This topic is part of the Community Center Festival of Sustainability
The original topic was posted in the German-speaking Community Center by @Till-and-Jutta0 and we have translated it below.
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Hosts sometimes tell me how they throw the bed out at the end of the season and buy a new one at a cheap furniture shop. They want to make sure next season's guests have a great stay.
The thinking is right, but disposable furniture is anything but sustainable.
That's why we're constantly looking for more sustainable ways of refurbishing homes. Our latest project involved remodelling the kitchen to accommodate a new fridge-freezer.
Our kitchen is over 40 years old, but the furniture is made of sturdy wood โ a branded kitchen โto make women's lives more beautifulโ (we found the label on the back of the cabinet โ unlike the kitchen itself, a little past its best-before date). I don't think the manufacturer exists anymore, but its products are certainly long-lasting; sometimes all you need to do is swap a hinge:
Photo (1) Label
The fridge and separate freezer are just as old and were basically still in working order (another well-known brand), but they weren't energy-efficient enough for our new power generator on the balcony.
I'd therefore been working on a new fridge for quite a while. The problem: there was enough space for two fridges, but that would be inefficient in terms of storage space and power consumption. And there was no room for a combined fridge-freezer (the previous models were about 70 cm deep):
Photo (2) Test
The matter was tormenting us, however, so we consulted a specialist shop, where we found a new combined fridge-freezer that's only 66 cm deep, and, with an annual energy consumption of 129 kWh, it's the first to achieve energy efficiency class B (in the new European system with updated labels). To put that into perspective, our old fridge consumed 189 kWh/year โ and the freezer then came on top of that. Of course, you could argue that you should wait for old appliances to reach the end of their working life instead of just throwing them away. But since we get our weekly batch of Demeter-certified vegetables from community-supported agriculture, we already simply didn't have enough space. I didn't really trust the freezer door, either.
The โฌ150 subsidy offered by our city to exchange appliances did the rest. We still had our space problem, though. So, we rebuilt the kitchen in just a few days. And, thanks to a more clever arrangement (exploiting the previously unused corner), we've even gained space. Of course, it takes a bit of courage, a good saw, and Jutta's meticulous planning:
Photo (3) Before
A chunky wall was robbing us of half a centimetre, so we needed a belt sander and a new vacuum cleaner:
Photo (4) Conversion
Now our cooling monster fits perfectly in its new home:
Photo (5) After
Photo (5) After
The annual measured and projected consumption so far is 109 kWh (but we haven't got to summer yet). No Frost technology plus two separately controlled cooling circuits contribute to efficient operation, and the spacious crisper drawer for vegetables is fantastic:
Photo (6) Forecast
In summary, this project's sustainability boils down to three points:
- Space was created to store directly sourced organic vegetables
- The power consumption was permanently reduced
- The kitchen was remodelled in a way that saved resources