• Microchannel Heat Exchangers For Fuel Cells Solar Thermal Energy Liquid Cooling Of Chips
  • Microchannel Heat Exchangers For Fuel Cells Solar Thermal Energy Liquid Cooling Of Chips
Microchannel Heat Exchangers For Fuel Cells Solar Thermal Energy Liquid Cooling Of Chips

Microchannel Heat Exchangers For Fuel Cells Solar Thermal Energy Liquid Cooling Of Chips

Ürün ayrıntıları:

Menşe yeri: Dongguan , Guangdong, Çin
Marka adı: Uchi
Sertifika: Processor
Model numarası: MHE034

Ödeme & teslimat koşulları:

Min sipariş miktarı: 1000 pcs
Fiyat: pazarlık edilebilir
Teslim süresi: 2 hafta
Ödeme koşulları: T/T , PayPal , Western Union, MoneyGram
Yetenek temini: Ayda 50000000pcs
En iyi fiyat İletişim

Detay Bilgi

Tip: Plaka ısı eşanjörü Gerilim: 220v-380V
Kullanım: Soğuk oda soğutucu Yakıt hücreleri için mikrokanal ısı eşanjörleri, güneş termal enerjisi ve yongaların sıvı soğutması: özelleştirilmiş
malzeme: alüminyum Özellik: Yüksek ısı transferi önlemi
Vurgulamak:

Solar Thermal Energy Microchannel Heat Exchanger

,

Liquid Cooling Microchannel Heat Exchanger

,

Chips Microchannel Heat Exchanger

Ürün Açıklaması

Microchannel Heat Exchangers For Fuel Cells, Solar Thermal Energy And Liquid Cooling Of Chips
   Microchannel Heat Exchangers For Fuel Cells Solar Thermal Energy Liquid Cooling Of Chips 0

   The high efficiency and compactness of microchannel heat exchangers have enabled them to replace traditional equipment in multiple fields. Typical applications include: HVAC&R (heating, ventilation, air conditioning and refrigeration), electronic heat dissipation, energy and power, chemical and medical, aerospace.

1. Fuel cell: It exchanges heat between the reaction gas (hydrogen, air) of the hydrogen fuel cell and the coolant to ensure a stable reaction temperature (such as the Toyota Mirai fuel cell vehicle).
2. Solar thermal energy: In parabolic trough/dish solar collectors, microchannel absorbers are used to enhance heat transfer and improve the efficiency of solar thermal conversion.
3. Chip liquid cooling: It is used to dissipate heat for high heat flux density devices such as cpus and Gpus (heat flux density > 100 W/cm²), such as cold plate microchannel liquid cooling systems for supercomputers and data center servers.
4. LED heat dissipation: The heat from the LED chip is transferred to the coolant through microchannels to prevent light attenuation (such as in outdoor large screens and car headlights).

Key attributes
Microchannel Heat Exchangers For Fuel Cells Solar Thermal Energy Liquid Cooling Of Chips 1

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