Condenser Dryer: When It Pays Off and When a Heat Pump Is Better

A condenser dryer heats air with an electric heating element, passes it through the laundry, then cools it in a condenser so the moisture turns into water that collects in a tank or goes out to a drain.

The process runs in a closed loop:

• A heating element heats the air.
• The hot air passes through the drum and absorbs moisture from the clothes.
• The humid air passes through the condenser, where it cools, and the moisture condenses into water.
• The water flows to a tank or drain hose, and the dry air goes back to be heated.

Because the air doesn’t go outside, no exhaust hose or wall opening is needed. That’s the big advantage over a vented dryer, and it’s why in Israel, in apartments with an enclosed laundry porch (mirpeset sherut), most dryers are ventless.

The drawback: all the heat is generated anew in the heating element, so power is high. Per the specs sellers list, the AEG TX6G821 and Electrolux EW6C4824CB draw about 2,800 watts, and the Fujicom FJDC369 about 2,700 watts. For comparison, heat pump dryers draw about ⁦600–1,000⁩ watts.

It’s also important to understand the terms: in Israeli stores and searches the word “condenser” is sometimes used for any dryer that collects water, including heat pump dryers. On product pages we saw, for example, “condenser dryer including heat pump”. A heat pump also has a condenser, but its heat is recycled by a compressor, as in an AC, not generated by a heating element. So when you see “condenser” in a title, check the technology section of the specs for “heat pump” or “heating element”.

The general guide to choosing a dryer, including size and models of all types, is in our best clothes dryer guide.

In terms of what’s on offer, on the dryer comparison page in November 2026 most models at the top of the list are already heat pump dryers. Condenser dryers are still sold, mainly from AEG, Electrolux and cheaper brands like Fujicom, but the selection is shrinking. That’s another sign the market is moving to heat pumps, mainly because of electricity use.

A heat pump uses about half the electricity of a condenser per sellers’ figures and now sells in a similar price range; a condenser is faster; and a vented dryer is the cheapest but needs a hose to the outside.

A comparison based on the models we saw in November 2026:

Condenser (heating element and condenser)

• Power: about ⁦2,700–2,800⁩ watts.
• Use: about ⁦4.8 kWh⁩ per full 8 kg load after a 1,400 RPM spin (AEG TX6G821, Electrolux EW6C4824CB).
• Price: about ₪⁦1,050–3,200.⁩
• Speed: relatively fast, since it dries at a high temperature.
• Installation: no opening to the outside; water tank or drain.

Heat pump

• Power: about ⁦600–1,000⁩ watts.
• Use: about ⁦2.2–⁦2.6 kWh⁩⁩ per full load per sellers’ figures (Bosch WTH85225, Electrolux EW7H3863RBM).
• Price: about ₪⁦1,950–5,900.⁩
• Speed: slower, at a lower temperature that’s gentler on clothes.
• Installation: no opening to the outside; water tank or drain.

Vented

• Power: about 2,000 watts (Midea MD100A70/W).
• Price: about ₪⁦1,250–1,800.⁩
• Installation: a hose that vents hot, humid air outside through a window or wall opening.

The practical conclusion: anyone comparing prices will find that a basic heat pump dryer, like the Electrolux EW7H3863RBM, starts at about ₪1,940, lower than most known-brand condenser dryers (about ₪2,200 and up). In other words, the condenser’s price advantage remains mainly in very cheap models from less-known brands. If your budget allows about ₪2,000, in most cases a heat pump is the more sensible choice.

When a condenser after all? When you want fast drying, when use is very light, or when the dryer stands in a cold room where, per some manufacturers’ instructions, a heat pump works less well.

Another point to compare is condensation efficiency: how much of the moisture collects in the tank rather than escaping into the room. For the Bosch WQG2328IL, for example, Bug lists condensation efficiency C, about 83%. In dryers with lower efficiency, more moisture stays in the air, which is noticeable in a small, closed room. On the new European label, per the Siemens Israel site, condensation efficiency is shown on an A–D scale, so it will be easy to compare.

According to sellers’ figures, a full load in an 8 kg condenser dryer costs about ₪3, compared with about ₪1.5 in a heat pump, at a residential rate of about ⁦60–70⁩ agorot per kWh.

The calculation:

• Condenser: about ⁦4.8 kWh⁩ × about ₪0.65 = about ₪3.1 per load.
• Heat pump: about ⁦2.2–⁦2.6 kWh⁩⁩ × about ₪0.65 = about ₪⁦1.4–1.7⁩ per load.

By frequency of use:

• Once a week, 5 winter months (about 20 loads a year): condenser about ₪60 a year, heat pump about ₪30. A difference of about ₪30 a year.
• 3 times a week all year (about 150 loads): condenser about ₪⁦430–500⁩ a year, heat pump about ₪⁦200–270.⁩ A difference of about ₪⁦200–250⁩ a year.
• Every day, large family (about 350 loads): condenser about ₪⁦1,000–1,200⁩ a year, heat pump about ₪⁦500–640.⁩ A difference of about ₪500 a year.

What this means: if the purchase price gap between a condenser and a heat pump is about ₪500, someone drying every day pays it back within a year, someone drying 3 times a week within ⁦2–3⁩ years, and someone drying only in winter will hardly pay it back.

How to reduce consumption on any dryer:

• A strong spin before drying. Sellers’ figures are given after a 1,000 or 1,400 RPM spin, and the Standards Institution of Israel notes that a fast spin saves energy in drying. A 1,400 RPM washer is recommended; see our best washing machine guide.
• Drying by sensor, not by time.
• Cleaning the lint filter after every load and the condenser per the instructions.
• A reasonable load: not full to the brim, but not just a few items either.

The rate is an estimate; check the price per kWh on your own bill.

And remember one more hidden cost: a condenser dryer dries at a higher temperature, so delicate clothes may wear or shrink faster. It’s not a cost on the electricity bill, but it exists, especially with sportswear and synthetics. Use delicate programs and low heat when needed.

A condenser dryer draws about 2,800 watts, so it needs a sound, separate outlet, and you must not run it together with another heavy appliance on the same 16-amp circuit.

A regular household circuit in Israel is protected by a 16-amp breaker, i.e. it carries about 3,680 watts at 230 volts. A condenser dryer alone takes about 75% of that. If a washing machine heating water (about ⁦2,000–2,300⁩ watts), a kettle (about 2,000 watts) or an oven is also running on the same circuit, the load exceeds the limit and the breaker will trip. A vented dryer, at about 2,000 watts, loads it less but still significantly.

What to do:

• Install the dryer on a separate outlet, preferably on a different circuit from the washing machine. If you don’t know which outlet is on which circuit, a licensed electrician can check quickly.
• Don’t use a power strip or extension cord. An outlet that heats up is a warning sign.
• Schedule: wash first, dry afterwards. Most dryers allow delay start.
• If you have a single-phase connection with a small main connection (e.g. 25 amps), remember that a condenser dryer, an AC and an oven running together may trip the main breaker. In that situation, a heat pump dryer of about ⁦600–1,000⁩ watts almost entirely solves the problem.

The same principle applies to every powerful appliance in the kitchen and laundry. If you’re also planning a dishwasher, see our best dishwasher guide, and check how the circuits are split before adding appliances.

The power difference is also why a heat pump dryer is better suited to stacking on a washing machine in the same laundry porch: both appliances can run back to back without worrying about the breaker.

If the dryer is new and the breaker trips on the very first run, don’t keep trying. Unplug the dryer and have an electrician check the circuit and the residual-current device. Sometimes the problem is load, and sometimes a fault in the outlet or the appliance itself, in which case contact the importer’s service under warranty.

A condenser dryer doesn’t need an opening to the outside, but it does need tank emptying or a drain connection, cleaning the filter after every load and cleaning the condenser every few weeks.

Installation:

• About ⁦60 cm⁩ wide, about ⁦85 cm⁩ high and about ⁦60–⁦65 cm⁩⁩ deep on most models. You can stack it on a ⁦60 cm⁩ washing machine with a suitable stacking kit.
• Drain connection: if there’s a drain hose nearby (the washing machine’s or a floor drain), connect the dryer’s hose to it. That saves emptying a tank after every load, and in a tall stack it’s almost essential.
• Ventilation: even without venting, the dryer releases heat into the room. In a small, closed room, open a window while drying.
• Door direction: on the Electrolux EW6C4824CB the door is reversible per the specs; check on each model.

Maintenance:

• Lint filter: after every load. A clogged filter lengthens drying and raises consumption.
• Condenser: on most condenser models you need to remove and rinse it every few weeks per the manufacturer’s instructions. For the AEG TX6G821 and Electrolux EW6C4824CB, sellers mention easy-to-remove filters and easyClean.
• Water tank: empty after every load or two, if not connected to a drain. Most dryers stop and alert you when the tank is full.
• Moisture sensors: wipe occasionally, since a fabric-softener film on them can cause early or late stopping.

Signs of a problem: drying that takes longer, laundry that’s warm but damp, or water on the floor. In most cases the cause is a clogged filter or condenser, or a kinked drain hose. Only after checking these, contact the importer’s service.

A tip for stacking: if the dryer is on top of the washing machine and not connected to a drain, emptying the tank becomes an awkward chore at height. Most manufacturers supply a hose or drain kit, and on Bosch WQG models it’s included per sellers. Install it on installation day, and check that the drain hose isn’t above the maximum drain height listed in the manual.

A vented dryer is relevant mainly when there’s a window or permanent opening for the hose and the budget is very low; in any other case, a condenser or heat pump is more convenient.

A vented dryer heats air, passes it through the laundry, and vents the hot, humid air outside through a hose. It has no condenser and no water tank. Per the specs, the Midea MD100A70/W is a 7 kg vented dryer with about 2,000 watts of power and 15 programs, sold per store prices at about ₪⁦1,250–1,790.⁩

Advantages:

• A low price.
• A simple design, with no condenser to clean and no tank to empty.

Disadvantages:

• It needs a hose to the outside. Without one, all the moisture stays in the room, which is a recipe for mold, especially in winter.
• A hose through an open window lets in cold and insects, and a permanent wall opening requires work.
• Relatively high power, about 2,000 watts, though lower than a condenser.
• Lower capacity on the cheap models.

When to choose one: in an open or semi-open laundry porch with a fixed window, when you dry little, and when the budget is limited to about ₪⁦1,300–1,800.⁩ In any other situation, a condenser dryer on the same budget, like the Fujicom FJDC369 (about ₪⁦1,060–1,320⁩ per store prices), is more convenient because it doesn’t need an opening.

If you’re unsure whether to get a separate dryer at all, also consider a washer-dryer combo, which dries without venting and without extra space, though with a smaller drying capacity.

Another important point with venting is hose length. A hose that’s too long or winding slows the air outflow, lengthens drying and increases the risk of lint building up in the hose. Keep the hose as short and straight as possible, and clean it occasionally.

If you dry more than twice a week, get a heat pump; if less, a condenser from a known brand; and if the budget is under ₪1,500, a basic condenser or a vented dryer with a permanent opening.

Questions in order:

• How many times a week will you dry? 3 or more year-round: a heat pump. By our calculation, the saving pays back the difference within ⁦2–3⁩ years.
• What are the electrics like in the laundry area? If the breaker already trips when the washing machine and another appliance run together, a 2,800-watt dryer will make it worse. A ⁦600–1,000⁩ watt heat pump is better.
• Is there a drain nearby? If so, connect the dryer (any type) to it. If not, make sure the tank is easy to empty.
• Is there an opening to the outside? Only if so is a vented dryer an option.
• What’s the budget? Under about ₪1,500: Fujicom FJDC369 (condenser) or Midea MD100A70/W (vented). About ₪⁦1,950–2,800⁩: Electrolux EW7H3863RBM (heat pump) or AEG TX6G821 and Electrolux EW6C4824CB (condenser). About ₪⁦2,600–3,750⁩: Bosch WQG2328IL (heat pump, 9 kg).
• Is your washing machine the right size? An 8 kg dryer for an ⁦8–9⁩ kg washer, 9 kg for a ⁦9–10⁩ kg washer. See our 8 kg washing machine guide.

In all cases: a moisture sensor, an official-importer warranty, and a separate outlet. And if you want to see all the options across all types and brands, the full comparison is in our best clothes dryer guide.

And if you’re still unsure, remember that a dryer lasts many years, and a difference of a few hundred shekels at purchase is spread over all those years.