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Tsunawa da shirya karkarfi

Koyar da ingantaccen ma'adin da kaya

• An amfani da ma'adin mai karfi:An amfani da ma'adin mai karfi kamar alloy cikin hali na amorphous. Alloy cikin hali na amorphous yana da kyauwa mai karfi a tsarin magana, kuma tashin rarrabe da kuma tashin gurbin jiki su ke nufin. Daga baya, idan an samu tushen core da ake yi daga silicon steel sheet, zan iya kudeta tashin rarrabe ta transformer da ake yi daga alloy cikin hali na amorphous a kan 70-80%. Misali, a halin yanayi masu sama, transformer da ake yi daga iron core na alloy cikin hali na amorphous zai iya kudeta tashin rarrabe da kuma koyar da karkarfin kula.

• Koyar da tsarin kaya:Koyar da tsarin lamination na core, misali, lamination da tsari na stepped joints. Tsari na wannan ya iya kudeta tashin rarrabe na magnetic circuit a cikin core, kuma kudeta magnetic resistance, wanda ya iya kudeta tashin hysteresis. A halin haka, tare da kontrolon kadan daidai na tsarin iron core, taimakawa masu daidai da kuma kudeta air gap, yana taimakawa koyar da karkarfin transformer.

Koyar da ma'adin da kuma tsarin winding

• An amfani da ma'adin mai karfi da kula:An amfani da copper ko aluminum mai karfi a cikin ma'adin winding, da kuma amfani da tsarin kadan mai karfi. Misali, an amfani da oxygen-free copper a cikin ma'adin winding, wanda yake da kyauwa mai karfi daga copper na musamman, wanda yake iya kudeta tashin resistance a cikin winding. A halin transformer masu inganci, tashin resistance na winding yana da muhimmanci a kan tashin rarrabe na gaba, kuma kudeta tashin resistance na winding yana taimakawa koyar da karkarfin transformer.

• Koyar da tsarin winding:Koyar da tsarin winding, misali, an amfani da transposition winding technology. Idan an samu kabilu mai winding, transposition winding yana iya taimakawa kada wire su ga current daidai a wurare da dama a cikin winding, kuma kudeta tashin rarrabe da suka faru saboda skin effects da kuma proximity effects. Misali, a high voltage winding na transformer masu inganci, transposition winding technology yana iya kudeta tashin eddy current loss na winding da kuma koyar da karkarfin transformer.

Koyar da tsarin cooling

• Koyar da karkarfin cooling:Koyar da tsarin cooling na transformer, misali, daga natural air cooling zuwa forced air cooling ko oil immersed self-cooling zuwa forced oil circulation air cooling. Forced air cooling yana iya kudeta flow rate na air tun daga fan, da kuma koyar da karkarfin heat dissipation; Forced oil circulation air cooling yana amfani da oil pumps don kudeta circulation na transformer oil a radiator, wanda yake iya kudeta tashin heat. Tun daga haka, a halin karkarfin cooling mai karfi, temperature na transformer zai iya zama mafi yawan kudeta, kuma tashin rarrabe da kuma tashin lafiya da insulation suka faru saboda temperature mai yawa zai iya zama mafi yawan kudeta, wanda yana taimakawa koyar da karkarfin transformer.

• Koyar da tsarin control na cooling system:An amfani da intelligent cooling system control technology don kudeta tsarin control na cooling equipment tun daga load da temperature na transformer. Misali, idan load na transformer yana da kalmomi da temperature yana da kalmomi, power na cooling equipment zai iya zama mafi yawan kudeta ko wadannan cooling equipment suka fito; Idan load yana zama mafi da temperature yana zama mafi, zai iya faɗa cooling equipment masu yawan. Wannan intelligent control yana iya taimakawa koyar da karkarfin transformer, kuma kudeta tashin energy consumption na cooling system da kuma koyar da karkarfin gaba-gaban transformer.

Tsunawa da kudeta inganci

• Koyar da winding:Kudeta turns na winding ko kudeta area na cross-sectional na wire  Idan size na core na transformer yana iya, za a iya kudeta number of turns na winding ko kudeta area na cross-sectional na winding wire. Kudeta number of turns yana iya kudeta voltage ratio na transformer, da kudeta area na wire yana iya kudeta tashin resistance na winding, wanda yana iya taimakawa current mai yawa. Misali, idan step-down transformer, idan number of turns na low-voltage winding da kuma area na cross-sectional na wire suka zama mafi yawan kudeta, capacity na transformer zai iya zama mafi yawan kudeta.

• An amfani da parallel winding da kabilu:Winding yana daɗe ne tun daga winding multiple wires da kabilu. Hakan yana iya kudeta current carrying capacity na winding, wanda yana iya kudeta capacity na transformer. A halin haka, parallel winding da kabilu yana iya kudeta karkarfin heat dissipation na winding, wanda yana taimakawa koyar da karkarfin transformer a halin inganci.
  

Koyar da tsarin insulation

• An amfani da ma'adin insulation mai karfi:An amfani da ma'adin insulation mai karfi, kamar insulating paper, insulating paint da sauransu. Waɗannan ma'adin mai karfi suna da insulation strength da kuma heat resistance mai karfi, wanda suka iya taimakawa voltage da kuma current mai yawa ba zai iya kudeta volume na transformer. Misali, an amfani da nano-composite insulation materials, yana iya taimakawa electric field strength mai karfi a cikin insulation distance na musamman, wanda yana ba da tsari a kudeta capacity na transformer.

• Koyar da tsarin insulation:Koyar da tsarin insulation na transformer, misali, kudeta air gap a cikin layer na insulation da kuma amfani da layout mai karfi. Tsarin insulation mai karfi yana iya kudeta karkarfin insulation na transformer, wanda yana iya taimakawa transformer ya iya taimakawa voltage da kuma current mai yawa, wanda yana iya kudeta capacity na transformer.