Kungani i-Annealing ku-Solar PV Ribbon Machine Ithuthukisa Ukuqhutshwa Kwe-Copper?

Esikhungweni sokukhiqiza amaphaneli elanga, iribhoni yethusi eqhubekayo—engaba banzi kakhulu kunezinwele zomuntu—ifakwa eSolar PV Ribbon Machine ngesivinini esingamamitha angu-30 ngomzuzu. Iribhoni yethusi ekugcineni izoxhuma amaseli elanga ngamanye, aphethe amandla kagesi akhiqizwa umphumela we-photovoltaic. Ukusebenza kahle kwalokhu kudluliselwa kwamanje kuncike ekuziphatheni kukagesi zethusi. Ukuthuthukiswa okungu-1% kokusebenza kuwo wonke ulayini wokukhiqiza ongu-500 MW kungahumushela ekubeni ngu-5 MW eyengeziwe kagesi olethwe kugridi ngesikhathi sokuphila kohlelo. Yingakho inqubo yokudonsa ngaphakathi kwe-Solar PV Ribbon Machine akuyona isinyathelo esincane; kuyisici esibalulekile sakho kokubili ikhwalithi yomkhiqizo kanye nomnotho wesistimu.

Inqubo yokufaka i-anneal ku-Solar PV Ribbon Machine iwukwelashwa okushisayo okulawulwa ngokucophelela okushintsha i-microstructure yethusi. Akukhona nje ngokushisa insimbi; imayelana nokuphatha ngokunembile izinga lokushisa, isikhathi, kanye nomkhathi ukuze kuzuzwe ukwakheka okusanhlamvu okukhethekile okukhulisa ukuguquguquka. Le nqubo ikhulula ukucindezeleka kwangaphakathi okwethulwa ngesikhathi sokudweba nokugingqika, iqeda amaphutha afana nokugudluka nezikhala, futhi ikhuthaza ukukhula okusanhlamvu okunciphisa ukuhlakazeka kwama-electron. Ngayinye yalezi zinguquko ze-microstructural ithuthukisa ngokuqondile ikhono lethusi ukuqhuba ugesi. Lesi sihloko sizohlinzeka ngokuhlaziywa kobuchwepheshe okubanzi kwenqubo yokudonsa ku-aI-I-Solar PV Ribbon Machine, ukuhlola i-physics of conductivity, izinguquko ze-metallurgical ezenzeka ngesikhathi sokudonsa, amapharamitha wenqubo ebalulekile, kanye nokuthuthukiswa okungalinganiseka ekusebenzeni kweribhoni okuba umphumela.

Okuqukethwe

• 1. I-Physics of Copper Conductivity: Kungani I-Microstructure Ibalulekile
• 2. Kwenzekani Ngaphakathi Kwethusi Ngesikhathi Se-Annealing?
• 3. Amapharamitha Enqubo Ebalulekile Ye-Solar PV Ribbon Machine Annealing Furnace
• 4. Indlela I-Annealing Ezithinta Ngayo Izakhiwo Zemishini Nokuthembeka Kwesikhathi Eside
• 5. Ukulinganisa Ukuthuthukiswa Kokuziphatha: Kusukela Kulebhu Kuya Ekukhiqizeni
• 6. Imibuzo Evame Ukubuzwa (FAQ)
• 7. Isiphetho

1. I-Physics of Copper Conductivity: Kungani I-Microstructure Ibalulekile

I-conductivity kagesi yethusi akuyona impahla engashintshi; kuncike ku-microstructure yensimbi. Ku-crystal yethusi ephelele, ama-electron ayezogeleza ngokukhululekile ku-lattice, futhi ukuqhutshwa kungaba phezulu kakhulu. Ngethusi langempela, ukugeleza kwama-electron kuphazamiseka izenzakalo ezihlakazekayo. Ama-electron asakaza amaphononi (ukundindindizela okushisayo kwe-lattice), asuse ukungcola, asuse amaphutha ekristalu njengemingcele yokusanhlamvu, ukuhlukaniswa, nezikhala. Isehlakalo ngasinye sokuhlakazeka sinciphisa indlela yamahhala ye-electron, okuyibanga eliphakathi elingahamba ngaphambi kokuba iphambukiswe. Uma umfushane indlela yamahhala, i-conductivity iyancipha. Umgomo wokukhipha i-annealing uwukwandisa indlela emaphakathi yamahhala ngokunciphisa ukuminyana kwezikhungo zokuhlakazeka.

Ubudlelwano phakathi kwe-conductivity kanye ne-microstructure buchazwa umthetho we-Matthessen, othi ukuphikiswa okuphelele kwensimbi kuyisamba seminikelo evela ezindleleni ezihlukene zokuhlakaza: ukumelana nokushisa ngenxa yokudlidliza okushisayo, ukumelana nokungcola ngenxa yokungcola, kanye nokumelana ngenxa yokukhubazeka. Ezingeni lokushisa lasekamelweni, umnikelo oshisayo ulungisiwe. Umnikelo wokungcola unqunywa ukuhlanzeka kwethusi. Umnikelo onesici—okuhlanganisa imingcele yokusanhlamvu, ukugudluzwa, nezikhala—yiwo ukukhishwa okungalawuleka. Ngokunciphisa ukuminyana kwalezi ziphambeko, i-annealing inciphisa ngokuqondile ukumelana nokuqina futhi ikhuphule ukusebenza. 

Ithebula elingezansi lifingqa umnikelo wezindlela ezihlukene zokuhlakaza ekumelaneni neribhoni yethusi.

NgoI-I-Jiangsu Goodroller Machinery Co., Ltd., Umshini wethu we-Solar PV Ribbon uklanyelwe ukuletha iphrofayili enembile yokushisa edingekayo ukuze kuncishiswe umnikelo wesici wokumelana nokumelana. Isithando somlilo asisona nje ihitha; iyithuluzi lokucubungula i-metallurgical eliguqula i-microstructure yeribhoni yethusi isuke esimweni esicindezelekile, esinothile esinesici ukuya esimweni esikhululekile, esiqhuba kakhulu. Ingxenye elandelayo izochaza kahle ukuthi kwenzekani ngaphakathi kwethusi phakathi nalolu shintsho.

2. Kwenzekani Ngaphakathi Kwethusi Ngesikhathi Se-Annealing?

Inqubo yokuhlanganisa emshinini weRibhoni ye-Solar PV yenzeka ezigabeni ezintathu ezigqagqene: ukutakula, ukwenziwa kabusha kwekristalu, nokukhula okusanhlamvu. Isigaba ngasinye sibandakanya isethi ehlukile yezinguquko ze-microstructural, futhi ngasinye sinomthelela ekuthuthukisweni kokusebenza. Ukuqonda lezi zigaba kubalulekile ekuthuthukiseni amapharamitha wokudonsa emshinini weribhoni.

Isigaba 1: Ukubuyisela.Phakathi nesigaba sokuqala sokudonsa, izinga lokushisa liyakhuphuka lifike ezingeni lapho ama-athomu akulethi yethusi enokunyakaza okwanele ukuze azihlele kabusha. Ushintsho oluyinhloko phakathi nokululama ukuqedwa kokukhubazeka kwamaphuzu (izikhala nezikhala) kanye nokuhlelwa kabusha kokugudluzwa kube ukulungiselelwa kwamandla aphansi. Ukususwa kwakha amaseli noma ama-subgrains, futhi ukuminyana kokuhlukaniswa phakathi kwezinhlamvu ezincane kuyehla. Lokhu kunciphisa ukuhlakazeka kwama-electron futhi kuthuthukisa ukuhamba ngaphandle kokushintsha ukwakheka okusanhlamvu okuphelele. Ukululama kwenzeka emazingeni okushisa aphansi kakhulu, ngokuvamile aphakathi kuka-150°C no-250°C ethusi.

Isigaba 2: Ukwenziwa kabusha kwekristalu.Njengoba izinga lokushisa likhuphuka ngokuqhubekayo, ngokuvamile lifika ku-250-400 ° C, i-microstructure iba noshintsho olukhulu kakhulu. Izinhlamvu ezintsha, ezingenaso izinhlungu ziyakhula, zidle okusanhlamvu ezindala, ezikhubazekile. Ukuminyana kwe-dislocation kwehla ngama-oda amaningana wobukhulu. Isakhiwo sokusanhlamvu sivuselelwa ngokuphelele. Lesi sigaba sinomthelela obaluleke kakhulu kukho kokubili i-conductivity kanye nezakhiwo zemishini. Izinhlamvu ezintsha ziyalingana futhi azinakho ukucindezelwa kwangaphakathi okwethulwe ngesikhathi sokudweba nokugingqika.

Isigaba 3: Ukukhula Okusanhlamvu.Ngemva kokugcwalisa kabusha, ukushisa okuqhubekayo kubangela ukuthi izinhlamvu ezintsha zikhule zibe zinkulu. Lokhu kunciphisa ingqikithi yendawo yomngcele wokusanhlamvu, okuqhubeka kunciphisa ukuhlakazeka kwe-electron futhi kuthuthukisa ukuhamba. Kodwa-ke, ukukhula okusanhlamvu okweqile kunganciphisa amandla emishini yeribhoni, ngakho-ke inqubo yokudonsa kufanele ithuthukiswe ukuze ibhalansise ukusebenza nokusebenza kwemishini. Ithebula elingezansi lifingqa izinga lokushisa kanye nezinguquko zesakhiwo esincane sesigaba ngasinye.

Kumshini wethu we-Solar PV Ribbon Machine, isithando somlilo sihlukaniswe izingxenye eziningi, ngayinye inokulawula okuzimele kwezinga lokushisa. Lokhu kusivumela ukuthi sakhe iphrofayili enembile yokushisa ethatha ithusi kusigaba ngasinye ngendlela elawulwayo. Iribhoni ingena esithandweni ekushiseni okuzungezile, ifudunyezwa emazingeni okushisa e-recrystallization, agcinwe kulelo zinga lokushisa isikhathi esithile, bese ipholiswa ngezinga elilawulwayo. Yonke le nqubo yenzeka endaweni evikelayo ukuze kuvinjelwe i-oxidation. Leli zinga lokulawula yilo elivumela umshini wethu we-Solar PV Ribbon ukuthi ukhiqize iribhoni yethusi ene-conductivity efanele kanye nezakhiwo zemishini.

3. Amapharamitha Enqubo Ebalulekile Ye-Solar PV Ribbon Machine Annealing Furnace

Ukusebenza kwenqubo yokudonsa kuncike ekulawuleni okunembile kwamapharamitha angukhiye ambalwa. Lezi zinhlaka ziyasebenzisana, futhi ukushintsha eyodwa ngokuvamile kudinga ukulungisa eminye. Okulandelayo amapharamitha abaluleke kakhulu esithandweni somlilo eSolar PV Ribbon Machine.

Iphrofayela Yezinga Lokushisa:Iphrofayili yezinga lokushisa ichaza izinga lokushisa leribhoni endaweni ngayinye eduze kwesithando somlilo. Kuhlanganisa izinga lokushisa, izinga lokushisa eliphakeme, isikhathi sokucwilisa, nezinga lokupholisa. Izinga lokushisa eliphakeme linquma ukuthi yiziphi izinguquko ze-microstructural ezenzekayo. Kuribhoni yethusi, izinga lokushisa eliphakeme livamise ukuba phakathi kuka-300-500°C. Isikhathi sokucwilisa ekushiseni okuphezulu sivumela ukuphinda kukhanye futhi ukukhula okusanhlamvu kuqedele. Amazinga okushisa nawokupholisa kufanele alawulwe ukuze agweme ukuletha izingcindezi ezintsha.

Umkhathi:I-annealing atmosphere ivimbela i-oxidation yendawo yethusi. Ngisho nongqimba oluncane lwe-oxide lungakhuphula kakhulu ukumelana nokuxhumana futhi lunciphise ukusebenza kweribhoni esitokisini selanga. Umkhathi ngokuvamile uyingxube ye-hydrogen ne-nitrogen (igesi yokwakha) noma i-nitrogen emsulwa. Okuqukethwe kwe-hydrogen kusiza ukunciphisa noma iyiphi i-oxide eyinsalela endaweni yethusi. Okuqukethwe komoyampilo kufanele kugcinwe ngaphansi kuka-10 ppm ukuze kuvinjwe i-oxidation.

Isivinini seribhoni:Isivinini lapho iribhoni ehamba ngayo esithandweni sinquma isikhathi sokuhlala ezingeni lokushisa ngalinye. Isivinini esinensayo sandisa isikhathi sokucwiliswa, okuvumela ukuhlanganisa kabusha okuphelele nokukhula okusanhlamvu. Nokho, iphinde yehlise izinga lokukhiqiza. Ijubane kufanele lithuthukiswe ukuze kulinganisele ukukhiqiza kanye nekhwalithi.

I-I-Ribbon Tension:Ukungezwani okuseribhoni njengoba idlula esithandweni kuthinta ukukhula okusanhlamvu kanye nezakhiwo zokugcina zemishini. Ukushuba okukhulu kungavimbela ukukhula okusanhlamvu futhi kungenise izingcindezi ezintsha. Ukungezwani okuncane kakhulu kungabangela ukuthi iribhoni lizule noma lihlehle. Ukushuba kulawulwa ngokucophelela yizinhlelo zenkokhelo kanye nokuthatha.

Ithebula elingezansi linikeza isifinyezo samapharamitha wenqubo ebalulekile kanye nebanga lawo elivamile lokusebenza lomshini we-Solar PV Ribbon Machine.

E-Jiangsu Goodroller Machinery Co., Ltd., Umshini wethu we-Solar PV Ribbon ufakwe izinhlelo zokulawula ezithuthukisiwe ezivumela ukulawulwa okunembile kwayo yonke le mingcele. Isithando somlilo sihlukaniswe ngezigaba eziningi, ngayinye inokulawula okuzimele kokushisa. Umkhathi ugadwa futhi ulawulwa ngokuqhubekayo. Isivinini seribhoni nokushuba kulawulwa amasistimu aqhutshwa yi-servo. Leli zinga lokulawula liqinisekisa ukuthi yonke imitha yeribhoni ekhiqizwa emshinini wethu ihlangabezana nezindinganiso eziphakeme kakhulu ze-conductivity nokuthembeka.

4. Indlela I-Annealing Ezithinta Ngayo Izakhiwo Zemishini Nokuthembeka Kwesikhathi Eside

Nakuba inhloso eyinhloko yokufakwa kwe-anneal ku-Solar PV Ribbon Machine iwukuthuthukisa ukusebenza kukagesi, inqubo iphinde ibe nomthelela omkhulu ezimpahleni zomshini zeribhoni. Lezi zakhiwo zibaluleke ngokulinganayo ekuthembekeni kwesikhathi eside kwephaneli yelanga. Iribhoni eline-conductivity ephezulu kodwa amandla okusebenza angenamandla lizothambekela ekuphukeni ngesikhathi sokuxhunywa kwamaseli nangesikhathi sokuhamba ngebhayisikili okushisayo ensimini. Ngakho-ke inqubo yokudonsa kufanele ithuthukiswe ukuze kuzuzwe ibhalansi phakathi kwe-conductivity kanye nokusebenza komshini.

Izakhiwo zemishini yeribhoni yethusi zinqunywa ukwakheka kwayo okusanhlamvu. Isakhiwo esinezinhlamvu ezinhle sinamandla amakhulu kodwa ukuqhutshwa okuphansi ngenxa yobuningi bemingcele yokusanhlamvu. Isakhiwo esimahhadla-grained sinokusebenza okuphezulu kodwa amandla aphansi. Inqubo ye-anneal isivumela ukuthi senze isakhiwo sokusanhlamvu sifanele ukuze sifinyelele ibhalansi efanele yohlelo lokusebenza oluthile. Isibonelo, i-ribbon ezobhekana nokucindezelwa okuphezulu komshini ngesikhathi sokuhlanganiswa ingase idinge isakhiwo sokusanhlamvu esicolekile namandla aphakeme, kuyilapho iribhoni ezosebenza endaweni enezinga lokushisa eliphezulu ingase idinge isakhiwo sokusanhlamvu esimaholoholo kanye nokuhanjiswa okuphezulu.

Inqubo ye-annealing iphinde ikhulule izingcindezi zangaphakathi ezethulwa ngesikhathi sokudweba nokugingqa. Lezi zingcindezi zingabangela i-ribbon ukuthi igoqe noma igoqe ngesikhathi sokucutshungulwa okulandelayo, okuholela ekungaqondiseni kahle nasekuxhumaneni okungalungile neseli lelanga. Ngokukhulula lokhu kucindezeleka, i-annealing ithuthukisa ukuzinza kwe-dimensional yeribhoni, okwenza kube lula ukuyiphatha nokuhlanganisa. Lokhu kubaluleke kakhulu kumaribhoni amancanyana, asengozini yokuguquguquka okubangelwa ukucindezeleka. Ithebula elingezansi lifingqa umthelela we-anneal kuzakhiwo eziyinhloko zeribhoni yethusi.

Embonini yethu, senze ukuhlola okubanzi ukuze silungiselele amapharamitha wokuhlanganisa ukuze uthole ukucaciswa okuhlukile kweribhoni. Sithole ukuthi inqubo elawulwayo yokudonsa ingakhuphula ukuqhutshwa kweribhoni yethusi ngo-3-5% kuyilapho igcina amandla emishini eyanele yokuphatha nokuhlanganiswa okuthembekile. Lokhu kuthuthukiswa kuhumusha ngokuqondile ekusebenzeni okuphezulu kwephaneli yelanga kanye nokulahlekelwa kwamandla okuphansi. Umshini wethu we-Solar PV Ribbon uklanyelwe ukuletha leli zinga lokusebenza ngokungaguquki, iqoqo ngemva kwenqwaba.

5. Ukulinganisa Ukuthuthukiswa Kokuziphatha: Kusukela Kulebhu Kuya Ekukhiqizeni

Ukuthuthukiswa kokusebenza okuzuzwe ngokufakwa komshini we-Solar PV Ribbon Machine kungalinganiswa kusetshenziswa izindlela zokulinganisa ezijwayelekile. Indlela ejwayeleke kakhulu ukukala kwe-probe enamaphuzu amane, okukala ukumelana kobude obaziwayo beribhoni. Kusukela ekuphikiseni kanye nendawo ye-cross-sectional, i-resistivity ingabalwa. I-conductivity iwukuphindaphinda kokuphikiswa, futhi kuvame ukuvezwa njengephesenti le-International Annealed Copper Standard (IACS). Ikhopha ehlanzekile ene-annealed ine-conductivity engu-100% IACS.

Ithebula elilandelayo libonisa idatha evela kulabhorethri yethu ebonisa ukusebenza kweribhoni yethusi ngaphambi nangemuva kokuhushulwa ngaphansi kwezimo ezihlukene. Idatha ibonisa ukuthi inqubo yokudonsa ithuthukisa ngokuqhubekayo, nokuthi ukuthuthukiswa kuncike kumapharamitha athile asetshenzisiwe.

Le datha ibonisa ukuthi i-annealing ingathuthukisa ukuqhutshwa kweribhoni yethusi kufika ku-5.5% uma kuqhathaniswa nesimo esidwetshiwe. Kuphaneli yelanga, lokhu kuthuthukiswa kuhumusha ngokuqondile ukulahlekelwa okuncishisiwe okuphikisayo kanye nokuphuma kwamandla aphezulu. Ngolayini wokukhiqiza ongu-500 MW, ukuthuthukiswa okungu-5% kokuhamba kweribhoni kungakhuphula ukuphuma kwamandla ngonyaka cishe ngama-25 GWh. Lokhu kuyinzuzo enkulu yezomnotho egcizelela ukubaluleka kwenqubo yokudonsa emshinini we-Solar PV Ribbon Machine. Kwa-GRM, sisebenzisana eduze namakhasimende ethu ukuze silungiselele amapharamitha wokuhlanganisa ukuze uthole imininingwane ethile yeribhoni kanye nezidingo zokukhiqiza.

6. Imibuzo Evame Ukubuzwa (FAQ)

Umbuzo 1: Iliphi izinga lokushisa elilungile lokuthungatha iribhoni yethusi emshinini weRibhoni yeSolar PV?

Impendulo: Izinga lokushisa elilungile le-anneal lincike kungxubevange yethusi ethile, ukujiya kweribhoni, kanye nebhalansi oyifunayo phakathi kwe-conductivity namandla okusebenza. Ukuze uthole iribhoni yethusi elimsulwa, izinga lokushisa elilungile livame ukuba phakathi kuka-350-450°C. Emazingeni okushisa aphansi, i-recrystallization ingase ingaqedi, futhi ukuthuthukiswa kwe-conductivity kuzonqunyelwa. Emazingeni okushisa aphezulu, ukukhula okusanhlamvu okweqile kungase kunciphise amandla omshini weribhoni. Imboni yethu inganikeza izincomo ezithile ezisuselwe kuzimfuneko zakho.

Umbuzo 2: Kungani kudingeka isimo sokuzivikela ngesikhathi sokuhushula?

Impendulo: Kudingeka umoya ovikelayo ukuze kuvinjelwe i-oxidation yendawo yethusi ngesikhathi sokudonsa. Emazingeni okushisa aphakeme, ithusi isabela kalula ne-oxygen ukuze yakhe i-copper oxide. Ngisho nongqimba oluncane lwe-oxide lungakhuphula kakhulu ukumelana nokuxhumana kweribhoni, kunciphise ukusebenza kahle kweseli lelanga. Umkhathi ovikelayo, ngokuvamile oyingxube ye-nitrogen ne-hydrogen, ususa umoya-mpilo futhi ugcina indawo yethusi ihlanzekile futhi ingenayo i-oxide.

Umbuzo 3: Ukukhipha i-anneal kuthinta kanjani amandla emishini yeribhoni yethusi?

Impendulo: I-Annealing inciphisa amandla emishini yeribhoni yethusi ngenkathi ikhulisa i-ductility yayo. Amandla e-tensile ngokuvamile ehla ukusuka ku-350-450 MPa kuya ku-200-300 MPa, kuyilapho ubude bukhuphuka kusuka ku-2-5% kuya ku-15-30%. Lokhu kuncipha kwamandla kuyamukeleka ezinhlelweni eziningi zeribhoni yelanga, njengoba iribhoni isekelwa amaseli elanga kanye ne-encapsulant. Ukukhuphuka kwe-ductility kunenzuzo ngoba kwenza iribhoni ingabi lula ukuqhekeka ngesikhathi sokuphatha kanye nokuhamba ngebhayisikili okushisayo.

Umbuzo 4: Ingabe inqubo yokudonsa ingasetshenziselwa ezinye izinsimbi ngaphandle kwethusi?

Impendulo: Yebo, inqubo yokudonsa ingasetshenziselwa ezinye izinsimbi, okuhlanganisa i-aluminium, isiliva, negolide. Nokho, izinga lokushisa elilungile kanye nomkhathi kuzohluka ngensimbi ngayinye. I-Copper iyinto evamile kakhulu yeribhoni ye-solar PV ngenxa ye-conductivity yayo enhle kakhulu kanye nezindleko eziphansi kakhulu. Umshini wethu we-Solar PV Ribbon yakhelwe ngokuyinhloko iribhoni yethusi, kodwa singakwazi ukwenza ngokwezifiso isithando somlilo sezinye izinto uma kudingeka.

Umbuzo 5: Ijubane leribhoni liyithinta kanjani inqubo yokudonsa?

Impendulo: Isivinini seribhoni sinquma isikhathi sokuhlala kweribhoni esithandweni somlilo. Isivinini esinensayo sandisa isikhathi sokucwiliswa, okuvumela ukuvuselelwa kabusha okuphelele nokukhula okusanhlamvu, okuthuthukisa ukusebenza kahle. Nokho, isivinini esinensayo sibuye sinciphise izinga lokukhiqiza. Ijubane elilungile ibhalansi phakathi kwekhwalithi nokukhiqiza. Umshini wethu we-Solar PV Ribbon ufakwe isistimu yokulawula isivinini eqhutshwa yi-servo evumela ukulungiswa okunembile kwesivinini seribhoni ukuze kuzuzwe umphumela ofunekayo wokudonsa.

7. Isiphetho

Inqubo yokudonsa emshinini weRibhoni ye-Solar PV iyisinyathelo esibalulekile ekukhiqizeni iribhoni ye-photovoltaic esebenza kahle kakhulu. Ngokulawula kahle izinga lokushisa, umkhathi, nesikhathi sokuhlala, isithando somlilo siguqula i-microstructure yeribhoni yethusi, sinciphise amaphutha futhi sikhulise usayizi wokusanhlamvu. Lezi zinguquko ze-microstructural zithuthukisa ngokuqondile ukuqhutshwa kukagesi kweribhoni, ukunciphisa ukulahlekelwa okuphikisayo nokwandisa amandla okukhipha iphaneli yelanga. Inqubo iphinde ithuthukise izakhiwo zemishini yeribhoni, iyenze ibe i-ductile futhi kulula ukuyiphatha. Kwa-Jiangsu Goodroller Machinery Co., Ltd., Umshini wethu we-Solar PV Ribbon uklanyelwe ukuletha iphrofayela enembayo yokushisa edingekayo ukuze kuzuzwe le miphumela ngokungaguquki nangokwethembeka.

Uma ubheke ukuthuthukisa ukusebenza kahle nokuthembeka kokukhiqizwa kweribhoni yelanga, ithimba lethu likulungele ukukusiza. Sinikezela ngohlu lwamamodeli omshini we-Solar PV Ribbon Machine aneziqhumiso ezithuthukisiwe zokushisa, ukulawulwa komkhathi okunembile, kanye nesivinini esiqhutshwa yi-servo kanye nezinhlelo zokungezwani komzimba. Xhumana nathi namuhla ukuze uxoxe ngezimfuneko zakho ezithile futhi ufunde ukuthi ubuchwepheshe bethu bungakusiza kanjani ukuthi uthuthukise i-copper conductivity yakho kanye nokusebenza komkhiqizo kukonke.

Xhumana ne-Jiangsu Goodroller Machinery Co., Ltd. namuhlaukuze ufunde kabanzi mayelana nomshini wethu we-Solar PV Ribbon kanye nendlela ubuchwepheshe bethu bokukhipha amanzi bungathuthukisa ukusebenza kahle kwakho kokukhiqiza.