Well, it's a cheap way to make a efficent dryer.
I think sometimes they marketed that as over-night dry cycle. As it was vented, the high airflow and constant tumbling allowed for laundry that is softer then just line dried. Especially towels, I guess. And the long tumbling should reduce wrinkels. All that while only using about 1.5-2kWh. And as that cycle was sensor assisted, you were sure you'd have dry laundry in the morning.
I mean, I can see it working in certain situations. Like Whirlpools overnight Wash&Dry, it uses time that would otherwise be "wasted" as everyone sleeps.
And given that the cheapest heatpump dryers in the UK are still priced 100+£ over that dryer, they appeal as cheap and efficent.
Oh, and, it still can be used like a normal vented dryer with quick & less efficent drying if needed. Heatpump dryers (with a few exceptions) are always going to be equally efficent and slow with only a few using inverter heatpumps that would allow you to crank up the drying speed.
I think sometimes they marketed that as over-night dry cycle. As it was vented, the high airflow and constant tumbling allowed for laundry that is softer then just line dried. Especially towels, I guess. And the long tumbling should reduce wrinkels. All that while only using about 1.5-2kWh. And as that cycle was sensor assisted, you were sure you'd have dry laundry in the morning.
I mean, I can see it working in certain situations. Like Whirlpools overnight Wash&Dry, it uses time that would otherwise be "wasted" as everyone sleeps.
And given that the cheapest heatpump dryers in the UK are still priced 100+£ over that dryer, they appeal as cheap and efficent.
Oh, and, it still can be used like a normal vented dryer with quick & less efficent drying if needed. Heatpump dryers (with a few exceptions) are always going to be equally efficent and slow with only a few using inverter heatpumps that would allow you to crank up the drying speed.