Haɗa Cajin EV na Turai, Amurka, da Japan na yau da kullun fil da soket

Haɗa Cajin EV na Turai, Amurka, da Japan na yau da kullun fil da soket

 

Injiniyan Haɗin: Ta yaya Ansix Fasaha tana sake fasalta Inganci da Farashi a cikin Haɗin Cajin EV na Duniya

Sauyin da ake yi a duniya zuwa motocin lantarki (EVs) ba wai kawai labarin batura da injina ba ne; labari ne na haɗi. A zuciyar kowace EV akwai wata hanyar sadarwa mai sarkakiya ta hanyoyin caji mai ƙarfin lantarki, muhimmiyar hanyar haɗi tsakanin abin hawa da tushen wutar lantarki. Yayin da masana'antar ke tafiya a kan wani yanki mai rarrabuwar kawuna na Turai, Amurka, da Japan. ƙa'idodi, buƙatar kayan haɗin da aka ƙera daidai ba ta taɓa ƙaruwa ba.

 

A cikin wannan yanayi mai cike da matsaloli, Ansix Tech, ƙwararriya a fannin ƙira da ƙera na'urorin haɗa caji na EV na Turai, Amurka, da Japan—wadanda suka ƙunshi fil, soket, da kuma cikakken haɗin gidaje—ta sanar da faɗaɗa ƙarfin masana'antarta sosai. Tare da fiye da shekaru 28 na gwaninta, kamfanin yana amfani da ƙwarewarsa a cikin gyaran allurar daidai da dabarun sanya samfura don ƙaddamar da sabon layin aiki mai cikakken bayani. An tsara wannan shiri ne don magance ƙalubalen da masana'antar ke fuskanta mafi ɗorewa: rage farashi mai wahala ga abokan ciniki yayin da yake cika ƙa'idodin aminci da aiki na ƙasa da ƙasa.

 

Wannan labarin ya yi nazari kan sarkakiyar aikin Ansix Tech na baya-bayan nan, inda ya binciko hanyar daga samfurin zuwa yawan samar da kayayyaki. Za mu binciki sarkakiyar fasaha ta ƙera waɗannan muhimman abubuwan, hanyoyin tabbatar da inganci masu tsauri, da dabarun kirkire-kirkire da kamfanin ke amfani da su don haɓaka ƙarfin samarwa da kuma tabbatar da isar da kayayyaki akan lokaci.

 

Tsarin Ma'auni: Kewaya Tsarin Cajin Mota na Duniya

Kafin a yi nazarin tsarin kera motoci, yana da mahimmanci a fahimci yanayin ƙa'idoji. Kasuwar EV ta duniya a halin yanzu tana da ƙa'idodi guda biyar na caji, kowannensu yana da tsari na musamman na zahiri da buƙatun aiki.

 

Ma'aunin Turai (CCS2): Tsarin Cajin Haɗin Kai (CCS) ya zama babban ma'auni a Turai. CCS2 ya haɗa mahaɗin AC na Type 2 tare da ƙarin fil biyu na DC, wanda ke ba da damar caji cikin sauri tsakanin AC da DC ta hanyar shiga mota ɗaya. Manyan masu kera motoci na Turai suna tallafawa shi kuma an ba shi izini a duk faɗin EU.

 

Ma'aunin Amurka (CCS1 & SAE J1772): A Arewacin Amurka, ma'aunin SAE J1772 yana sarrafa cajin AC, wanda ke da tsarin fil biyar. Don cajin DC cikin sauri, ma'aunin CCS1 yana faɗaɗa akan wannan ta hanyar ƙara manyan fil biyu na DC a ƙarƙashin hanyar haɗin J1772. Duk da haka, yanayin yana canzawa cikin sauri tare da karɓar NACS (Ma'aunin Cajin Arewacin Amurka), wanda yanzu aka daidaita shi azaman SAE J3400, wanda ke samun babban rabo a kasuwa saboda ƙirar sa mai sauƙi da kuma yawan fitarwa mai ƙarfi.

 

Ma'aunin Japan (CHAdeMO): CHAdeMO (CHArge de MOve) wanda masana'antun Japan suka ƙirƙira, yana ɗaya daga cikin ƙa'idodin farko na DC masu sauri. Yana amfani da mahaɗi mai bambanci, ɗan ƙanƙanta kuma yana dogara ne akan sadarwa ta bas ɗin CAN don ingantaccen iko. Duk da cewa rabon kasuwarsa a Turai da Arewacin Amurka ya ragu, har yanzu yana ci gaba da zama ruwan dare a Japan da kuma tsakanin takamaiman samfuran motoci.

 

An gina sabon layin aikin Ansix Tech ne don ya dace da takamaiman ƙa'idodin waɗannan ƙa'idodi. Ikon kamfanin na samar da masu haɗawa waɗanda suka dace da ainihin shimfidar fil, jurewar girma, da buƙatun juriya na inji na CCS1, CCS2, da CHAdeMO shaida ce ta sauƙin amfani da injiniyancinsa.

 

Daga Tsarin Zane zuwa Gaskiya: Tsarin Ci Gaban Fasaha na Ansix

Tafiyar mahaɗi daga ra'ayi zuwa wani ɓangaren samarwa mai yawan gaske yana cike da haɗarin fasaha. Ansix Tech ta rage wannan ta hanyar tsari mai kyau wanda ya fara da matakin haɗin gwiwa na Tsarin Masana'antu (DFM).

 

Tsarin Haɗin gwiwa da Tsarin Samfura

Fara aikin ya fara ne da zurfafa bincike kan samfurin CAD na abokin ciniki na 3D. Haɗa caji na EV ba gidaje ne masu sauƙi na filastik ba; siffofi ne masu rikitarwa waɗanda ke buƙatar ƙananan bango, haƙarƙari masu rikitarwa don tallafawa tsarin, da kuma ramuka masu daidai don tabbatar da tashoshin ƙarfe. Babban ƙalubalen da aka gano a wannan matakin galibi suna da alaƙa da tabbatar da daidaiton girma don tabbatar da daidaiton tashar, cimma juriyar harshen wuta na UL 94 V-0, da kuma jure wa yanayin zafi na mota da matsin lamba na inji.

 

Injiniyoyin Ansix Tech suna amfani da kayan aikin kwaikwayo na CAE na zamani, kamar Moldflow da Moldex3D, don yin cikakken nazarin DFM. Wannan ingantaccen tantancewa na dijital yana gano matsalolin ƙira kafin a yanke kowace ƙarfe, gami da alamun nutsewa, warpage, da wuraren da ke da wahalar fitar da su.

 

Ga masu haɗawa da ke buƙatar haɗa tashoshin ƙarfe, kamfanin yana amfani da Saka MoldingA cikin wannan tsari, ana sanya fil ko tashoshi na ƙarfe a cikin ramin mold kafin a yi allurar filastik. Wannan yana ƙirƙirar wani abu mai rufewa da aka yi da ganye, wanda ke kawar da buƙatar haɗawa ta biyu, yana ƙara aminci, kuma yana rage farashi na dogon lokaci.

 

Matakin yin samfurin ya ƙunshi yin amfani da ƙarfe mai tauri ɗaya. Waɗannan samfuran farko suna fuskantar gwaje-gwaje masu tsauri:

 

Duba Girma: Amfani da Injinan Auna Daidaito (CMM) don tabbatar da ma'auni masu mahimmanci.

 

Gwajin Wutar Lantarki: Gwaje-gwajen dielectric masu ƙarfi (Hi-Pot) don tabbatar da ingancin rufin.

 

Gwajin Inji: Gwaje-gwajen ƙarfin sakawa da cirewa don tabbatar da dorewar zagayowar haɗuwa.

 

Gwajin Muhalli: Girgizar zafi da kuma fallasa danshi don kwaikwayon yanayin duniya na ainihi.

 

Wannan madauki mai maimaitawa - ƙira, samfuri, gwaji, gyara - yana tabbatar da cewa an tabbatar da ƙirar sosai don aiki da iyawar masana'anta kafin a yi babban jari a cikin kayan aikin samarwa mai yawa.

 

Kimiyyar Zaɓin Kayan Aiki: Daidaita Farashi da Aiki

Zaɓin kayan aiki yana da mahimmanci ga aiki da kuma farashin mai haɗa EV. Ƙungiyar kimiyyar kayan aiki ta Ansix Tech tana aiki tare da manyan masu samar da kayayyaki don zaɓar polymers da karafa waɗanda suka dace da takamaiman ƙayyadaddun bayanai ba tare da wuce gona da iri ba.

 

Zaɓin Polymer: PBT+GF

 

Ga kayan haɗin filastik da abubuwan rufewa, Polybutylene Terephthalate (PBT) mai ƙarfin gilashi 30% shine kayan da ake so. Musamman, ana amfani da ma'auni masu ƙarfi kamar Crastin® FR684NH1 (25% na ƙarfin gilashi) ko HR5330HFS (30% na ƙarfin gilashi) don haɗin EV mai ƙarfin lantarki mai ƙarfi.

 

Me yasa PBT?

 

Ƙarfin Inji: Ƙarfafa zaren gilashi yana ba da ƙarfin injina da ƙarfi mai yawa da ake buƙata don riƙe fil da aminci da kuma jure ƙarfin zagayowar haɗuwa mai maimaitawa.

 

Rufin Wutar Lantarki: PBT yana da kyawawan halaye na dielectric, tare da kwatancen bin diddigin ma'auni (CTI) waɗanda ke kaiwa 600V, wanda yake da mahimmanci ga aikace-aikacen wutar lantarki mai ƙarfi.

 

Kwanciyar Girma: Ƙarancin sha danshi yana tabbatar da cewa mahaɗin yana kiyaye siffarsa da kuma juriyarsa mai mahimmanci a cikin yanayi daban-daban na danshi.

 

Rage Wutar Lantarki: Tsarin ya cika ƙa'idodin UL 94 V-0 a sassan bango masu siriri, wani buƙatar aminci da ba za a iya sasantawa ba don aikace-aikacen motoci.

 

Dabarun Rage Farashi: Inganta Kayan Aiki

 

Duk da cewa kayan aiki kamar Polyphthalamide (PPA) ko Polyphenylene Sulfide (PPS) suna ba da ɗan ƙaramin aikin zafi, suna zuwa da farashi mai girma. Hanyar Ansix Tech ita ce ta nuna cewa ma'aunin PBT mai inganci zai iya cika duk ƙayyadaddun buƙatun abokin ciniki da ƙa'idodi na yau da kullun (kamar IEC 62196-3 da GB/T 20234.3) yayin da yake rage farashin kayan masarufi da kusan kashi 15% idan aka kwatanta da madadin da ya fi tsada. Wannan zaɓin dabarun yana rage tsadar samfurin kai tsaye ga abokin ciniki.

 

Zaɓin Karfe: Fil da Tashoshi

 

Filayen da soket ɗin kansu suna buƙatar ƙarfe mai ƙarfi. Duk da cewa jan ƙarfe mai ƙarfi (sama da kashi 99.9% na tsarki) yana ba da matsakaicin ƙarfin lantarki, sau da yawa ba shi da ƙarfin injin don amfani akai-akai. Don aikace-aikacen da ke buƙatar lokaci mai tsawo, jan ƙarfe na beryllium yana ba da haɗin ƙarfi da ƙarfin lantarki mafi kyau, kodayake a farashi mai girma.

 

Ga manyan tsarin hulɗa ko aikace-aikace inda inganta farashi yake da mahimmanci, phosphor tagulla (tagulla mai tin) ko ƙarfe mai-nickel-tin zaɓi ne gama gari. Waɗannan kayan suna ba da kyawawan halaye na sassauta damuwa, juriya ga tsatsa, da kuma ingantaccen soldering, wanda ke tabbatar da haɗin lantarki mai inganci a tsawon rayuwar abin hawa.

 

Injiniyan Mold: Kayan aiki na Daidaito don Samar da Taro

Modulation shine zuciyar tsarin ƙera shi. Domin samar da haɗin EV mai yawa, dole ne a tsara modulation don dorewa, inganci, da daidaiton matakin micron.

 

Binciken Gudun Mold (DFM) da Kwaikwayo

Kafin a gina mold ɗin, ana amfani da manhajar kwaikwayo ta zamani don yin kwaikwayon tsarin allurar. Ga masu haɗa siraran bango, wannan bincike yana da matuƙar muhimmanci don hana lahani kamar gajerun harbi, tarkon iska, da layukan walda.

 

Binciken DFM ya mayar da hankali kan:

 

Tsarin Cikowa: Tabbatar da cewa filastik ɗin da aka narke ya cika dukkan ramuka daidai gwargwado. Ga masu haɗawa da fil ɗin da aka saka, kwaikwayon yana annabta yadda filastik ɗin ke gudana a kusa da abubuwan da aka saka na ƙarfe, waɗanda ke aiki a matsayin cikas.

 

Hasashen Layin Walda: Gano inda gaba da gaba na kwararar ruwa suka haɗu, wanda zai iya haifar da rauni a cikin tsarin. Binciken yana bawa injiniyoyi damar daidaita wuraren ƙofa don motsa layukan walda zuwa wurare marasa mahimmanci.

 

Yaɗuwa da Ragewar Jijiyoyi: Hasashen nakasuwar da ke faruwa sakamakon rashin daidaiton sanyaya ko raguwar kayan aiki. Wannan yana da mahimmanci don kiyaye daidaiton matsayin micron na fil ɗin, domin ko da ɗan karkacewa kaɗan zai iya sa mahaɗin ya daina aiki.

 

Wani abu da aka saba fahimta daga wannan kwaikwayon shine buƙatar motsawa daga ƙofar da aka fi sani zuwa ƙofar ayaba (rami). Wannan canjin ƙira yana tabbatar da sauƙin kwarara, daidaito, rage damuwa ta ciki da inganta ƙarewar saman.

 

Tsarin Motsa Jiki da Inji

Da kammala nazarin DFM, za a fara ƙirar ƙirar samarwa. Wannan aiki ne mai sarkakiya na injiniya wanda ke buƙatar ƙwarewa a fannoni da dama:

 

Tsarin Kogo: Domin haɓaka ingancin samarwa, an tsara molds tare da ramuka da yawa (misali, 1x4, 1x8). Wannan yana ba da damar samar da mahaɗi da yawa a kowane zagayen allura, wanda ke ƙara yawan fitarwa sosai.

 

Tsarin Sanyaya: Ingancin sanyaya shine mafi mahimmancin abu don lokacin zagayowar da daidaiton sashi. Ansix Tech yana ƙera tsarin sanyaya mai kyau, sau da yawa yana amfani da hanyoyin sanyaya masu tsari waɗanda ke bin tsarin sashin. Wannan yana tabbatar da cire zafi iri ɗaya, rage warpage da rage lokacin sanyaya da kusan 25%. Wasu ƙira sun haɗa da sarrafa hanyoyin sanyaya da kwararar ruwa daidai gwargwado don hana "sake sanyaya da yawa" da inganta ingantaccen amfani da makamashi.

 

Mai Gudu da Ƙofa: Amfani da tsarin mai gudu da zafi abu ne da aka saba amfani da shi wajen samar da kayayyaki masu yawa. Wannan yana kawar da ɓarnar mai gudu da sanyi, yana adana kayan aiki da kuma rage lokacin zagayowar. Hakanan yana ba da iko mafi kyau akan zafin narkewa da matsin lamba, wanda ke haifar da ingantattun sassa.

 

Tsarin Fitar da Kaya: Siraran bango da kuma zurfin jan hankali na masu haɗawa suna sa fitar da kaya ya zama ƙalubale. Ana amfani da haɗin fil ɗin juyawa na yau da kullun da fil ɗin fitar da kaya mai faɗi don amfani da ƙarfi daidai gwargwado, don hana lalacewar wani ɓangare ko karce.

 

Zaɓin Karfe: Zaɓin ƙarfen mold yana shafar tsawon rayuwar kayan aiki da ingancin wani ɓangare. Ga abubuwan da aka saka a cikin ciki da kuma rami waɗanda za a iya sakawa cikin matsin lamba mai yawa da kuma yanayin gogewar kayan da aka cika da gilashi, Ansix Tech yana amfani da ƙarfe masu inganci kamar H13 ko SKD61, waɗanda suka taurare zuwa 48-52 HRC. Waɗannan ƙarfe suna ba da juriya ta musamman ga lalacewa da ƙarfin gajiyar zafi. Ga abubuwan da ke buƙatar kammala madubi ko don samar da ƙananan girma, ana zaɓar ƙarfe masu tauri kamar S136 ko NAK80 saboda kyawun gogewa da juriyar tsatsa.

 

Kalubalen Inji: Ƙirƙirar waɗannan ƙira ya ƙunshi shawo kan manyan matsaloli, gami da sarrafa ramuka zuwa jurewa cikin ±0.01mm, cimma cikakkiyar kammala saman ta hanyar Injin Fitar da Wutar Lantarki (EDM) da gogewar ultrasonic, da kuma haɗa ayyuka masu rikitarwa kamar su gefen gefe don yankewa.

 

Inganta Tsarin Aiki: Inganta Inganci da Sarrafa Farashi

Da zarar an gina mold ɗin, sai a mayar da hankali kan inganta tsarin ƙera allura. Nan ne Ansix Tech ke fassara daidaiton injiniya zuwa ingancin aiki da kuma tanadin kuɗi.

 

Magance Kalubalen Fasaha

Tsarin allurar haɗin EV yana da matsaloli na musamman:

 

Yaƙin: Tsarin da ba shi da daidaito da kuma bambancin kauri na bango na iya haifar da yaɗuwar wuta, wanda ke haifar da rashin daidaiton tashar. Ana magance wannan ta hanyar ingantaccen tsarin sanyaya da daidaita ƙofofi da aka samo daga kwaikwayon DFM.

 

Tsarin Zaren Gilashi: A cikin siririn haƙarƙari, yanayin zaren gilashi na iya haifar da raguwar anisotropic da warpage. Daidaita saurin allura da matsi na marufi yana da mahimmanci don magance wannan lamari.

 

Rigakafin Filasha: A cikin gyaran insert, haɗin da ke tsakanin abin da aka saka ƙarfe da abin da aka saka shi ne tushen walƙiya (filastik mai yawa). Samun mafi girman daidaiton ƙera mold da inganta ƙarfin matsewa suna da mahimmanci don hana ƙananan walƙiya.

 

Inganta Sigogi tare da DOE

Ansix Tech tana amfani da hanyoyin Tsarin Gwaje-gwaje (DOE) don daidaita sigogin allura. Ta amfani da dabaru kamar hanyar Taguchi tare da nazarin alaƙa mai launin toka, ƙungiyar tana inganta manufofi da yawa a lokaci guda cikin tsari.

 

Manufar ita ce a rage bambancin raguwar girma (don kwanciyar hankali) yayin da ake haɓaka ingancin samarwa (lokacin zagaye mafi guntu). Ta hanyar gwaji da kwaikwayo na maimaitawa, ana gano mafi kyawun sigogi. Ga mahaɗin PBT+GF na yau da kullun, wannan na iya haɗawa da zafin narkewa na 228°C, matsin lamba na marufi na 237.5 MPa, da lokacin marufi na daƙiƙa 5.88. Sakamakon yana da yawa: raguwar kashi 45% a cikin karkacewar girma da raguwar kashi 21% a cikin matsakaicin warpage.

 

Ribar Inganci: Tasirin tarin masu gudu masu zafi, ingantaccen sanyaya jiki, da kuma cikakkun sigogin tsari galibi yana haifar da raguwar lokacin zagayowar sama da 30%. Wannan yana fassara kai tsaye zuwa ƙananan farashin kowane ɓangare ga abokin ciniki, yana ba su damar haɓaka samarwa cikin gasa.

 

Tabbatar da Inganci: Al'adar Babu Lalacewa

Ga sassan motoci, inganci ba kawai ma'auni ba ne; abu ne da ake buƙata. Ansix Tech tana aiki a ƙarƙashin tsarin kula da inganci na IATF 16949, ma'aunin duniya na ingancin masana'antar motoci.

 

Tsarin aikin tabbatar da inganci yana cikin tsarin samarwa:

 

Duba Mataki na Farko (FAI): Kammala CMM da gwajin aiki na samfuran samarwa na farko.

 

Duba Cikin Tsarin Aiki: Ana amfani da Kula da Tsarin Kididdiga (SPC) don sa ido kan mahimman ma'auni a ainihin lokaci. Tsarin gani yana duba ta atomatik don walƙiya, gajerun hotuna, da ragowar ƙofa, yana tabbatar da cewa an gano lahani kuma an gyara su nan take.

 

Binciken Ƙarshe: Ana gudanar da ɗaukar samfurin rukuni don gwajin injina, lantarki, da muhalli mai tsauri, tare da tabbatar da cewa kowane yanki na samarwa ya cika ƙa'idodin da ake buƙata, kamar GB/T 20234.3 ko IEC 62196-3.

 

Don kimantawa na ciki mai mahimmanci, ana amfani da na'urar duba CT ta masana'antu don gano ramuka na ciki ba tare da lalata su ba, bambance-bambancen yawan abu, ko kuskuren daidaitawar fil wanda ƙila ba za a iya gani a saman ba.

 

Tabbatar da Isarwa cikin Sauri Ta Hanyar Tsarin Aiki Mai Haɗaka

A cikin masana'antar EV mai saurin gudu, lokaci zuwa kasuwa babban fa'ida ne ga gasa. Tsarin kasuwanci na Ansix Tech - inda ake yin ƙirar mold, kera mold, ƙera allurar rigakafi, da haɗawa duk a cikin gida - yana ba da damar sarrafa lokacin jagora na musamman.

 

Alƙawarin "saurin isarwa" ya cika ta hanyar injiniyan aiki a layi ɗaya. Yayin da ake yin injina na ƙirar, ana haɓaka kayan sarrafa inganci da mafita na marufi a lokaci guda. Wannan hanyar da aka tsara ta ba Ansix Tech damar matse lokacin daga samfurin zuwa yawan samarwa zuwa ƙasa da makonni 12.

 

Marufi kuma muhimmin ɓangare ne na wannan tsari. Ana sanya kowane mahaɗi a cikin ɗakunan da ke hana tsatsa, masu laushi a cikin tire masu ƙarfi da za a iya sake amfani da su. Wannan marufi na musamman yana tabbatar da cewa kayan haɗin sun isa layin haɗuwa na abokin ciniki ba tare da lalacewa ta jiki ko fitarwar lantarki (ESD) ba, wanda ke hana katsewa mai tsada.

 

Kammalawa: Isar da Aminci da Darajar da Ba a Daidaita Ba

Sabuwar hanyar aikin Ansix Tech don haɗa haɗin caji na EV na Turai, Amurka, da Japan ta fi faɗaɗa masana'antu; mafita ce mai kyau ga buƙatar masana'antar don kayan haɗin da ke da inganci da araha.

 

Ta hanyar ƙwarewa a dukkan sarkar darajar—daga kimiyyar kayan aiki da kwaikwayon kayan aiki zuwa injinan da aka tsara da kuma ingantaccen samarwa—Ansix Tech tana isar da ƙima ga abokan cinikinta. Ba a cimma nasarar kamfanin na rage tsadar kayayyaki sosai ta hanyar rage inganci ba, amma ta hanyar inganta kayan aiki da dabarun inganta hanyoyin samarwa, da kuma inganta ingancin aiki.

 

Ta hanyar rage farashin kayan aiki da kashi 15% ta hanyar zaɓin polymer mai hankali, rage lokacin zagayowar da kashi 30% ta hanyar ƙirar mold mai ci gaba, da kuma jajircewa ga inganci wanda ke tabbatar da yawan amfanin ƙasa mai yawa, Ansix Tech ta nuna cewa daidaito da araha ba su da bambanci da juna.

 

Tare da sama da shekaru 28 na ƙwarewar kera motoci da kuma fahimtar ƙa'idodi na duniya, Ansix Tech ta kasance abokiyar hulɗa mai aminci ga masana'antar kera motoci. Yayin da buƙatar ke ƙaruwa, ƙwarewar kamfanin a fannin haɗin injiniya masu ƙarfi, aminci, da tattalin arziki zai zama mahimmanci wajen ƙarfafa makomar motsi.

 

Don ƙarin bayani game da mafita na haɗin caji na EV na Ansix Tech, tuntuɓi info@ansixtech.com.

 

Kamfanin Ansix Tech Ltd

Idan kuna da wani shiri da ya shafi Haɗin Cajin EV na Turai, Amurka, da Japan na yau da kullun, kuna iya tuntuɓar mu a kowane lokaci. Za mu mayar da ra'ayoyinku zuwa gaskiya, mu bar ku ku cika burinku, kuma mu sami manyan oda daga kasuwa. Bayanan tuntuɓar mu sune info@ansixtech.com. Ko kuma ku tuntuɓi CTO ɗinmu, ta imel: stephen@ansixtech.com

 

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