DR-HSH017S runs at a listed 28 dB with an IP24 rating for damp rooms. For pipe-freeze protection in an unfinished basement, the Cadet Com-Pak CSC151TW is purpose-built and cheap to run on a low setting.

Whatever you choose, do the five-minute panel check first. Knowing whether you have two adjacent breaker slots decides the entire shape of this purchase, and it is the question homeowners most often skip and then regret.

Before you compare more wall mounted options for other rooms, our guides to wall mounted exhaust fans for workshops and wall mounted ethanol fireplaces cover the two other upgrades that tend to go into basements alongside heat.