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Die Geschichte der Kältegeräte/en (Quelltext anzeigen)

Version vom 31. Mai 2023, 15:26 Uhr

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Die Seite wurde neu angelegt: „At IFA 2022, BSH presented a new approach to circular economy, materials strategy and climate protection for its refrigeration appliances. With the increasing use of green electricity, especially in European households, reducing electricity consumption is no longer the primary method to reduce CO2 emissions. BSH's new Eco-Fridge is therefore made from more sustainable, bio-based and CO2-reduced materials. The carbon footprint resulting from the material i…“
(Die Seite wurde neu angelegt: „==== Modern solutions ==== Food waste prevention technologies have become increasingly sophisticated. As a further development of the 0° Fresh technology from 1988, VitaFresh was launched in 1997. Followed by the Vacuum Drawer in 2011, the ActiveFog / ActiveHumidity System in 2016 and Fresh Protect in 2019, digitalization also made its entrance. BSH made its first attempts with digitalized refrigeration appliances as early as 1997, when the Home Automati…“)
(Die Seite wurde neu angelegt: „At IFA 2022, BSH presented a new approach to circular economy, materials strategy and climate protection for its refrigeration appliances. With the increasing use of green electricity, especially in European households, reducing electricity consumption is no longer the primary method to reduce CO2 emissions. BSH's new Eco-Fridge is therefore made from more sustainable, bio-based and CO2-reduced materials. The carbon footprint resulting from the material i…“)
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Food waste prevention technologies have become increasingly sophisticated. As a further development of the 0° Fresh technology from 1988, VitaFresh was launched in 1997. Followed by the Vacuum Drawer in 2011, the ActiveFog / ActiveHumidity System in 2016 and Fresh Protect in 2019, digitalization also made its entrance. BSH made its first attempts with digitalized refrigeration appliances as early as 1997, when the Home Automation System (HES) allowed the company's own refrigeration appliances to be managed using PC systems. Such smart home applications were not very successful in Germany and only gained momentum towards the end of the 2010s, for example with BSH's Smart Storage Guide.
Food waste prevention technologies have become increasingly sophisticated. As a further development of the 0° Fresh technology from 1988, VitaFresh was launched in 1997. Followed by the Vacuum Drawer in 2011, the ActiveFog / ActiveHumidity System in 2016 and Fresh Protect in 2019, digitalization also made its entrance. BSH made its first attempts with digitalized refrigeration appliances as early as 1997, when the Home Automation System (HES) allowed the company's own refrigeration appliances to be managed using PC systems. Such smart home applications were not very successful in Germany and only gained momentum towards the end of the 2010s, for example with BSH's Smart Storage Guide.


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At IFA 2022, BSH presented a new approach to circular economy, materials strategy and climate protection for its refrigeration appliances. With the increasing use of green electricity, especially in European households, reducing electricity consumption is no longer the primary method to reduce CO2 emissions. BSH's new Eco-Fridge is therefore made from more sustainable, bio-based and CO2-reduced materials. The carbon footprint resulting from the material is 33 percent or 100 kg lower than the comparable model. Users thus have a choice between appliances that are energy-saving and efficient in use or in production.  
Auf der Internationalen Funkausstellung 2022 präsentierte die BSH ein neues Kühlgerät, das weit mehr kann als Lebensmittel lange frisch zu halten und Energie zu sparen. Durch die zunehmende Verbreitung von Ökostrom, besonders in europäischen Haushalten, wird neben der Reduzierung des Stromverbrauchs auch ein weiteres Thema immer wichtiger: Die Verkleinerung des aus dem Material resultierenden CO2-Fußabdrucks, den das Kühlgerät durch seine Produktion verursacht. Der neue Eco-Fridge der BSH wird daher aus nachhaltigeren, bio-basierten und CO2-reduzierten Materialien hergestellt. Der aus dem Material resultierende CO2-Fußabdruck ist somit um 33 Prozent bzw. 100 kg geringer als beim vergleichbaren Modell. Konsumentinnen und Konsumenten können sich so für beides entscheiden - Geräte, die in der Nutzung und beim Kauf dabei helfen, den eigenen, individuellen CO2-Fußabdruck zu verringern.
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== Einzelnachweise ==
== Notes ==
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Abgerufen von „https://wiki.bsh-group.com/de/wiki/Spezial:Mobiler_Unterschied/2780“

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