Tumble Dryers Heat Pump – Why They’re Good For the Environment and Your Clothes
Tumble dryers heat pump are powered household appliances designed to eliminate moisture from textiles like linen, bedding and clothes. They are different to vented tumble dryers in that they don’t require a vent or hose.
Instead they make use of heated air to absorb moisture. This is then stored in a tank. The air is then heated to keep drying your clothes.
Reduced Energy Consumption
Our tumble dryers are the most energy-intensive appliances in our homes. However, they’re also a great example of how even small changes in our usage can help us reduce the cost of electricity, as well as reduce the environmental impact of our appliances.
This Miele tumble dryer’s heat pump technology uses an additional cooling circuit to cool the hot air that is exhausted from the drum. The air is cool in this manner, and is then recirculated into the dryer. It absorbs heat and condenses moisture. This is similar to the way an air conditioner operates.
Once the heat pump has taken in heat and condensed water, it’s fed back into the system, which means it can reuse this energy for subsequent cycles. This is the reason why heat pump dryers use less energy than vented models. In fact, this model uses about 50 percent less energy than a comparable vented tumble dryer.
This reduced energy consumption is offset by slightly longer drying times. Heat pump dryers dry laundry around 50-70% slower than conventional models. Tumble dryers with heat pumps operate at lower temperatures and take longer to dry your clothes.
Another thing to bear in mind is that heat pump dryers require a bit more maintenance than other tumble dryers. In particular, they should maintain their lint filters and condenser coils maintained regularly. This is a crucial step to ensure that your appliance functions efficiently and consumes the least amount of energy.
The good news is that if you adhere to these simple steps, you can make a an enormous difference in your household’s electricity bills. The Energy Saving Trust estimates that one person drying two loads of laundry per week with an energy-efficient tumble dryer could save up to PS564 over the course of a year.
Check for the ENERGY STAR logo on the tumble-dryer you purchase. This is the best way to ensure you are buying an appliance that can help lower your energy costs. Try to run your washing machine and tumble dryer in off-peak times when electricity rates are lower.
Drying time is longer
Tumble dryers with a heat pump could take a bit longer to dry than vented models as they employ lower temperatures to accomplish the task. This is because of the way the technology works: while traditional tumble dryers release hot air into the air to evaporate the moisture from your clothes, heat pump dryers extract that water from the drum as condensation and keep it in the tank (or drain when you’ve connected an additional hose). This means that your clothes won’t be piping hot after they come out of the dryer, and do not require reheating to get rid of wrinkles.
Heat pump dryers can also take up to half as long to dry your laundry compared to traditional tumble dryers. This is due to the fact that they require your washing machine to be running simultaneously in order to generate enough heat for them to work. This is an excellent trade-off if you’re looking to make your laundry as efficient as can be.
It’s also important to remember that heat pump dryers feature screens for lint that must be kept clean, as well as condenser coils that will hold some water, so it’s best to keep them clear in order to preserve the performance of the appliance. This can be done by opening the door of the dryer and removing the screen of lint. It can then be cleaned down with a damp towel. It is also recommended to give the filter housing some attention, as it’s probably accumulated some dust over time.
If you’re looking to get your laundry to be more efficient, then we’d recommend looking at one of our range of condenser tumble dryers that will dry your laundry slightly more quickly than a heat pump model. These models do not require a vented hose to operate, and you are able to install them in any room in your home that you decide to put them in. The models will still require a continuous supply of cool air to function. You’ll need an area that has adequate ventilation.
Lower Temperatures
The lower temperatures in the tumble dryers that use heat pumps mean that they are kinder to your clothes. This is especially important for delicate items of clothing, since higher temperatures can cause them to shrink or develop tiny holes in them. This method of gentleness will also ensure that your clothes last longer and look their best heat pump tumble dryer.
This also means that the tumble dryer with a heat pump will consume less energy than other types of tumble dryer that are vented or condenser models. This can result in significant savings on your energy bills, particularly if you switch to using off peak electricity times.
Contrary to vented dryers that uses a hot air exhaust to release the moisture the heat pump tumble dryers recycle and reuse this water, transferring it back into the drum where it is extracted via the evaporator. This process is very eco-friendly and energy efficient which is the reason why this kind of tumble dryer is such an excellent option for your home.
In addition to being more efficient In addition to being more efficient, heat pump tumble dryers are also very quiet, which makes them perfect for families that want to save money on their energy bills as well as do their part to help the environment. This is a distinct advantage over vented and condenser dryers which can be noisy.
Some people may be surprised by the fact that heat pump tumble dryers employ lower temperatures. The heat pump tumble dryers have lower temperatures, which may cause the cycle to take a bit longer than usual.
It is also important to be aware that when you open the heat pump tumble dryer’s door during the course of the cycle, it will have to reheat the inside air which can increase the drying time. This is why it’s best to not open the door of a heat pump tumble dryer until the closing of the cycle. It is also a good idea for washing machines as opening the lid when they are running will increase energy usage and will not reduce your power bill.
Reduced Noise
The laundry day can be a hassle, but with a heat-pump tumble dryer, you will be able to do your laundry with less effort and be nice to the environment and your pocket. The dryers are more expensive than traditional models, but you’ll save money in the long run with their energy efficiency and gentle fabric care. Additionally, they’re extremely quiet!
Some complain that they can hear the tumble dryer rumbling from another room. There are a few ways to make sure your tumble dryer is as quiet as it can be. One simple way is to place it on a raised platform or rubber pads. This will absorb vibrations, reducing the sound that may be coming from a fan or duct. Another option is to relocate it to a different room, like your living room or bedroom where the noise won’t be so noticeable.
You can also use a sound-absorbing mat underneath the dryer. This will help reduce the noise it makes when it is rubbing against the floorboards. Be careful when selecting these types of products, as when they are too heavy, they could trap moisture and cause damage to your floorboards.
Another thing you can do to help reduce any noise that your tumble dryer makes is to purchase a new model that’s been specifically designed with a quieter motor and surface insulation. Certain models are specially designed to be the quietest on the market, so you’ll be able to use your tumble dryer without having to worry about the noise it creates.
The Samsung Series 9 DV90T8240SX/S1 for example is designed to be quiet and is one of best heat pump dryers available. It’s the most quiet tumble-dryer that you can buy in the UK, Heat pump dryers with noise levels as low as 62 decibels. This is about the same level as normal conversations, so you won’t be disturbed at all when it’s in operation.
