Kwimveliso yanamhlanje echanekileyo, umgangatho wenkqubo ye-welding umisela ngokuthe ngqo ukunyaniseka kwesakhiwo kunye nobomi benkonzo. Ngophuhliso olukhawulezayo lweebhetri zamandla amatsha, i-aerospace, kunye namashishini e-microelectronics, iUmatshini wokuWelding woGcino lwaMandlaiye yaba sisisombululo esithandwayo kwi-welding echanekileyo. Oku kungenxa yeenzuzo zayo ezahlukileyo: ukukwazi ukukhulula amandla amakhulu ngoko nangoko, ubushushu obuncinci{1}Indawo eChaphazelekayo, kunye neemfuno zegridi yamandla aphantsi kakhulu.
Eli nqaku liza kucazulula ngokunzulu indlela yokusebenza ye-Energy Storage Welding Machine, ukulinganisa inzuzo yokusebenza kwayo, kunye nokubonelela ngeengcebiso ezisebenzayo zokukhetha ngokusekelwe kubuchwephesha boshishino.
Ubuchwephesha obungundoqo butyhilwe: Usebenza njani uMtshini we-Welding Welding?
Ingqiqo yokusebenza ye-Energy Storage Welding Machine inokuthelekiswa ngokucacileyo "nokugcina amanzi ezikhukula ukuvelisa amandla." Endaweni yokuzoba umsinga omkhulu ngoko nangoko ukusuka kwigridi yamandla, iqokelela amandla ngenkqubo yokutshaja eqhubekayo, esezantsi{1}ethi ikhutshwe ngokugqabhuka ngexesha lokuwelda.
1. "Ukuhlawulisa{1}Gcina{2}}Ukukhupha" Uguqulo lwamandla
Elona candelo le-Energy Storage Welding Machine ngumthamo ophezulu-weCapacitor Bank. Ukusebenza kwayo kwahlulwe ngokwezigaba ezithathu ezibalulekileyo:
- Inqanaba lokutshaja:I-AC yangoku iguqulelwa kwi-DC ngokusebenzisa i-rectifier circuit ukuhlawulisa i-capacitor bank kwi-confirm, amandla aphantsi. Oku kuthetha ukuba ubukhulu be-izikali zoGcino lwaMandla oShishino zifuna kuphela amakhulu ambalwa eewathi ukuya kwiikilowathi ezimbalwa zokutshaja, zicutha ngokubonakalayo umthwalo kwigridi yamandla yomzi-mveliso.
- Inqanaba Lokugcina:Amandla ombane agcinwa kwi-capacitors njengentsimi ye-electrostatic. Ngokwefomula yomzimba i-$E=\\frac{1}{2}CV^2$ (apho u-E ingamandla, u-C i-capacitance, kunye no-V ngumbane), ulawulo oluchanekileyo phezu kombane kwi-capacitor ivumela ukuchaneka kwenqanaba le-joule ekulawuleni amandla e-welding.
- Inqanaba lokukhupha:Xa umqondiso we-weld uqaliswa, inkqubo yolawulo (ehlala isebenzisa{0}i-thyristors yamandla aphezulu okanye ii-MOSFETs) ikhupha amandla e-capacitor kwi-welding transformer ngexesha elifutshane kakhulu. Emva koguqulo, oku kukhokelela kwi-low-voltage pulse current yamashumi amawaka e-ampere kwiingcebiso ze-electrode.
2. Ummangaliso okhawulezileyo we-3-10ms: Kutheni ichaneke ngakumbi kuneeWelder eziqhelekileyo
Iiwelder ze-AC eziqhelekileyo zinexesha le-weld phakathi kwe-50ms kunye ne-500ms. Ngokwahlukileyo, ixesha lokukhutshwa kwe-Energy Storage Welding Machine lifutshane kakhulu, lidla ngokuba yi-3ms ukuya kwi-10ms kuphela. Le "flash{6}}efana" yokukhupha impawu ithetha ukuba ubushushu obuveliswayo buqulethwe kwindawo ye-weld kwaye ayinaxesha lokusasazeka kwizinto ezisisiseko ezingqongileyo phambi kokuba i-weld igqitywe. Oku ngokufanelekileyo kuthintela i-oxidation kunye nokuguquka kombala kwindawo ye-weld, kunciphisa ukuguquka, kwaye ikhusela ubushushu{8}}izakhiwo zangaphakathi ezibuthathaka, ezifana ne-lithium yebhetri ye-electrolyte okanye iitshiphusi ezithambileyo zombane.
Ukuthelekiswa kokuSebenza: Kutheni i-Welding ye-Energy Storage Welding yinto eKhethekileyo yokuKhetha ukuchaneka
Kubanini bamashishini kunye neenjineli, i-Energy Storage Welding Machine ayisiyonto nje isixhobo; lutyalo-mali ekongeni amandla kunye nokunciphisa iindleko.
1. Umthwalo weGridi oPhantsi kakhulu kunye nokusebenza ngokuPhakamileyo kwamandla
Kuba i-Energy Storage Welder isebenzisa imo ezinzileyo, esezantsi{0}ephantsi yokutshaja amandla, ifuthe layo elikhawulezileyo kwigridi yamandla iphantse ibe nguziro. Xa kuthelekiswa ne-AC spot welder ene-welding umthamo olinganayo, i-Energy Storage Welder inokugcina ngaphezu kwe-80% yomthamo ofunekayo wofakelo lombane. Oku kubonelela ngexabiso elibalulekileyo lezoqoqosho kwiinkampani ezijongene nezabelo zamandla angqongqo okanye ezifuna ukunciphisa imirhumo yazo yombane.
2. I-Weld Quality Consistency kunye neMaterial Compatibility
Ukukhutshwa kwamandla kwe-Energy Storage Welder kuxhomekeke kuphela kumbane we-capacitor, okwenza ukuba ikhuseleke kwiinguqu zamandla ombane wegridi yangaphandle. Olu phawu luqinisekisa ukuhambelana okuphezulu kwimveliso yamandla kuyo yonke indawo ye-weld. Itheyibhile engezantsi inika uthelekiso oluthe ngqo lomahluko wokusebenza phakathi koGcino lwaMandla (CD) kunye neewelder eziqhelekileyo zeAC:
| Umgangatho wokuSebenza | Isitshisi sokuGcina amandla (CD) | AC Welder |
| Ixesha le-Weld | 3 - 10 ms (Mfutshane kakhulu) | 50 - 500 ms (Mde) |
| Ubushushu-Indawo eChaphazelekayo | Ubuncinci, akukho oxidation / deformation | Enkulu, ithanda ukujika umbala/ukonakala |
| Impembelelo yeGridi | Iphantsi kakhulu, Idrowa yaMandla rhoqo | Phezulu, Umthwalo omkhulu ngoko nangoko |
| Izinto Ezisetyenziswayo | Ubhedu, iAluminiyam, iNtsimbi engatyiwa, iintsimbi ezingafaniyo | Intsimbi eMild, iPhepha eliGalisiweyo |
| Imbonakalo yeWeld | UkuCoca, kuKhanya, ukuNgena ngaphakathi okuncinci | Ithambekele ekungeneni, ibemnyama |
Usetyenziso oluSebenzayo: Ukusuka kwiiTabhu zebhetri ukuya kwi-Precision Electronics
1. "UMgcini woKhuseleko" kwiNdibano yeBattery yeLithium
Ekudibaneni kwecylindrical (umzekelo, 18650, 21700) okanye iiseli zepouch, ukuwelda kweetab zebhetri kufuna umsinga ophakame kakhulu ngoko nangoko ukugqobhoza umaleko weoksidi yomphezulu ngelixa uthintela ngokungqongqo ukudluliselwa kobushushu ngaphakathi kwiseli. I-Energy Storage Welder ifezekisa i-"cold welding" isiphumo, iqinisekisa ukhuseleko lwebhetri kunye nokukhusela umonakalo kwisahluli.
2. Isixhobo esingundoqo sokuPhakamisa{1}}UkuSebenza kunye neeMetal ezingafaniyo
Izinyithi ezifana nobhedu kunye ne-aluminiyam zibuchitha ubushushu ngokukhawuleza, nto leyo eyenza kube nzima kubashicileli besiqhelo ukwenza i-weld nugget ngaphambi kokuba ubushushu buphulukene. Ugcino lwe-Energy Welder oluphezulu-lokugqabhuka kwamandla luvumela udibaniso ukuba lwenzeke phambi kwelahleko enkulu yobushushu, oko kwenza ukuba -amandla aphezulu adityaniswe neentsimbi ezingafaniyo ezifana nobhedu ukuya kwintsimbi engatyiwa, okanye ubhedu ukuya kwinikeli.
Isikhokelo soKhetho: UngaThenga njani umatshini wokuWelding{0}}woMgangatho waMandla oPhezulu
Xa ukhetha isixhobo, uyacetyiswa ukuba ugxile kwezi zalathisi zithathu zilandelayo ukuze uqinisekise{0}}ukuthembeka kwexesha elide kutyalo-mali lwakho:
1. Umgangatho weBhanki yeCapacitor kunye noBomi beNkonzo
I-capacitor yintliziyo ye-Energy Storage Welder. Umatshini womgangatho ophezulu{{1}ufanele ukusebenzisa-ibakala,{3}ixabiso eliphezulu{4}}lokukhupha iicapacitors. I-capacitors engaphantsi iyakwazi ukugqithisa ngokulula kwaye ilahlekelwe amandla phantsi kokusebenza rhoqo, okukhokelela kumandla e-weld angazinzanga. Xa uthenga, buza malunga necapacitor yentlawulo{7}}ubomi bomjikelo wokukhupha (okufuneka bube kwizigidi).
2. Control System Voltage Regulation Precision
Inkqubo yolawulo ephezulu kufuneka ibonise amandla olawulo lwamandla ombane kunye ne-1V okanye amanyathelo angcono, adityaniswe{1}}nexesha lokwenyani lokujongwa kwamandla ombane kunye nokukhupha imbuyekezo yangoku. Oku kubalulekile kwi-welding echanekileyo amacandelo kunye nokunciphisa ngokufanelekileyo izinga le-scrap.
3. Inkxaso yeNkqubo yoMvelisi (Umbono weEEAT)
Umatshini omkhulu we-welding ufuna iiparamitha zenkqubo echanekileyo. Khetha umenzi (ofana neenkokheli zeshishini ezifana ne-Suzhou Agera) egcina ilebhu ye-welding ezimeleyo, inikezela ngovavanyo lwesampulu yasimahla, kwaye ibonelela ngesikhokelo sobungcali beparameter. Le nkxaso yeengcali ikunceda ukuba ugweme iimpazamo ezibiza kakhulu ngexesha lemveliso yokuqala kwaye ufikelele ngokukhawuleza amazinga aphezulu esivuno.
Ukuqukumbela
Umatshini wokuwelda woGcino lwaMandla uchaza ngokutsha umgangatho woshishino wokuchaneka kwentsimbi edityaniswe nokusebenza kwayo, ukuchaneka, kunye neempawu zokugcina amandla-. Ayisombululi kuphela iindawo ezibuhlungu zokuwelda okuphezulu{2}}izixhobo zokuqhuba kunye nokunciphisa ubushushu{3}}INdawo eChaphazelekayo kodwa ikwasindisa iindleko ezibalulekileyo zokusebenza kumashishini ngemfuno yayo yegridi yamandla encinci. Njengoko ihlabathi litshintshela kumandla aluhlaza kunye nokuveliswa ngokuchanekileyo, ukuqonda kunye nokusebenzisa itekhnoloji ye-Energy Storage Welding ngokungathandabuzekiyo iya kunika inkampani yakho inzuzo ebalulekileyo kukhuphiswano lomgangatho.
