Ukwenziwa kweePini kunye neeSockets zeeReceptacles zokutshaja ze-EV ezisemgangathweni zaseYurophu

Ukwenziwa kweePini kunye neeSockets zeeReceptacles zokutshaja ze-EV ezisemgangathweni zaseYurophu

 

Ukuchaneka Phantsi Koxinzelelo: Njani I-Ansix I-Tech ichaza ngokutsha indlela yokwenziwa kweePini kunye neeSockets zeeReceptacles zokutshaja ze-EV ezisemgangathweni zaseYurophu

 

Kwimeko eguquka ngokukhawuleza yeziseko zophuhliso zezithuthi zombane (i-EV), umahluko phakathi kwenethiwekhi yokutshaja ethembekileyo kunye nokusilela kwenkqubo okuyingozi kudla ngokuxhomekeka kwizinto ezilinganiswa ngeemilimitha. Njengoko iManyano yaseYurophu ikhawulezisa utshintsho lwayo oluya ekufakelweni kombane ngokupheleleyo, imfuno yezikhongozeli zokutshaja ezihambelana nemithetho eqinileyo yaseYurophu. imigangatho—ingakumbi uthotho lwe-IEC 62196—luphumelele kakhulu. Sekunjalo, kule marike iphezulu, abavelisi bajongene nemingeni emithathu eqhubekayo: ukufikelela kubuchule be-micron kwizixhobo eziqhubayo, ukugcina olo buchule kwizigidi zeeyunithi, nokwenza oko ngesakhiwo seendleko esivumela inzuzo enokukhuliswa.

 

Ngena kwi-Ansix Tech, umenzi okhethekileyo onamava angaphezu kweminyaka engama-28 kuyilo kunye nokwenziwa kweepini kunye neesokhethi. Kwiprojekthi yakutshanje ebalulekileyo egxile ekusetyenzisweni kweepini kunye neesokhethi zee-receptacle zokutshaja ze-EV ezisemgangathweni waseYurophu, i-Ansix Tech ayibonisi nje kuphela amandla okuvelisa, kodwa ibonakalise ubuchule boqoqosho lobunjineli. Ngokulawula ngononophelo lonke umjikelo wobomi—ukusuka kuyilo lweeprototype kunye nokuqinisekiswa ukuya kwimveliso enkulu kunye nokuqinisekiswa kwendibano—inkampani imisele umlinganiselo omtsha wokunikezelwa kwexabiso. Eli nqaku lijonga kwiingxaki zobugcisa zale projekthi, lihlola indlela i-Ansix Tech esebenzisa ngayo izinto eziphucukileyo. Uyilo lweMold, isayensi yezinto eziyimfuneko, kunye nokwenza ngcono iinkqubo ukusombulula iingxaki ezibaluleke kakhulu kushishino: ukunciphisa iindleko, ukuqinisekiswa komgangatho, kunye nomthamo onokukhuliswa.

 

Ukuqaliswa kweProjekthi: Ukusombulula Amanqaku Entlungu Yabathengi

Le projekthi yaqala ngomthengisi weemoto weTier-1 waseYurophu ojongene nengxaki enkulu. Ikhonkco labo lokubonelela ngeepini kunye neesokhethi ze-receptacle zohlobo lwesibini (Mennekes) lalineengxaki ngamaxesha angangqinelaniyo okujikeleza kunye nezinga eliphezulu lokwaliwa elivela kwiimpawu zesinki kunye ne-warpage kwiindawo ezibalulekileyo. Amanqaku aphambili obuhlungu bomthengi ayephindwe kathathu: iindleko eziphezulu zobunini (TCO) ngenxa yamazinga enkunkuma angaphezulu kwe-8%, amandla angonelanga emveliso ukuhlangabezana neshedyuli yokukhupha i-EV enamandla, kunye nokungabikho kokuhlanganiswa okuthe nkqo okukhokelele ekungahambelani kakuhle phakathi komthengisi we-metal stamping kunye ne-injection molder.

 

Imodeli yokuzibandakanya ye-Ansix Tech ijongane nale micimbi kwasekuqaleni. Endaweni yokusebenza njengomvelisi ozimele, iqela lobunjineli le-Ansix Tech lafakwa kwinqanaba loyilo lomthengi. Ixabiso lenkampani lixhomekeke kwindlela epheleleyo: ukuphatha iphini kunye nesokhethi kungekuphela nje njengezinto ezizodwa, kodwa njengenkqubo apho ulawulo lobushushu, ukuqhuba kombane, kunye nokugcinwa koomatshini kufuneka kuhlale kuzinzile kwimijikelo yokudibana engaphezu kwe-10,000.

 

Ingxaki ephambili eyasonjululwa yi-Ansix Tech kumthengi yayikukususa ukuguquguquka kwejiyometri. Kwizithintelo ezisemgangathweni zaseYurophu, iiphini (ngokuvamile amandla, i-PE, kunye nesignali) kufuneka zigcine umgama ochanekileyo phakathi kunye namandla okufaka. Nakuphi na ukuphambuka kubangela ukumelana okuphezulu kokunxibelelana, okukhokelela ekubalekeni kobushushu okanye ukuvalelwa ngaphandle kwetshaja. Ngokuthatha ubunini benkqubo yonke—ukusuka ekukhetheni izinto eziluhlaza ukuya ekuqinisekisweni kwendibano—i-Ansix Tech iqinisekisile ukuba umthengi uya kufumana izinto ezilungele ukuhlanganiswa kokugqibela ngaphandle kokulungiswa kwakhona.

 

Ukukhethwa kwezinto: Isiseko soKuqhuba kunye noKuhlala ixesha elide

Uhambo lwephini okanye isokhethi esebenza kakuhle aluqali kumatshini wokubumba, kodwa luqala kwisakhiwo sesinyithi sezinto ezisetyenzisiweyo. Kule projekthi, i-Ansix Tech isebenzise icebo lezinto ezimbini elilungiselelwe iimfuno zombane nezoomatshini zomgangatho waseYurophu.

 

Kwizikhonkwane zombane (iSigaba kunye neSigaba esiNcinci), i-Ansix Tech ikhethe i-Cu-ETP (C11000), i-alloy yobhedu ene-conductivity ephezulu. Ulwakhiwo lweekhemikhali zale nqanaba lulawulwa ngokungqongqo, kunye nomxholo wobhedu omncinci we-99.9%. Isigqibo sokusebenzisa i-Cu-ETP siqhutywe yireyithingi yayo yombane egqwesileyo (100% IACS) kunye nokukwazi kwayo ukugcina iipropati ezizinzileyo phantsi komjikelo wobushushu obonwa ngexesha lokutshaja ngokukhawuleza kwe-DC (ukuya kuthi ga kwi-350A). Ukulwa nokuthamba kwendalo kobhedu olucocekileyo, okunokukhokelela ekuguqukeni ngexesha lokudibana okuphindaphindiweyo, i-Ansix Tech isebenzise icebo lokuqinisa umsebenzi ngexesha lenkqubo yesibini yokugaya, ukuqinisekisa ukuba incam yephini igcina ingqibelelo yayo yejometri.

 

Kwii-signal pin kunye nee-protective earth (PE), inkampani isebenzise i-CuZn39Pb3 (CW614N), ithusi elisikayo. Ukwakheka kweekhemikhali apha kubalulekile: i-57-59% Copper, i-2.5-3.5% Lead, kunye nentsalela yeZinc elinganiselayo. Umxholo we-lead usebenza njenge-chip breaker ngexesha lokwenziwa kwe-high speed machining, okwenza kube lula ukusika kunye nee-grooves ezintsonkothileyo ukuze kuvalwe ngee-silicone gaskets. Kwii-socket housing kunye nee-insulating collars, i-Ansix Tech ichaze i-PA66 (Polyamide 66) eqiniswe nge-30% glass fiber (PA66-GF30). Olu didi luthile, oluvela kubathengisi abaphezulu abanjengo-BASF (Ultramid® A3WG6) okanye i-DuPont (Zytel® 70G30L), lukhethwe ngenxa ye-high comparison tracking index (CTI) kunye nokuzinza kwayo okulinganayo phantsi kokufunxwa komswakama—into ebalulekileyo kwizinto ezivezwe kwiimeko zemozulu zangaphandle kulo lonke elaseYurophu.

 

Uyilo lweMveliso (i-DFM) kunye noHlalutyo lokuHamba kweMold

Ngokuchazwa kwezinto ezisetyenzisiweyo, i-Ansix Tech yaqalisa inqanaba loYilo lokuVelisa (i-DFM). Isebenzisa uHlalutyo oluPhambili lweMold Flow (i-MFA), iqela lobunjineli lilinganise inkqubo yokubumba ngenaliti kwiindawo zeplastiki ngelixa ngaxeshanye lihlalutya amandla okubumba afakiweyo kwiiphini.

 

I-MFA yayibalulekile ekuchongeni umngeni ofihlakeleyo: umahluko omkhulu kwii-coefficients zokwandiswa kobushushu phakathi kwee-inserts zebrass/copper kunye ne-resin ye-PA66-GF30. Ngexesha lokupholisa, ii-inserts zesinyithi zazincipha ngesantya esahlukileyo kuneseplastiki, nto leyo edala uxinzelelo olushiyekileyo olunokukhokelela ekuqhekekeni okuncinci ngokuhamba kwexesha.

 

Ukusombulula oku, inkqubo ye-DFM igxile ekwenzeni ngcono ubukhulu bodonga olujikeleze ii-pin inserts. Uhlalutyo lutyhile ukuba ubukhulu bodonga obuqhelekileyo obuyi-2.5 mm babunganelanga ukufunxa uxinzelelo lwe-shear; I-Ansix Tech yayila ngokutsha i-geometry ukuze ifake indawo yokutshintsha kancinci enobukhulu obuyi-3.2 mm, yehla ukuya kwi-2.0 mm. Le geometry "yokunciphisa uxinzelelo", eqinisekiswe yi-MFA, yehlise uxinzelelo olusele luqikelelwe ngama-34%, isusa umngcipheko wokuqhekeka koxinzelelo lokusingqongileyo (ESC) ngexesha lovavanyo loxinzelelo lobushushu.

 

Uyilo lweMold: Ubunjineli bokuCavitation ephezulu kunye nokuchaneka

Eyona nto iphambili kwinzuzo yokwenziwa kwe-Ansix Tech ikukwazi kwayo ukuyila nokwakha ii-injection molds ezichanekileyo kakhulu ezisebenza njengee-automated manufacturing cells. Kule projekthi isemgangathweni yaseYurophu, inkampani yenze i-mold yosapho ene-cavitation ye-8+8—ii-cavitations ezisibhozo zee-pin assemblies kunye ne-8 zee-socket housings ezincedisayo—eyenzelwe ukusebenza kumatshini wokubumba i-injection yombane we-320-tons.

 

Ukukhethwa kwezinto zeMold

Ngenxa yokuba i-30% yeglasi egcwele i-PA66 irhabaxa, isiseko se-mold sakhiwe ngentsimbi ye-DIN 1.2738 (AISI P20 + Ni), enika ukupholishwa okugqwesileyo kunye nokudityaniswa. Nangona kunjalo, i-core kunye ne-cavity inserts—iindawo ezidibana ngqo nezinto—zenziwe nge-DIN 1.2343 (AISI H11), intsimbi esebenza ngobushushu esekelwe kwi-chromium. Le nto ikhethwe ngenxa yokuqina kwayo okugqwesileyo, ukumelana nokuguguleka okuphezulu, kunye nokukwazi ukumelana namandla aphezulu e-clamp afunekayo kwizinto ezizaliswe yiglasi. I-inserts zalungiswa ngobushushu be-vacuum ukuya kubunzima be-50-52 HRC kwaye zagqitywa ngenkqubo yokupholishwa kwamanqanaba amaninzi efikelela ekugqibeleni kwe-SPI A-2 diamond-grade ukuze kube lula ukukhululwa kwe-polymer egcwele iglasi.

 

Uyilo lweSitishi sokuPholisa

Enye yezona zinto zibalulekileyo kule projekthi yayikukuyilwa kweetshaneli zokupholisa ezihambelanayo. Ukupholisa okuthe tye ngokwesiko kudla ngokwanelanga kwijiyometri entsonkothileyo yee-EV receptacles, nto leyo ekhokelela kwixesha elide lokujikeleza kunye nokupholisa okungalinganiyo. I-Ansix Tech isebenzise imveliso yokongeza (ukuprinta kwe-3D) ukwenza ii-inserts zokupholisa ezihambelanayo zeepini eziphambili. Ezi tshaneli zilandela umda ochanekileyo wejiyometri yangaphakathi yesamente, ukuqinisekisa ukukhutshwa kobushushu okufanayo.

 

Kwindawo ejikeleze ii-inserts zentsimbi, ii-baffles kunye nee-bubblers zadityaniswa kuyilo lwe-mold ukuze kujoliswe ubunzima obuphezulu bobushushu be-copper. Ngokunciphisa ixesha lokupholisa ukusuka kwimizuzwana engama-35 yesiqhelo ukuya kwimizuzwana engama-22 kuphela, i-Ansix Tech ifikelele ekunciphiseni kwexesha lomjikelo ngama-37%, okunegalelo ngqo ekunciphiseni iindleko.

 

Iinkqubo zoMbaleki kunye nokuGcina iiGate

Ukuqinisekisa ukuzaliswa ngokulinganayo kuzo zonke izikhewu ezisibhozo, isikhunta sisebenzisa inkqubo yokubaleka eshushu eneegeyithi zevalvu ezilawulwa ngokwahlukeneyo. Le nkqubo isusa inkunkuma yokubaleka ebandayo—okonga kakhulu iindleko zezinto—kwaye ivumela ukugadwa kwevalvu ngokulandelelana. Iindawo zegeyithi zibekwe ngobuchule kwicandelo elinobukhulu bendlu (iflange yokufaka engasemva) kusetyenziswa iigeyithi ezisemacaleni ezinobubanzi obuyi-4.0 mm kunye nobude bomhlaba obuyi-1.0 mm. Olu yilo luqinisekisa ukuba ipolymer enyibilikisiweyo ihamba ngesantya esiphezulu ijikeleze i-inserts zesinyithi ngaphandle kokudala imigca edibeneyo kwiindawo ezibalulekileyo zokutywina.

 

Iindlela zokukhupha

Ukukhupha ii-socket housings ezinde nezincinci ngaphandle kokuguquka yingxaki eqhelekileyo kushishino. I-Ansix Tech iyile inkqubo yokukhupha i-combination isebenzisa ii-hydraulic ejector pins kunye ne-stripper plate. I-stripper plate ibandakanya umjikelezo we-component, isasaza amandla okukhupha i-socket ngokulinganayo phezu komphezulu we-360-degree. Le ndlela ithintele ukuguqulwa kwee-latches ezitshixayo ze-socket kwaye yaqinisekisa ukuba i-interface yokudibana ebukhali ihlala ithe tyaba ngokugqibeleleyo.

 

Imingeni yokuvelisa kunye noomatshini bokubumba

Ukwenziwa kwe-mold ngokwayo kwakubonisa incopho yobunjineli obuchanekileyo. I-geometry eyinkimbinkimbi ye-receptacle esemgangathweni yaseYurophu—ingakumbi ii-anti-tamper shutters kunye ne-guide frame—yayifuna indibaniselwano ye-CNC milling enesantya esiphezulu kunye ne-electric discharge machining (EDM).

 

Umngeni ophambili wobuchwephesha yayikukukhanda imingxuma yee-shutters ezine-spring-loaded. Ezi mingxuma zine-undercuts kunye ne-slots ezinokunyamezela kwe-±0.005 mm. I-Ansix Tech isebenzise i-5-axis ngaxeshanye i-CNC machining isebenzisa ii-micro-grain carbide end mills ezinobubanzi obufana ne-0.5 mm. Kwiinkcukacha ezintsonkothileyo ze-safety shutter mechanism, kwasetyenziswa i-sinker EDM (Electrical Discharge Machining). Ii-graphite electrodes, ezenziwe kwi-high-speed mill, zasetyenziswa ukutshisa ii-3D geometries ezintsonkothileyo kwintsimbi eqinileyo. Inkqubo ye-EDM yalawulwa ngononophelo ngokugqitywa komphezulu we-Ra 0.4 µm, isusa imfuneko yokupolisha okwesibini kwiikona ezixineneyo.

 

Ukubumba Ngenaliti: Ukuqinisekiswa kunye Nokwenziwa ngcono Kweenkqubo

Njengoko isikhunta siqinisekisiwe kwaye sifakwe kwiseli yokubumba injection elawulwa yi-cleanroom, i-Ansix Tech yaqalisa isigaba soVavanyo lweNkqubo (PV). Ubunzima bobuchwephesha bokubumba injection la macandelo buxhomekeke ekulawuleni i-anisotropy evezwa yi-glass fibers ngelixa kugcinwa ukuchaneka kwendawo ye-metal inserts.

 

Iiparameter zenkqubo ezilungiselelweyo zasekwa ngendlela yoYilo lweeMvavanyo (i-DOE):

 

Ubushushu bokunyibilika: 280°C – 300°C (ukuqinisekisa ukunyibilika ngokupheleleyo kwe-PA66-GF30 ngelixa kuthintela ukuwohloka kobushushu bonyango lomphezulu we-insert ye-brass).

 

Ubushushu boMngundo: 80°C – 90°C (ilawulwa nge-thermolator yeoyile ukugcina ubushushu obuphezulu bomphezulu, ikhuthaza ubukrelekrele kwi-polymer ukuze kubekho ukumelana okungcono kweekhemikhali).

 

Isantya Sokujova: Iyaqhubeka (ihamba kancinci-ikhawuleza-ihamba kancinci) ukuthintela ukutsiba nokuqinisekisa ukuba imicu yeglasi ihambelana ngokufanelekileyo kwiindawo zokufaka isinyithi ngaphandle kokuveza umphezulu wesinyithi.

 

Uxinzelelo lokuPakisha: Ibha ye-800 imizuzwana emi-4, ibanjwe de kube yilapho isango liqandisiwe ukuze kulungiswe ukuncipha kwevolumu.

 

Amaqhinga okuSebenza kakuhle kunye noLawulo lweendleko

Ukunciphisa iindleko bekungengombono wexesha elizayo; kwacwangciswa ukuba kusetyenziswe le nkqubo. I-Ansix Tech ifikelele ekunciphiseni iindleko ezibonakalayo kumthengi ngokusebenzisa iindlela ezintathu eziphambili:

 

Ukuphucula Ukuveliswa Kwezinto Ezisetyenzisiweyo: Ngokusebenzisa inkqubo yokubaleka eshushu nokubala ngokuchanekileyo ubunzima bokudubula ukuya kuthi ga kwi-0.5% yethagethi, inkunkuma yezinto ezisetyenzisiweyo yancitshiswa yaya kuthi ga kwi-1% yexabiso lilonke lokusetyenziswa. Ukongeza, ngokuphucula uyilo lwee-pin inserts ukuze kusetyenziswe iiblanks ezimfutshane kancinci (ukonga i-2 mm nge-pin), inkampani yanciphisa ukusetyenziswa kobhedu oluluhlaza nge-5% ngonyaka ngaphandle kokubeka emngciphekweni umgama wombane okanye umgama wokuhambahamba.

 

Ukucinezelwa kwexesha lomjikelo: Ngokusebenzisa icebo lokupholisa elihambelanayo kunye nokubuyiswa kwenxalenye ngokuzenzekelayo, ixesha elipheleleyo lomjikelo lincitshisiwe ukusuka kwimizuzwana engama-55 ukuya kwimizuzwana engama-38. Kwishedyuli yemveliso yama-24/7, oku kuthetha ukonyuka kwama-30% kwimveliso yemihla ngemihla, okunciphisa ngempumelelo iindleko ezimiselweyo zeendleko zokuqhuba ngeyunithi nganye.

 

Ukufakwa Kokufaka Okuzenzakalelayo: Le nkampani idibanise ingalo yerobhothi ene-axis ezi-6 kwiseli yokubumba. Irobhothi ikhetha, ibeke, kwaye ibeke iiphini zobhedu kunye nobhedu kwimingxuma yokubumba ngokulungelelana kwendawo ye-±0.02 mm. Oku kususa iimpazamo zokulayisha ngesandla, ukunciphisa iindleko zomsebenzi, kunye nokhuseleko olongezelelekileyo.

 

Ulawulo loMgangatho kunye noQinisekiso: IiProtokholi eziNgenazo Iziphene

Kwishishini le-EV, iphini enye enesiphene inokubangela umlilo wemoto, nto leyo ekhokelela ekubuyiselweni kwakhona okukhulu. Iiprotokholi zomgangatho ze-Ansix Tech zale projekthi zenzelwe ukufikelela kwinqanaba leSix Sigma lomgangatho (iziphene ezi-3.4 kwisigidi ngasinye).

 

Inkqubo yokuqinisekisa umgangatho iqala ngoHlolo lweNqaku lokuQala (i-FAI) ngokwemigangatho ye-AS9102, nangona usetyenziso luqhutywa ngemoto. Oku kubandakanya uyilo olupheleleyo olusebenzisa iCoordinate Measuring Machine (CMM) kunye ne-non-contact optical comparator ukuqinisekisa zonke izilinganiso ezibalulekileyo ezili-124 ezichongiweyo kumzobo we-2D womthengi.

 

Ngexesha lokuveliswa kwezinto ezininzi, kusetyenziswa inkqubo yokuhlola enamaleko amaninzi:

 

Inkqubo: Ukuhlolwa kombono we-100% ukuze kubonwe i-flash, imifanekiso emfutshane, kunye nokubekwa kwindawo yokufakwa kusetyenziswa iikhamera ezikhawulezayo ezidityaniswe kwiseli yokubumba.

 

I-SPC (Ulawulo lweNkqubo yeStatistical): Ukubeka esweni ii-curves zoxinzelelo lwe-cavity ngexesha langempela. Ukuba i-cavity iyaphambuka kwi-curve yesiginitsha esekiweyo, inkqubo yolawulo iyayilahla ngokuzenzekelayo loo nxalenye ethile ize yazise ingcali.

 

Ukuqinisekiswa koomatshini: Uvavanyo olutshabalalisayo lwenziwa rhoqo emva kweeyure ezi-4. Oku kuquka uvavanyo lokutsalwa kweepini (ubuncinci amandla okugcina angama-250N) kunye novavanyo lokufaka/lokurhoxisa amandla kusetyenziswa igeyiji elinganisiweyo ukuqinisekisa ukuthotyelwa kwe-IEC 62196-1 (ngesiqhelo 10N retention).

 

Ukuqinisekiswa koMbane: Uvavanyo lweKelvin oluneengcingo ezine lulinganisa ukumelana koqhagamshelwano lwendibano nganye yepini ukuqinisekisa ukuba ihlala ingaphantsi kwe-5 mΩ emva kokujikeleza kobushushu.

 

Ukupakishwa, uLawulo, kunye nokuHanjiswa ngokukhawuleza

Iqonda ukuba ukuhanjiswa kweenxalenye yinto ebalulekileyo kwixesha lokufakwa kwezixhobo zomthengi, i-Ansix Tech iqalise inkqubo yezothutho eqhutywa yi-kanban. Emva kokubumba, iinxalenye ziyasuswa ngokupheleleyo kwaye zibekwe kwiitreyi ze-ESD-safe (Electrostatic Discharge) ezenzelwe ngokukodwa i-geometry yeepini ezisemgangathweni zaseYurophu.

 

Icebo lokupakisha ligxile kwiingxowa ezivalekileyo nezivaliweyo, ezivalwe nge-vacuum kunye neepakethe ze-desiccant ukuthintela ukufunxwa komswakama kwizinto ze-PA66, okunokubangela i-hydrolysis ngexesha leenkqubo zokudibanisa umthengi. Itreyi nganye ibhalwe ngekhowudi yeData Matrix edibanisa nomqolo othile, isitampu sexesha, kunye nebhetshi yezinto eziluhlaza—ukuqinisekisa ukulandeleka ngokupheleleyo ukusuka kwi-smelter ukuya kwindibano yokugqibela.

 

Ukuqinisekisa ukuhanjiswa ngexesha, i-Ansix Tech igcine isitokhwe sokhuseleko olucwangcisiweyo see-pin blanks kunye ne-resin ezigqityiweyo. Ngokusebenzisa iminyaka engama-28 yobudlelwane bayo be-supply chain, inkampani ithethe ngexesha leeveki ezili-12 lokufumana izinto eziluhlaza, ngokuchaseneyo nomgangatho weshishini weeveki ezingama-20. Olu buchule luvumele i-Ansix Tech ukuba ithembise kwaye inikeze izinga elihambelanayo le-98.5% lokuhanjiswa ngexesha kulo lonke ixesha lokunyuka kweprojekthi, nangona ngexesha lokuphazamiseka kwe-supply chain yehlabathi eyayichaphazela icandelo leemoto.

 

Isiphelo: Ukubonelela ngokuthembeka ngamava

Ukuphunyezwa ngempumelelo kweprojekthi ye-European Standard EV Charging Receptacles kugxininisa inyaniso ebalulekileyo ekuvelisweni ngokuchanekileyo: amava yeyona nto iphambili ekuhlukeni. Iminyaka engama-28 ye-Ansix Tech yobuchwephesha kuyilo kunye nokuveliswa kweepini kunye neesokhethi ayisiyonto iphambili kwimbali; zizinto ezisebenzayo ezilawula zonke izigqibo, ukusuka ekukhethweni kwe-Cu-ETP kunezinye iindlela ezingabizi kakhulu ukuya ekudityanisweni kokupholisa okuguquguqukayo kuyilo lwesikhunta.

 

Kumthengi, ixabiso elinikezelweyo lalinokulinganiswa. Ngokuphucula ukusetyenziswa kwezinto, ukucinezela amaxesha omjikelo, kunye nokususa izinto ezilahliweyo nge-DFM ephucukileyo, i-Ansix Tech yanciphisa iindleko zokuvelisa ezibonakalayo zendibano yokugqibela ye-receptacle ngaphezulu kwama-22%. Kwangaxeshanye, inkampani yonyuse amandla okuvelisa ngama-40% ngaphandle kokufuna umthengi ukuba atyale imali kwizixhobo ezintsha zomgca wokuhlanganisa, njengoko ukuhambelana okulinganayo kwezinto kuvumela ukuhlanganiswa okuzenzakalelayo ngaphandle kokulahlwa.

 

Kwishishini apho ukuthembeka kufana nokhuseleko, i-Ansix Tech ibonakalise ukuba indlela yokunciphisa iindleko ayikho kwizinga eliphezulu, kodwa kukuchaneka kobunjineli. Ngokugcina icebo eliqinileyo lokubeka imveliso elihambelana neemfuno zemarike—ukusebenzisa izixhobo ezikumgangatho ophezulu, uhlalutyo oluphambili lokuhamba kwesikhunta, kunye neenkqubo zokuqinisekisa ezingqongqo—inkampani izibonakalise njengeqabane elibalulekileyo kwikhonkco lokubonelela nge-EV yaseYurophu. Njengoko ilizwekazi liqhubeka nokuqhubela phambili ekuqhubekeni okuzinzileyo, ukuzibophelela kwe-Ansix Tech kuyilo olucokisekileyo, ukwenziwa kwemishini, kunye nokubumba iiphini kunye neesokhethi kuqinisekisa ukuba izithuthi zexesha elizayo ziqhutywa zizinto ezithembekileyo njengoko zenziwe ngokuchanekileyo.

 

I-Ansix Tech Co Ltd

Ukuba unezicwangciso ezinxulumene noMatshini weePini kunye neeSockets zeeReceptacles zokutshaja ze-EV ezisemgangathweni zaseYurophu, ungaqhagamshelana nathi nangaliphi na ixesha. Siza kuguqula izimvo zakho zibe yinyani, sikuvumele ufezekise amaphupha akho, kwaye ufumane iiodolo ezinkulu kwimarike. Ulwazi lwethu loqhagamshelwano luthi info@ansixtech.com. Okanye uqhagamshelane ne-CTO yethu, nge-imeyile: stephen@ansixtech.com

 

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