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Heat Pump Tumble Dryers The tumble dryers that use heat pumps recycle hot air used to dry your clothes instead of venting it outside. This is a cost-effective option for your household, as it saves energy. John Lewis offers a wide variety of tumble dryers. They include vented and heat pump models. Learn more about tumble dryers in our guide. tumble dryer with heat pump can be useful for reducing space and reducing the need to dry laundry in the sun however, they do consume a lot of energy. If you're looking to reduce your energy consumption you might want to looking into an energy-efficient tumble dryer. These machines are more expensive initially, however they can save you money over time due to their lower energy consumption. They work on the basis of heating the air that was warmed up during the drying process. This results in significantly lower energy bills than condenser or vented models. This type of tumble dryer typically uses about half the electricity as a vented condenser model, and can save you as much as PS173 per year on your utility bills. When comparing heat pump tumble dryers to other types, there's typically a minimal price difference. However, it is crucial to take into consideration the amount of energy that is being used and how often you'll use your tumble dryer. It is important to consider the wattage and your electricity tariff when calculating the amount each tumbler will cost. Vented tumble dryers use gas to dry the laundry and are powered by gas from the mains, so they can be an expensive option for those on a tight budget. The installation options are limited as they must be placed in a room that has adequate ventilation for the humid air. Condenser dryers eliminate moisture from the laundry by moving hot air into a separate condensing unit, where it's converted to water. This water is then drained away, either into a container that must be emptied manually or be plugged into your drainage system to ensure continuous removal. This allows you to set up the system in a variety of places. However, you'll need to conduct additional maintenance on the drain pipe. Energy efficiency A tumble dryer's heat-pump can help you save money on energy costs. The technology uses less energy to heat the air inside the tumble dryer. This enables it to dry clothes more efficiently and at a lower temperatures than vented models. They also utilize a coolant that disperses the humidity in the air and ejects it through the condenser, meaning they require less electricity to run than traditional vented dryers. They might take a bit longer to complete your cycle of laundry than vented dryers however your clothes will remain looking and more comfortable for longer due to the lower drying temperatures. Typically, they cost between $500 and $700 more upfront than condenser dryers. However, this additional cost is offset by the savings you'll gain on your energy bills over the long term. They are also more expensive and require adequate ventilation. Like all electrical appliances, it's crucial that any installation of a tumbler is completed by a Gas Safe engineer. A vented dryer needs an elongated, flexible vent hose that is permanently connected the appliance at one end, and a drainage point at the other – the drain, window or door. The hose needs to be secured in place and cannot be shared with any other appliance or used in any manner that could lead to its deterioration. Condenser dryers function similarly as heat pump dryers. They employ an electric element to heat the air, and then release the moisture via a condensation tray. They tend to be heavier-duty performers with larger wet load capacities ranging from 6kg to 10kg, and are quieter to operate. They are more expensive to purchase than tumble dryers that use heat pumps and aren't able to be mounted without a permanent wall connection. They're also more expensive to operate than heat pump dryers since they need to generate plenty of heat to remove the moisture from your laundry. They also are not as efficient as vented models. They still require electricity to turn the motor that rotates your laundry. Noise Tumble dryers produce lots of noise, but the volume they emit is contingent on a variety of factors. The decibel rating can only be one of the many variables. The frequency of the sound will also influence how loud it sounds. The sound can be amplified by nearby resonant objects like cabinets, work surfaces or furniture, and it may be affected by the room's acoustics. The sound from your tumble dryer may be muffled by carpets or another acoustic absorbent material. Heat pump and condenser tumble dryers are quieter than vented models, however it's worth bearing in mind that they're still loud. They're more gentle on your fabrics, and dry your laundry more slowly with lower temperatures of air and a much longer cycle than traditional models. They are less damaging to clothing and less likely to cause color loss, which is often associated with old-fashioned tumble dryers that make use of high temperatures. If you plan to use your tumble dryer mostly in conjunction with a washing machine it is crucial to remember that both appliances should be placed close to each other to prevent noise and vibrations during operation. To avoid this issue it is recommended to use a washer and dryer stacking set is available for both types of appliances. The tumble dryers of a heat pump require an ongoing flow of air in order to perform, and therefore must be located in an area that is well-ventilated in your home. The vent hose must be permanently connected to the appliance and routed securely to the outside of your home. The condenser dryer isn't need to be permanently connected to vents, and can be placed wherever in your home. It collects the leftover vapour and water into a condensation container that can be manually empty, or connected to a drain by the drainage tube that will automatically empty it. It's possible to turn a vented tumble dryer into a condenser model using the conversion kit, but this could void the manufacturer's warranty and should only be done by a certified professional. The kits contain the components needed to install a vent and a small water pump to eliminate the condensation, which is why they're not cheap. Maintenance A heat pump tumble dryer works differently to condenser or vented models because it doesn't require venting outside to extract the hot air. The warm air that passes through your clothes is captured and then run through a condenser, which is able to separate the water from the heated air. It is then collected in a reservoir of water (sometimes called a tank) within the appliance. It is necessary to empty the tank eventually however, you can store the dryer in the same place as if you installed vents. The heat pump model is approximately 50% more energy efficient than vented models. This makes it cheaper to run, which means you'll save around PS42-PS51 per year according to Which? and it's also better for the environment. It's not cheap to buy a tumble dryer, therefore you must be able to pay for the initial costs. In general, a tumble dryer that is powered by a heat pump needs minimal maintenance, other than cleaning the lint filter and looking for fluff around the heater unit each time. You'll have to clean your condensation drain more often and it takes longer to dry your clothes than dryers with vented vents. Consider a sensor-controlled tumble dryer If you're looking for an affordable model. The sensor will stop the machine immediately after your laundry is done by preventing excessive drying and harm to your clothes. But, you'll have to program the drying cycle and this could be a pain if you have lots of different fabrics in your wardrobe. Brands like Beko and John Lewis offer tumble dryers that use heat pump, condenser, or vented technology. They all come with a two-year warranty and John Lewis has excellent customer reviews as well as free home delivery. Make sure you read the warranty information prior to buying an appliance, especially one that is electrical like a tumble dryer. This will ensure that you are covered in the event of a problem or breakdown.