The Solid-State Cooling Technology Developed by Haier Debuted at CES 2016
Katherine Pendrill — January 6, 2016 — Lifestyle
References: haieramerica & prnewswire
Haier and Phononic recently teamed up to unveil a new type of solid-state cooling technology at CES 2016. As most wine lovers know, it is important to store each bottle at a specific temperature to preserve the quality of the wine inside. This technology provides a new way to chill wine in order to provide the optimal storage conditions.
Haier's new wine-cooling system is comprised of a solid-state chip and H20/C02 heat exchange technology. One of the advantages of the solid-state cooling technology is that no moving parts are involved, which creates a low-noise, vibration-free environment for wine storage. Another advantage to this technology is the ability for precise temperature control. Unlike other wine cellars, Haier's system relies on dual power control electronics, which prevents major temperature fluctuations and ensures consistent humidity levels.
In addition to helping consumers preserve the taste and quality of their wine, the new technology also offers a sustainable alternative to compressor-based cooling systems.
Haier's new wine-cooling system is comprised of a solid-state chip and H20/C02 heat exchange technology. One of the advantages of the solid-state cooling technology is that no moving parts are involved, which creates a low-noise, vibration-free environment for wine storage. Another advantage to this technology is the ability for precise temperature control. Unlike other wine cellars, Haier's system relies on dual power control electronics, which prevents major temperature fluctuations and ensures consistent humidity levels.
In addition to helping consumers preserve the taste and quality of their wine, the new technology also offers a sustainable alternative to compressor-based cooling systems.
Trend Themes
1. Solid-state Cooling Technology - Innovative technology that provides better temperature control and a low-noise, vibration-free environment for storing items such as wine, medication, and vaccines.
2. Dual Power Control Electronics - A new method to control power consumption and prevent major temperature fluctuations in order to keep storage units and equipment at constant temperature and humidity levels.
3. Sustainable Cooling Systems - Using efficient and eco-friendly cooling methods for applications such as wine storage and refrigeration, reducing energy consumption and carbon footprint.
Industry Implications
1. Wine and Beverage Industry - Opportunity to enhance the wine industry by offering a new and innovative way to chill wine, improve storage, and maintain quality.
2. Medical Industry - Application of solid-state cooling technology could improve the storage of vaccines and medication, potentially extending shelf life and reducing waste.
3. Retail Industry - Use of sustainable cooling systems could reduce energy consumption and costs in the refrigeration and storage of perishable goods, improving operations and the bottom line.
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