Umvelisi wee-High-Current Crown Contacts, iiTorsion Springs, kunye neeWire Springs ze-100A160A Charging Guns

Umvelisi wee-High-Current Crown Contacts, iiTorsion Springs, kunye neeWire Springs ze-100A160A Charging Guns

 

Ukwakha Umqolo Wokutshaja Okukhawulezayo Kakhulu: Njani I-Ansix I-Tech iphinda ichaze iiNkqubo zoQhagamshelwano eziPhezulu kunye neeNkqubo zaseNtwasahlobo zeMipu yokutshaja ye-100A/160A

 

Njengoko ishishini lezithuthi zombane (i-EV) litshintsha ukusuka kwixhala lokutshaja ukuya kwixhala lokutshaja, inkundla yokulwa iye yatshintshela kwisiseko sokutshaja ngokukhawuleza kakhulu. Isibhamu sokutshaja se-100A kunye ne-160A—unxibelelwano olubalulekileyo phakathi kwegridi kunye nesithuthi—simele eyona nto iphambili kulo mceli mngeni. Ngaphakathi kwezi zindlu zincinci, izinto zityhalelwa kwimida yazo ye-thermodynamic, mechanical, kunye ne-cyclic. Kubavelisi, umda wempazamo ngu-zero; ukusilela apha kuthetha ukuba izihlanganisi ezinyibilikisiweyo, ixesha lokungasebenzi kwenkqubo, kunye nomonakalo odumileyo.

 

Kule ndawo iphezulu, ugxininiso luncipha luye kwiindawo ezintathu ezibalulekileyo zoomatshini: i-high-current crown contact (ekwaziwa ngokuba yi-crown spring okanye i-hyperboloid contact), i-torsion spring, kunye ne-wire spring. Nangona zihlala zinganakwa kwiingxoxo ezibanzi zoshishino, ezi zinto zimisela ukhuseleko, ubomi, kunye nokusebenza kobushushu kwenkqubo yonke yokutshaja.

 

I-Ansix Tech, igqala lokuvelisa elinamava angaphezulu kweminyaka engama-28, izibeke phambili kweli candelo. Idlula indima yomthengisi wezinto nje, i-Ansix Tech ibandakanyeka njengeqabane lophuhliso, iphucula isayensi yezinto eziphathekayo, amandla okuhamba komoya, kunye nokuveliswa okunokwandiswa ukusombulula iingxaki ezithile ze-100A kunye ne-160A. Eli nqaku lijonga nzulu kubuchwephesha obusemva kokuqaliswa kweprojekthi ye-Ansix Tech, iiprotokholi zokuqinisekisa, kunye neendlela zokunciphisa iindleko ezibeka izinto ezintsha ngokuzolileyo. imigangatho ukuthembeka kwikhonkco lobonelelo lweziseko zophuhliso ze-EV.

 

Isigaba Sokuqala: Ukuqaliswa kweProjekthi—Ngaphaya kweBhodi yokuDweba

Uhambo lwesixhobo sompu sokutshaja se-160A luqala kudala ngaphambi kokuba kuqalwe umatshini wokuqala. Kwi-Ansix Tech, isigaba sokuqalisa iprojekthi siphicotho oluqhutywa ngamacandelo amaninzi. Ngokungafaniyo neeprojekthi zokubumba i-injection yeplastiki eqhelekileyo, usetyenziso lwamandla aphezulu lufuna ubudlelwane bentsebenziswano phakathi kwezinto zesinyithi eziqhubayo (izikhonkwane zesithsaba kunye nezipringi) kunye nezindlu zeplastiki ezimele zizigqume phantsi koxinzelelo olukhulu lobushushu.

 

Xa umthengi esondela kwi-Ansix Tech, isigaba sokuqala siquka ukuphonononga nzulu "kwimeko yokusetyenziswa." Isicelo se-100A sesithuthi sabakhweli baseYurophu sahlukile kakhulu kwisicelo se-160A sesithuthi seenqwelo zorhwebo esinzima. Isigaba sokuqalisa sigxile kwiintsika ezintathu:

 

Imephu yoBunzima bangoku: Iqela lobunjineli le-Ansix Tech lihlalutya iinkcukacha zombane zomthengi ukuze libonise iindawo zokuvelisa ubushushu. Kwimeko ye-160A, nokuba ukwanda kwe-micro-ohm kunokubangela ubushushu obukhulu. Iqela liseka iiparameter zoyilo lwasekuqaleni lwejometri yesithsaba soqhagamshelwano ukuqinisekisa ukuba ukumelana noqhagamshelwano kuhlala kungaphantsi komda womthengi.

 

Inkcazo yoMjikelo woBomi boMatshini: Izibhamu zokutshaja zifakwa kumjikelo wokufakwa nokurhoxiswa kwamawakawaka. Ngexesha lokuqalisa, i-Ansix Tech ichaza amandla okusebenza afunekayo kwizipringi ze-torsion kunye neentambo. Ipringi ye-torsion eqinileyo kakhulu yenza kube nzima ukuyiphatha; leyo ibuthathaka kakhulu ibeka emngciphekweni ukunxibelelana okukhawulezileyo phantsi kokungcangcazela.

 

Ukukhetha Izinto Ngaphambi Kokuba Zisetyenziswe: Isebenzisa idatha yezinto ezisetyenzisiweyo yeminyaka engama-28, i-Ansix Tech ikhetha kwangaphambili amanqanaba e-polymer kunye ne-metal ngexesha lokuqalisa, inika umthengi i-"Material Matrix" exela kwangaphambili ukuphambuka kobushushu, ukumelana nokuqhekeka, kunye nokuhambelana kweekhemikhali nezinto ezingcolisayo kwindalo.

 

Eli nqanaba libonakaliswa kukucaca. I-Ansix Tech isebenzisa uphononongo lwe-Design for Manufacturability (DFM) kungekhona njengesiqhelo, kodwa njengesixhobo sokuxoxisana. Bayichasa uyilo lwabathengi olunokubonakala lugqibelele kwi-CAD kodwa olungenakwenzeka ukubunjwa ngobulungisa besakhiwo obufunekayo kukhuseleko oluphezulu, ukuqinisekisa ukuba ngexesha iprojekthi itshintshela kwi-prototyping, iziseko ziya kuba zilungile.

 

Ukunikezelwa kwexabiso: Ukusombulula iingxaki "zokubaleka kweThermal" kunye "nokudinwa yiCycle"

Ixabiso eliphambili i-Ansix Tech elinika abathengi bayo—ii-OEM kunye nababoneleli beTier 1 bezixhobo zokutshaja—likwisisombululo seengxaki ezimbini ezithile, ezibangela uxanduva olukhulu: ukuphelelwa ngamandla kobushushu ngenxa yokuwohloka koqhagamshelwano kunye nokudinwa koomatshini beendlela zasentwasahlobo.

 

Ingxaki yoQhagamshelwano lweCrown

Ii-pin-and-socket contacts zemveli zixhomekeke kumgca omnye woqhagamshelwano, nto leyo edala iindawo ezishushu. Ubuchule be-Ansix Tech kwi-crown contacts ezinombane ophezulu kusombulula oku ngomgaqo we-hyperboloid geometry. Ngokwenza i-crown contact equlathe iintambo ezininzi eziboshwe nge-engile, unxibelelwano lombane lusasazwa kwiimigca ezininzi. Oku kunciphisa kakhulu i-millivolt drop.

 

Kubathengi, oku kusombulula ingxaki "yokuntywila kobushushu". Xa umsinga we-160A udlula kwindawo edibeneyo engacwangciswanga kakuhle, ubushushu obuveliswayo bunokuthambisa indlu yeplastiki ejikelezileyo, nto leyo ekhokelela ekungalungelelaniseni koqhagamshelwano okanye ukunyibilika. Ngokwenza ngcono ububanzi bentambo kunye noxinzelelo olujikelezayo lwendawo edibeneyo, i-Ansix Tech iqinisekisa ukuba ukumelana koqhagamshelwano kuhlala kungaguquki kuyo yonke ixesha lobomi bemveliso. Omnye umthengi uxele ukwehla kwama-22% ekunyukeni kobushushu besiphelo emva kokutshintshela kuyilo lwendawo edibeneyo yoqhagamshelwano lwe-Ansix Tech, nto leyo ebavumela ukuba banciphise iimfuno zokupholisa zesiphatho sabo sokutshaja.

 

Umngeni weTorsion kunye neWire Spring

"Ukuxhawulana ngesandla" komatshini kwesibhamu sokutshaja kuxhomekeke kwiiprinsi ze-torsion (kwindlela yokubopha) kunye neeprinsi zentambo (ukugcina uxinzelelo kwiicontacts). Ukungaphumeleli kweprinsi ye-torsion emva kwemijikelo engama-5,000 kubangela ukuba i-latch ingasebenzi kakuhle, nto leyo eyenza ukuba isibhamu singathobeli imigangatho yokhuseleko.

 

Ixabiso le-Ansix Tech apha likwi-metallurgy echanekileyo kunye noyilo oludibeneyo. Abaveleli nje isipringi ngokweemfuno ezithile; bahlalutya ingalo yomzuzu kunye nokuqhekeka kweplastiki kwendlu. Ukuba indlu yeplastiki iyaguquguquka ngokuhamba kwexesha (ngenxa yokujikeleza kobushushu), umthwalo wangaphambi kwesipringi se-torsion uyatshintsha. I-Ansix Tech ilungisa oku ngokulungelelanisa i-modulus kunye ne-geometry yesipringi ngexesha lesigaba sophuhliso, ukuqinisekisa ukuba indlela ye-latch igcina imvakalelo "yokucofa" engaguqukiyo kunye namandla okugcina ukusuka kumjikelo woku-1 ukuya kumjikelo we-10,000.

 

Izinto ezisetyenziswayo: Ikhemistri idibana nokuqhuba

Ukusebenza kwesibhamu sokutshaja se-100A/160A kuxhomekeka kakhulu kwizinto ezisetyenzisiweyo ezikhethiweyo. I-Ansix Tech isebenzisa icebo elingqongqo lokubeka imveliso ngokweemfuno zabathengi kunye neemarike, eliqala ngokukhetha izinto eziyimfuneko.

 

Unxibelelwano lweCrown olusebenzisa amandla aphezulu: I-Conductive Core

Kwizikhonkwane ze-crown, izinto eziphambili zihlala ziyiBeryllium Copper (BeCu), ngakumbi ii-C17200 okanye ii-C17510 grades.

 

I-C17200 (iBeryllium Copper): I-Ansix Tech isebenzisa olu didi kwizicelo ezifuna amandla aphezulu okutsalwa kunye nokumelana nokudinwa. Emva kokuqinisa isisombululo kunye nokuqina kwemvula (unyango lobushushu), i-C17200 ifikelela kumandla okutsalwa ukuya kuthi ga kwi-1,400 MPa. Oku kubalulekile kwiikhonkco ze-crown, apho iingcingo kufuneka zigcine amandla e-radial angaguqukiyo ngokuchasene ne-pin ngaphandle kokuthatha iseti esisigxina ngokuhamba kwexesha.

 

C17510 (iBeryllium Nickel Copper): Kwizicelo ezibeka phambili ukuhanjiswa kombane ngaphezu kwamandla okugqibela okutsalwa, i-Ansix Tech ikhetha olu didi. Inika ukuhanjiswa kombane okumalunga ne-45-60% IACS (International Annealed Copper Standard), xa kuthelekiswa ne-18-25% kwiBeCu enamandla aphezulu. Ukukhethwa phakathi kwezi didi kubangelwa ngqo yimephu yobushushu eyenziwe ngexesha lokuqaliswa kweprojekthi.

 

Iintambo zihlala zigqunywe ngeSilivere okanye iGolide phezu kweNickel underplate. Isilivere inika amandla aphezulu okuqhuba, ngelixa iGolide inika ukumelana nokugqwala okuphezulu kwiindawo ezifumileyo. I-Ansix Tech ilawula ubukhulu beplating ngaphakathi kwee-microns, iqinisekisa ukuba iplating ayiqhekeki ngexesha lenkqubo yokujija koqhagamshelwano lwesithsaba, nto leyo eya kuveza isiseko sesinyithi kwi-galvanic corrosion.

 

I-Torsion kunye ne-Wire Springs: Imisipha yoomatshini

Kwizixhobo zasentwasahlobo, ukhetho ludla ngokuba yiStainless Steel (Grade 302 okanye 316) okanye iMusic Wire kwiizicelo ezixabisa kancinci.

 

I-Stainless Steel 302: I-Ansix Tech isoloko isebenzisa le nto kwizipringi ze-torsion ngenxa yokuba ihlala ixesha elide ekudinweni nasekumelaneni nokugqwala. Kwisibhamu sokutshaja esivezwe emvuleni, ityuwa, kunye nokufuma, i-302 SS iqinisekisa ukuba indlela ye-latch ayibambeki okanye ibole.

 

I-Oil-Temped Chrome Silicon (SAE 9254): Kwizipringi zentambo ezisebenza njengezinto zoxinzelelo lonxibelelwano oluhamba ngesantya esiphezulu, le alloy ikhethwa ngenxa yokukwazi kwayo ukumelana noxinzelelo oluphezulu kunye nokuguquguquka kobushushu ngaphandle kokuwa.

 

Iindlu zokufaka ubushushu: LCP kunye nePA66 GF

Iiplastiki ezigcina ezi zinto zesinyithi nazo zibaluleke kakhulu. I-Ansix Tech igxile kwiLiquid Crystal Polymer (LCP) kunye neHigh-Temperature Polyamide (PA66) eqiniswe ngeGlass Fiber (GF).

 

I-LCP: Isetyenziselwa izinto ezikufutshane ngqo noqhagamshelwano oluphezulu. I-LCP ibonisa i-coefficient ephantsi yokwandiswa kobushushu (CTE) efana neyesinyithi, ithintela udonga lweplastiki ukuba lungandi kude noqhagamshelwano kumaqondo obushushu aphezulu, nto leyo eya kunciphisa uxinzelelo loqhagamshelwano.

 

I-PA66 GF30/GF50: Isetyenziselwa izinto zokwakha ezifana negumbi lompu kunye neendlela zokutshixa. Ukuqina kwefayibha yeglasi kubonelela ngokuqina okufunekayo ukugcina iindawo ezijikelezayo zesprings ze-torsion phantsi komthwalo omkhulu woomatshini.

 

Ukwenziwa Kwezinto Ezingumgubo: Ubugcisa Bokusebenzisa Izixhobo Ezichanekileyo

Kwizinto ezinombane ophezulu, isikhunta yiDNA yemveliso. Inkqubo yokwenziwa kwesikhunta ye-Ansix Tech kulapho ubunjineli bethiyori buhlangabezana khona nemveliso yobuninzi esebenzayo. Izixhobo kufuneka ziqwalasele ijiyometri entsonkothileyo efunekayo ukuze kuhlaliswe oonxibelelwano bekrown kunye nokudibanisa izipilingi zetorsion.

 

Uhlalutyo lokuHamba kweMold (DFM)

Ngaphambi kokusika intsimbi, i-Ansix Tech yenza uHlalutyo olupheleleyo lweMold Flow. Kwicandelo le-100A charging gun, imigca ye-weld ilutshaba. Intambo ye-weld kwicandelo le-PA66 GF50 eligcina unxibelelwano lwesithsaba yindlela enokubakho yokusasazeka kwee-crack phantsi komjikelo wobushushu.

 

Inkqubo ye-DFM ilinganisa ipatheni yokuzalisa ukuze ibeke kwakhona imigca ye-weld kude neendawo ezinoxinzelelo oluphezulu (ezifana nee-spring retention clips).

 

Ikwaqikelela ii-air traps. Kwizinto ezinombane ophezulu, ii-air traps zinokubangela "ukuphazamiseka kwe-dielectric" phantsi kombane ophezulu. I-Ansix Tech isebenzisa olu hlalutyo ukubeka ngobuchule ii-vent channels (ngokuvamile ubunzulu obuyi-0.005mm ukuya kwi-0.015mm) ukuqinisekisa ukuphuma ngokupheleleyo kweegesi.

 

Izinto ezibalulekileyo ekufuneka ziqwalaselwe kuyilo lweMolds

 

Uyilo lweNkqubo yokuPholisa: Ngenxa yokuba i-PA66 kunye ne-LCP ziqina kumaqondo obushushu athile e-crystallization, ukupholisa okufanayo kubaluleke kakhulu. I-Ansix Tech iyila iitshaneli zokupholisa ezihambelanayo—iitshaneli ezenziwe ngomatshini we-3D ezilandela umda wenxalenye. Oku kunciphisa ixesha lokujikeleza ukuya kuthi ga kwi-20% kwaye kususa i-warpage. Kwisiphatho sesibhamu sokutshaja eside, esincinci, i-warpage eyi-0.2mm inokulungelelanisa ukudibana kwesithsaba nokungena kwesithuthi. Ukupholisa okuhambelanayo kuqinisekisa uzinzo lwejometri.

 

Iinkqubo zeRunner kunye neGating: I-Ansix Tech isebenzisa iinkqubo ze-hot runner ezinee-valve gates. Kwizinto ezifuna ukuqina okuphezulu kwesakhiwo (ezifana nee-spring housings), indawo yesango ibekwa kwindawo etyebileyo ukuvumela uxinzelelo olufanelekileyo lokupakisha. Oku kulungisa ukuncitshiswa kwezinto ezizaliswa yiglasi ephezulu, kuthintela iimpawu zesinki ezinokuphazamisana nokuhamba kwe-torsion spring.

 

Iindlela zokukhupha: Ukukhupha icandelo elinemithombo yesinyithi edibeneyo (Faka Ukubumba) okanye iindawo zokudibanisa ezichanekileyo zifuna ubuchule. I-Ansix Tech isebenzisa uyilo lweephini ze-ejector eziphambili kwaye, kwezinye iimeko, iinkqubo zokukhupha umoya ukuthintela umonakalo wobuhle okanye iintanda ezincinci kwiplastiki ezinokukhokelela ekungasebenzi kakuhle phantsi kombane ophezulu.

 

Imingeni yoKwenziwa kweMveliso

Enye yezona ngxaki zibalulekileyo ekuvelisweni kwesikhunta kwezi zinto kukulawula i-anisotropy yokuncipha kwezinto ezizaliswe yiglasi. Iifayibha zeglasi zizijongela kwicala lokuhamba. Isango elingayilwanga kakuhle liya kubangela ukuba iifayibha zijonge kwicala elithe nkqo loxinzelelo, nto leyo ewenza buthathaka loo nxalenye. Iinjineli zezixhobo ze-Ansix Tech zilawula iindawo zesango kwaye zizalise isantya ukuqinisekisa ukuba i-fiber ihambelana neendlela eziphambili zomthwalo (umz., i-pivot boss ye-torsion spring).

 

Ukubumba Ngenaliti: Ukuphucula Inkqubo ukuze kusebenze kakuhle kwaye kubize iindleko

Ukuveliswa kwezi zixhobo ngobuninzi kufuna indlela yokusebenza yokuvelisa elungelelanisa isantya nomgangatho. I-Ansix Tech iphuhlise "iiWindows zeNkqubo" ezizimeleyo zezixhobo ezinombane ophezulu.

 

Iinzuzo Zokusebenza Kakuhle

Ukwandisa amandla emveliso, i-Ansix Tech isebenzisa ii-molds ezinee-cavity ezininzi (ngesiqhelo ii-cavity ezi-4, ezi-8, okanye ezili-16) ezine-hot runner balancing. Umngeni ngee-molds ezinee-cavity ezininzi zezinto ezinombane ophezulu kukuqinisekisa ukuba i-cavity nganye izaliswa ngokufanayo. Nokuba ngumahluko we-5% kuxinzelelo lokupakisha phakathi kwe-cavity kunokubangela ukunyamezelana okwahlukeneyo, okuchaphazela umthwalo wangaphambili kwi-wire spring.

 

I-Ansix Tech isebenzisa iiCavity Pressure Sensors eziqhagamshelwe kwinkqubo yekhompyutha ephakathi. Ishothi nganye ijongwa ngexesha langempela. Ukuba umngxuma uphambuka kwi-set pressure curve (ebonisa ukuba umoya uvaliwe okanye utshintsho lwe-viscosity), inkqubo iyayilahla ngokuzenzekelayo loo nxalenye ithile, iqinisekisa ukuba kuphela zizinto ezigqibeleleyo ngokwejometri ezifikelela kumthengi.

 

Amaqhinga okuNciphisa iindleko

Ukunciphisa iindleko kweli candelo akubhekiselele kwizixhobo ezingabizi kakhulu; kuxhomekeke ekusebenzeni kakuhle kwezinto kunye nokunciphisa ixesha lokujikeleza.

 

Ukuphucula i-Hot Runner: Ngokusebenzisa iinkqubo ze-hot runner, i-Ansix Tech isusa i-sprue kunye nenkunkuma ye-runner enxulumene neenkqubo ze-cold runner. Kwizinto ezibizayo ezifana ne-LCP, oku kubonisa ukonga kwezinto ze-15-25%.

 

Ukuncitshiswa kwexesha lomjikelo: Ngokusebenzisa uyilo oluphambili lwenkqubo yokupholisa, i-Ansix Tech inciphise amaxesha omjikelo wezixhobo zombhobho wokutshaja ezinodonga oluqinileyo ukusuka kwimizuzwana engama-60 ukuya kwimizuzwana engama-38 kwiiprojekthi zamva nje, nto leyo eyehlisa ngokuthe ngqo ixabiso leyunithi nganye.

 

Ukukhuhla okuZenzekelayo: Iirobhothi zisusa iindawo kwaye zikhuhla ngokuzenzekelayo (zahlukanise indawo kwi-runner) zisebenzisa iingalo ezilawulwa yi-servo. Oku kunciphisa iindleko zomsebenzi kwaye kususa umngcipheko womonakalo obangelwa ngumqhubi kwiimpawu zentwasahlobo ezithambileyo ze-torsion.

 

Ukuqinisekiswa koMgangatho: Ukuqina okungaphaya kweMigangatho

Iinkqubo zokuqinisekisa ze-Ansix Tech zenzelwe ukubonakalisa iinyani ezinzima zeli candelo, kungekuphela nje kwilabhoratri.

 

Ukuqinisekiswa kweNkqubo

 

Uhlolo lwe-CMM (Coordinate Measuring Machine): Yonke imilinganiselo ebalulekileyo—ngakumbi ububanzi bangaphakathi (ID) bendlu yoqhagamshelwano lwe-crown kunye nemingxunya ejikelezayo ye-torsion springs—ilinganiswa ngokwemodeli ye-CAD. Ukunyamezelana kudla ngokubanjelwa kwi-±0.02mm.

 

I-X-Ray Fluorescence (XRF): Kwizinto ezifakwe kwi-insert-molded (apho i-crown contact ibunjwa ibe yiplastiki), i-XRF isetyenziselwa ukuqinisekisa indawo ye-metal contact ngaphakathi kweplastiki. Ukuba i-contact ayisebenzi kakuhle, ukudibana kombane kuya kuphazamiseka.

 

Ukuqinisekiswa koomatshini kunye nombane

 

Uvavanyo Lokufaka/Ukurhoxisa Amandla: Izitendi zovavanyo ezizenzekelayo ziqhuba izixhobo ukuya kwimijikelo eyi-5,000 ukuya kwi-10,000. I-Ansix Tech ijonga ukuwohloka kwamandla eesprings zentambo kunye neekhonkco zesithsaba ngexesha langempela. Ukuqinisekiswa okuphumelelayo kubonisa igophe lamandla elithe tyaba, hayi elihlayo.

 

Uvavanyo Lokunyuka Kobushushu (DIN EN 60512-5-2): Izixhobo ziphantsi kombane we-160A kwindawo elawulwayo. Ii-thermocouples zijonga ubushushu kwindawo yoqhagamshelwano. I-Ansix Tech iqinisekisa ukuba ukunyuka kobushushu akudluli kwi-50K (Kelvin) ngaphezu kwe-ambient, uphawu lokhuseleko olubalulekileyo.

 

Uvavanyo lokufuma kunye nokuGqwala: Iindlela zentwasahlobo zivavanywa ngetyuwa (ASTM B117) ukuqinisekisa ukuba intsimbi engagqwaliyo okanye iindawo ezigqunywe ngentsimbi azigqwali, nto leyo eya kwandisa ukungqubana okanye ibangele ukuba intwasahlobo yokugquma iqhekeke.

 

Ukupakishwa kunye nokuLungiselela: Ukuqinisekisa uBulungisa kuMgca

Umgangatho ufikelela kwindlela yokusebenza yokupakisha nokuhambisa. I-Ansix Tech isebenzisa iinkqubo zokutya ngeetyhubhu kunye nokupakisha iitreyi ezenzelwe ngokukodwa ukuthintela "ukuxinana" kwee-torsion springs kunye nokuguquguquka kwee-crown contacts ngexesha lokuhamba.

 

Kwiiprojekthi ezinomthamo omkhulu, izinto zihanjiswa kwiipakethe ezingashukumiyo, ezingenathuli ezifanelekileyo kwiindawo zokudibanisa amagumbi okucoca. Umsebenzi wokuvelisa uhambelana neeshedyuli zemveliso yabathengi kusetyenziswa inkqubo yeKanban, ukuqinisekisa ukuhanjiswa ngexesha ngaphandle kokuthwala umthwalo omkhulu kwimpahla yabathengi.

 

Ukwandisa Amandla kunye nokuqinisekisa ukuhanjiswa ngexesha elifanelekileyo

Ngamava angaphezu kweminyaka engama-28 yokuvelisa, i-Ansix Tech inyuse imisebenzi yayo ukuze ihlangabezane neemfuno ezikhulayo zeziseko zophuhliso ze-EV. Indlela inkampani ejonga ngayo amandla iphindwe kathathu:

 

Izixhobo Ezisetyenziswa Kwimodular: I-Ansix Tech iyila iimold zayo ngee-inserts ezitshintshanayo. Oku kuvumela utshintsho olukhawulezileyo kwi-crown contact housing geometry ngaphandle kokwakha imold entsha ngokupheleleyo. Ukuba umthengi ufuna ukuphucula i-100A gun ibe yi-160A, i-Ansix Tech inokutshintsha ii-contact cavity inserts ngeentsuku endaweni yeeveki.

 

IiSeli Zokuvelisa Ezizinikeleyo: Endaweni yokuba yindawo exakekileyo yokusebenza, i-Ansix Tech iseka iiSeli Zokuvelisa Ezizinikeleyo zeeprojekthi zezibhamu zokutshaja ezinomthamo omkhulu. ISeli nganye inomatshini wokubumba inaliti, ingalo yerobhothi, isikhululo sokuhlola umgangatho (inkqubo yokubona), kunye nesikhululo sokupakisha. Olu lwakhiwo lweselula lunciphisa ixesha lokuphatha izinto kwaye luhlukanisa imiba yomgangatho ngoko nangoko.

 

Ukugcinwa Kwezinto Ezicwangcisiweyo: Ngenxa yokuguquguquka kwekhonkco lokubonelela ngezinto ezinje nge-LCP kunye neBeryllium Copper, i-Ansix Tech igcina uluhlu lwezinto ezicwangcisiweyo. Ngokuthenga kwangaphambili iibhetshi eziqinisekisiweyo ze-C17200 kunye ne-PA66 GF50, zikhusela abathengi ekunqongophaleni kobonelelo, ziqinisekisa ukuhanjiswa ngexesha nangexesha lokuphazamiseka kwemarike.

 

Isiphelo: I-Ansix Tech Reliability Factor

Kwimveliso yee-contacts ze-crown ezinombane ophezulu, ii-torsion springs, kunye nee-wire springs ze-100A/160A charging guns, umahluko phakathi kwento esebenzayo nehlala ixesha elide kukuqokelelwa kwamawaka ezigqibo ezincinci: isikhokelo se-beryllium copper, i-engile yetshaneli yokupholisa kwi-mold, ubunzulu bomoya obuchanekileyo obuthintela iimpawu zokutsha kwi-spring housing, kunye nephakheji eqinisekisa ukuba i-torsion spring ayidinwa ngaphambi kokuba ifakwe.

 

I-Ansix Tech ayizisi nje kuphela amava eminyaka engama-28, kodwa nefilosofi yokudibanisa ngokuthe nkqo kunye nobunjineli obuqinileyo. Ngokwenza ngcono izixhobo, iinkqubo, kunye nokusebenza kakuhle, inkampani yenza okungaphezulu nje kokwenza izinto; inciphisa kakhulu iindleko ezinzima zeemveliso zabathengi bayo ngelixa ngaxeshanye iphucula ukuthembeka kwazo.

 

Kubathengisi be-OEM kunye nababoneleli be-Tier 1, ixabiso licacile. Ukusebenzisana ne-Ansix Tech kuthetha ukukhuphela ubunzima besayensi yezinto eziphathekayo, uhlalutyo lokuhamba komngundo, kunye nokuqinisekiswa okuphezulu kwingcali. Kuthetha ukusuka kuyilo lweprototype ukuya kwimveliso enkulu kunye neqabane eliqondayo ukuba kwisibhamu sokutshaja se-160A, ukuthembeka akusiyo nje inkcazo-yeyona nkcazo kuphela.

 

Njengoko imakethi ye-EV iqhubeka nokuqhubela phambili kwisantya sokutshaja se-300kW+ , iimfuno zezi zinto ziya kukhula ngakumbi. Ngobuchule bayo ekubumbeni i-injection, ukunyathela ngokuchanekileyo, kunye nokuvelisa intwasahlobo, i-Ansix Tech sele iqulunqa isizukulwana esilandelayo seenkqubo zoqhagamshelwano, iqinisekisa ukuba iziseko zombane zihlala zikhuselekile, zisebenza kakuhle, kwaye zihlala ixesha elide kwizigidi zemijikelo ezayo.

I-Ansix Tech Co Ltd

Ukuba unezicwangciso ezinxulumene noMenzi wee-High-Current Crown Contacts, iiTorsion Springs, kunye neeWire Springs ze-100A160A Charging Guns, ungaqhagamshelana nathi nangaliphi na ixesha. Siza kuguqula izimvo zakho zibe yinyani, sikuvumele ufezekise amaphupha akho, kwaye ufumane ii-odolo ezinkulu kwimarike. Ulwazi lwethu loqhagamshelwano luthi info@ansixtech.com. Okanye uqhagamshelane ne-CTO yethu, thumela i-imeyile ku: stephen@ansixtech.com

 

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