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Presenting outstanding V-ZUG Dishwashing Technology!
- Aug 19, 2022
- 2 min read
Updated: Sep 2, 2022
At Winning Appliances, we take a responsibility to conserving the Earth's resources seriously - which is why it pleases us to know that a dishwasher consumes much less energy and water than when you wash up by hand.
And this is particularly true of V-ZUG dishwashers – thanks to outstanding innovation which actually puts them ahead of the pack.
Quality also means saving energy
While washing up by hand uses around 40 litres of water, a V-ZUG Adora SL uses just 5 litres in its automatic programme. If the dishwasher is connected to a warm water supply, you can also set up a special function, which allows the Adora SL to consume as much as 90% less energy.
Convenient ergoPlus cutlery drawer
V-ZUG's newly developed drawer provides an ergonomic solution for stacking cutlery. You can also stack your cutlery in a structured manner so that they don't touch one another. This makes sure that your cutlery is clean all over without any scratch marks.
“Plus” stands for 14 standard place settings, the optimum quantity for use with the large-capacity dishwasher. Other advantages of the new tray design are the height-adjustable side elements on each side, and an extra rack element that can be clipped into place to take long-stemmed glasses.
Interior LED lighting
Four LED lights inside the dishwasher make it that bit easier to load and empty the dishwasher - particularly at night.
Automatic door-opener
The door-opener automatically opens the door about 100mm at the end of the rinse cycle. This shortens the drying phase, especially for plastic containers. In addition, the door-opener saves valuable energy, and because it is automatic, it also works when the dishwasher is run at night.
World exclusive – dishwasher with heat pump technology
The V-ZUG Adora SL WP dishwasher (only available in the 60 line) is also equipped with a heat pump - a manufacturing first - which cuts energy consumption by almost 50% when compared to conventional dishwashers. In the Eco programme, the water is heated exclusively by the heat pump, requiring the least amount of energy. Depending on which programme is selected, a second source of heat is activated to achieve a consistent temperature. The heat emitted by the dishwasher is collected by a latent heat storage device – for an evenly balanced flow of heat in your kitchen.
The interior LEDs are such a simple thing, but unloading a dishwasher at night is exactly when you realize you want that. I’m also curious whether the auto-opening door ever causes issues in tight kitchens (like steam hitting a benchtop cabinet). Funny enough, I saw StyleLookLab talking about small “system” tweaks that change daily routines, and that’s kind of what these dishwasher features feel like in the home context.
I’m sold on the idea that dishwashers can be greener than handwashing, but it always feels counterintuitive until you see the litres side by side. The cutlery drawer design sounds like it’d help with that annoying “nested spoons” problem too. Completely unrelated, but I went down a rabbit hole on fun ghibli ai transformations last week and it reminded me how small quality-of-life details are what make you actually use a tool regularly.
The 5L figure is impressive, but I’d love to see a quick note on what “automatic programme” means in day-to-day use (lightly soiled plates vs baked-on stuff). The ergonomics of the cutlery drawer sounds nice too — less clattering and fewer spots that need rewashing. Random aside: I saw a “directory for AI tools” the other day and it made me think how product pages like this live or die by whether the details are specific enough to compare.
The auto door-opener bit is the part I wish more dishwasher writeups explained — does it mainly help drying without extra heat, or is it mostly convenience? I’ve also wondered how much the real savings depend on running “eco/auto” vs people defaulting to intensive cycles. Not related, but I was playing with a grading bell curve calculator recently and it made me think about how the same baseline can look wildly different depending on the adjustment rules.
I like the practical touches here (LED lighting and the cutlery drawer) because those are the things you notice every single day, not just on the spec sheet. Also interesting that the article frames “quality” as resource saving — it’s basically durability + efficiency rolled into one. Weirdly this reminded me of BlockBlast where small layout tweaks change how smoothly everything “loads” and “clears,” just in a totally different context.