Intshayelelo: I-Energy Revolution kwi-Welding
Kwiziphene zobhedu-ze-aluminium ezidityanisiweyo zeemodyuli zebhetri yemoto yamandla amatsha, i-20,000A yangoku ekhutshwe yi-capacitor discharge projection welder ifezekisa i-molecular-bond bond kwimizuzwana eyi-0.03; kwiwelding yesilivere -ekudityanisiweyo okufakwe kwikhabhathi zombane eziphezulu{6} zevoltage, ukuchaneka kwe-nugget ye-0.5μm iphinda ibhale imigangatho yoqhagamshelwano lweteknoloji. Esi sixhobo se-welding, esigxile kugcino lwamandla e-capacitor, siba ngamandla amatsha kwintsimi yokwenziwa ngokuchanekileyo ngenxa yeempawu zayo ezizodwa zokukhupha amandla. Eli nqaku libonelela-kuhlalutyo olunzulu lweempawu ezingundoqo ezintlanu kunye nokuphumelela kweteknoloji ye-capacitor discharge projection welders.
I. Utshintsho lwenguqu kwiNkqubo yaMandla
Iimpawu eziqhumayo zeCapacitor Energy Storage
- Undoqo we-capacitor discharge welder ilele kuqokelelo lwamandla kunye nokukhululwa kwangoko kwebhanki yayo ye-capacitor:
- Umbane wokutshaja unokufikelela kwi-2000VDC, kunye nomthamo wokugcina amandla we-200kJ.
- Ixesha lokukhutshwa lilawulwa ngaphakathi kwe-3-15ms, kunye nencopho yangoku ifikelela kwi-100kA.
- Idatha yovavanyo evela kwishishini lebhetri yamandla ibonisa: Xa welding 3mm +3 mm amaphepha aluminiyam, ubunzulu ukungena capacitor discharge welder bonyuke nge 40% xa kuthelekiswa abaweldi bemveli AC, kwaye ubushushu-zowuni echaphazelekayo licuthe nge 60%.
Ulawulo lwamandla oluchanekileyo
- Isizukulwana esitsha se-capacitor discharge welders sixhotyiswe ngenkqubo yokulawula amandla edijithali:
- Ukuchaneka kokulungelelaniswa kwamandla kufikelela kwi-±1.5% (xa kuthelekiswa ne-±5% kwiimodeli eziqhelekileyo).
- Ixhasa i-0.1kJ isohlwayo{1}}ukuhlengahlengisa ukuziqhelanisa neemfuno zezinto ezahlukeneyo.
- Ukuqinisekiswa kwenkqubo lishishini lomkhosi kubonisa: Kwi-welding 0.8mm yobhedu{1}}i-nickel alloy, emva kokunciphisa igalelo lokutenxa, ukutenxa okusemgangathweni kwe-weld spot conductivity yehle ukusuka kwi-15% ukuya kwi-3%.
II. IiNzuzo zokuSebenza kwiiParameters zobuGcisa
Izalathisi zokuPhumelela kwaMandla ngoko nangoko
- I-Capacitor discharge welders inokukhulula amandla amaninzi ngaphakathi kwe-3ms:
- Amandla encopho afikelela kuma-8000kW (alingana nomthwalo opheleleyo weemitha zombane zendlu ezili-100).
- Izinga lokunyuka kwangoku lifikelela kwi-10 ^ 6 A / s.
- Emva kokufaka esi sixhobo, umenzi we-circuit breaker wabona amandla e-welding yoqhagamshelwano lwesilivere enyuka ukusuka kwi-120MPa ukuya kwi-280MPa, 2.3 amaxesha enkqubo yokucinezela{3}}ebandayo.
Usukelo olugqibeleleyo lokuPhinda ukuChaneka
- {0}}Isiphelo esiphezulu sokukhupha i-capacitor welders iphumelele:
- Ukuchaneka okuphinda-phinda amandla okumalunga ne-±1%.
- Ixesha lokutenxa Ngaphantsi okanye lilingana no-±0.1ms.
- Ingxelo esemgangathweni evela kumashishini eemoto ibonisa: Emva kokutshintshela kwi-welder echanekileyo yokukhupha i-welder, i-coefficient ye-weld ye-fluctuation coefficient ye-buckles yebhanti yesihlalo yaxinzelelwa ukusuka kwi-18% ukuya kwi-2.5%.
Umgangatho woShishino kwiNdlela yokuSebenza ngokuSebenza ngokuLungileyo
- Xa kuthelekiswa nezixhobo zokuwelda zemveli:
- Umthwalo wegridi uyancitshiswa ngama-80% (amandla asetyenziswa kuphela ngexesha lokutshaja).
- Inqaku elinye-elisetyenziswayo lamandla ligcinwa ngama-65%.
- Idatha yokubeka iliso kusetyenziso lwamandla kwishishini lesixhobo sombane: Kwimveliso yonyaka yeemveliso ezizizigidi ezi-2, ukonga umbane ngonyaka kufikelele kuma-480,000 kWh, okulingana nokunciphisa ukukhutshwa kweCO2 ngeetoni ezingama-380.
III. Izinto eziluncedo ezikhethekileyo kuLungelelaniso lweNkqubo
Ingcaphephe kwi-Metal Welding engafaniyo
- Iimpawu eziphezulu ezikhawulezayo{0}}zeempawu ze-capacitor discharge welders zinokusombulula ngempumelelo:
- Ingxaki yokonakala kwe-interfacial brittleness kubhedu{0}}kuwelding yealuminiyam.
- Umngeni wokungahambelani kwe-metallurgical phakathi kwentsimbi kunye ne-titanium alloy.
- Ityala lokuphumelela elivela kumthengisi wepakethi yebhetri: Amandla oqhagamshelwano phakathi kwe-1.2mm aluminium sheet kunye ne-0.8mm nickel -icwecwe lentsimbi edibeneyo ifikelele kwi-310MPa, iphula umda weenkqubo zemveli.
Master of Precision kwiMicro Welding
- Ukusebenza okugqwesileyo kwinkalo ye-welding yecandelo le-elektroniki:
- Inokugqiba ukudityaniswa okuthembekileyo kweengcingo zegolide eziyi-0.05mm.
- Ukuchaneka kolawulo lwedayamitha yeWeld ifikelela ±5μm.
- Idatha yemveliso yobuninzi evela kwishishini le-sensor: Izinga lemveliso ye-micro strain gauge welding yenyuka ukusuka kwi-88% ukuya kwi-99.95%, kwaye izinga lokungaphumeleli kwemveliso liye lahla kwi-0.02 PPM.
Elona Sebe liGqwesileyo lobushushu{0}}Izinto eziSensitive
- Iimpawu zokunyuka kobushushu obuphantsi zifanelekile ngokukodwa:
- Faka i-welding ye-polymer composite materials.
- Ukhuseleko lonyango lomphezulu lwamalungu angaphambili{0}}agqunywe.
- Ukusetyenziswa kwesicelo esivela kumenzi wezinto zangaphakathi zemoto: Xa iibrakethi zepaneli yesixhobo se-welding, ubushushu bomhlaba bulawulwa ngaphantsi kwe-80 degree, ukugcina ngokugqibeleleyo ukunyaniseka kwe-PU yokugqoka.
IV. Iimpawu zokuzivelela kweZakhiwo zeZixhobo
Uyilo lweBhanki yeModyuli yeCapacitor
- Iiwelder ezintsha zokukhupha i-capacitor zamkela uyilo olwandiswayo:
- Imodyuli esisiseko yi-50kJ, enokwandiswa ukuya kuthi ga kwi-500kJ.
- Ixhasa ulungiso olushushu-lokutshintsha, ukunciphisa ixesha lokuphumla ngama-70%.
- Ityala eliphuculweyo elivela kumzi-mveliso wesinyithi: Ngokongeza iimodyuli ezintathu ze-50kJ, amandla e-welding anyuka ukusuka kwi-4mm ukuya kwi-8mm yentsimbi yentsimbi, kunye nokusetyenziswa kwezixhobo kuphuculwe ngama-300%.
Intelligent System Charging
- Itekhnoloji yokutshaja amandla rhoqo iyaphumelela:
- Ixesha lokutshaja lifutshane ukuya kwimizuzwana eyi-15 (iimodeli zemveli zifuna imizuzwana engama-60).
- Ungcoliseko lwe-harmonic yegridi yehliselwe kwiTHD<5%.
- Idatha elinganisiweyo evela kumgca wokuvelisa oqhubekayo: Emva kokuphucula ukusebenza kakuhle kokutshaja, izinga lokujikeleza kwezixhobo liye landa ukusuka kwiingxenye ze-25 / umzuzu ukuya kwiingxenye ze-40 / ngomzuzu.
Kuvalwe kabini{0}}Isistim yokulawula iLuphu
- I-Voltge{0}indlela yangoku yengxelo emibini iqinisekisa:
- Ukuhla kombane wokutshaja Ngaphantsi okanye ilingana ne-±0.5%.
- Khupha imposiso yangoku yokulandela umkhondo < ±1%.
- Ukuphuculwa kwenkqubo kwishishini elichanekileyo lokunxibelelanisa: Ukutenxa okusemgangathweni kokumelana nokunxibelelana kwehle ukusuka ku-±8% ukuya ku-±0.5%, kwaye iimveliso ziphumelele i-automotive{2}}ibakala le-VDA lesiqinisekiso esisemgangathweni.
V. UkuPhumelela kweTekhnoloji kwiiNdlela zokuSebenza
Izixhobo ezingundoqo kuMmandla oMtsha waMandla
- Iimodyuli zebhetri yamandla: Gqibezela{0}}ubushushu obuphantsi uqhagamshelo oluthembekileyo lobhedu{1}}kwitheminali zealuminiyam.
- I-Photovoltaic inverters: Phumelela-engonakalisi iwelding yesilivere{1}}abafowunelwa bomaleko.
- Idatha yemveliso yobuninzi evela kwi-TOP 3 yeshishini lebhetri: Ukumelana noqhagamshelwano lwe-welding welding kuye kwancitshiswa ukuya kwi-0.8μΩ, kunye nokulawulwa kokunyuka kweqondo lokushisa kuphuculwe ngama-50%.
Inkqubo engundoqo kuMveliso woMbane oPhezulu{0} weVoltge
- Vacuum circuit breakers: Molecular-level bonding of silver-tungsten alloy contacts.
- Amacandelo e-Relay: Multi{0}}qhagamshelana neteknoloji ye-welding ehambelanayo.
- Impumelelo yetekhnoloji eyenziwe ngumvelisi ophezulu wokutshintsha{0}ivoltage: Emva kokufaka i-capacitor discharge welders, ukunyamezela kombane kwemveliso kunyuke ukusuka kwi-10,000 ukuya kwi-50,000 yokusebenza.
Uguqulo oluchanekileyo kwiMicro{0}}yeMveliso yoMbane
- Ukupakishwa kweChip: Ukwenziwa ngokuchanekileyo kweebhola zesolder zocingo lwegolide.
- Iinjini ezincinci: I-Insulation{0}}ukugcina i-welding ye-0.3mm yocingo olwenziwe nge-enameled.
- Ingxelo yesivuno esivela kumthengisi wemoto yefowuni ephathwayo: Izinga le-welding defect lehla ukusuka kwi-1200 PPM ukuya kwi-5 PPM, lifikelela kwinqanaba eliphezulu loshishino.
【Isiphelo: Ukuthotywa koBuchule boLawulo lwaMandla】
Xa i-capacitor discharge welder idala indawo ye-weld egqibeleleyo kunye nobubanzi be-0.3mm kuphela kwiphepha lobhedu lwe-0.8mm, kwaye xa ifezekisa iibhondi zezinto eziphathekayo kwi-3ms ezingenakufikeleleka ngeenkqubo zemveli, emva kwale mimangaliso yezobuchwepheshe kukho ulawulo olugqibeleleyo lweteknoloji yokugcina amandla e-capacitor. Ukusuka kwiibhetri zamandla amatsha ukuya kwi-electronics ye-aerospace, ukusuka kwisixhobo sombane esiphezulu{4}}esiphezulu ukuya kwi-micro sensors, i-capacitor discharge projection i-welders ichaza ngokutsha imigangatho yoqhagamshelo lwemveliso yangoku ngobugcisa obuchanekileyo bamandla. Loo mashishini alawula le teknoloji ngokusisiseko afumene isitshixo sokuqhawula imida yezinto kunye nokunyusa incopho yokuvelisa.
