Kutheni le nto i-Anealing kuMatshini weRibhoni ye-Solar PV ikhulisa ukusebenza kakuhle kweCopper?

Kwindawo yokuvelisa i-solar panel, i-ribbon eqhubekayo yobhedu-ngokungaqhelekanga ibanzi kuneenwele zomntu-ifakwe kwi-Solar PV Ribbon Machine ngesantya seemitha ezingama-30 ngomzuzu. Iribhoni yethusi ekugqibeleni iya kudibanisa iiseli zelanga zomntu ngamnye, zithwele umbane owenziwe yimpembelelo ye-photovoltaic. Ukusebenza kolu kudluliselwa kwangoku kuxhomekeke kwi-conductivity yombane yobhedu. Ukuphucuka kwe-1% kwindlela yokuhanjiswa kombane kumgca wemveliso we-MW ezingama-500 kunokuguqulela kwi-5 MW eyongezelelweyo yombane ohanjiswe kwigridi ubomi benkqubo. Kungenxa yoko le nto inkqubo yokucoca ngaphakathi kwi-Solar PV Ribbon Machine ayiyona inyathelo elincinci; sisimiselo esibalulekileyo somgangatho wemveliso kunye noqoqosho lwenkqubo.

Inkqubo ye-annealing kwi-Solar PV Ribbon Machine yonyango olulawulwa ngononophelo olutshintsha i-microstructure yobhedu. Akunjalo nje malunga nokufudumeza isinyithi; imalunga nokulawula ngokuchanekileyo amaqondo obushushu, ixesha, kunye neatmosfera ukuze kuphunyezwe ulwakhiwo oluthile lokuziinkozo olwandisa ukuhanjiswa. Inkqubo ikhulula uxinzelelo lwangaphakathi oluvezwe ngexesha lokuzoba kunye nokuqengqeleka, isusa iziphene ezifana nokuchithwa kunye nezithuba, kwaye ikhuthaza ukukhula okuziinkozo okunciphisa ukuchithwa kwe-electron. Nganye kwezi nguqulelo ze-microstructural ziphucula ngokuthe ngqo amandla obhedu ukuqhuba umbane. Eli nqaku liza kubonelela ngohlalutyo olubanzi lobugcisa benkqubo yokucoca kwi-aUmatshini weRibhoni wePV weSolar, ukuphonononga i-physics ye-conductivity, utshintsho lwe-metallurgical olwenzeka ngexesha lokufakwa kwe-annealing, iiparitha zenkqubo engundoqo, kunye nokuphuculwa kokulinganisa ekusebenzeni kweribhoni okubangelwa.

Isiqulatho

• 1. IPhysics yeCopper Conductivity: Kutheni iMicrostructure ibalulekile
• 2. Kwenzeka Ntoni Ngaphakathi Kobhedu Ngexesha Lokuhlonyelwa?
• 3. IiParameters zeNkqubo ePhambili ye-Solar PV Ribbon Machine Annealing Furnace
• 4. Indlela i-Annealing echaphazela ngayo iiPropati zoomatshini kunye nokuthembeka kwexesha elide
• 5. Ukulinganisa ukuPhuculwa koKuqhuba: Ukusuka kwiLebhu ukuya kwiMveliso
• 6. Imibuzo Ebuzwa Rhoqo (FAQ)
• 7. Isiphelo

1. IPhysics yeCopper Conductivity: Kutheni iMicrostructure ibalulekile

I-conductivity yombane yobhedu ayiyona ipropati esisigxina; kuxhomekeke kwi-microstructure yesinyithi. Kwikristale yethusi egqibeleleyo, ii-electron ziya kuhamba ngokukhululekileyo kwi-lattice, kwaye i-conductivity iya kuba phezulu kakhulu. Ngobhedu lwangempela, ukuhamba kwee-electron kuphazamiseka ngokusasaza iziganeko. Ii-electron zichithachitha iiphononi (i-thermal vibrations of the lattice), ngaphandle kokungcola, kunye neziphene zekristale ezifana nemida yeenkozo, ukuchithwa, kunye nezithuba. Isiganeko ngasinye sasasazwa sinciphisa indlela ye-electron ekhululekile, engumgama oqhelekileyo onokuwuhamba ngaphambi kokuba ujike. Imfutshane indlela ekhululekileyo, iyancipha i-conductivity. Injongo ye-annealing kukunyusa indlela ekhululekileyo ngokunciphisa ukuxinana kwamaziko okusasaza.

Ubudlelwane phakathi kwe-conductivity kunye ne-microstructure ichazwa ngumthetho we-Matthessen, othi u-resistiveivity iyonke yentsimbi sisimbuku seminikelo evela kwiindlela ezahlukeneyo zokuchithakala: ukuxhathisa ngenxa yokungcangcazela kwe-thermal, ukuxhathisa ngenxa yokungcola, kunye nokuxhathisa ngenxa yeziphene. Kwiqondo lokushisa kwegumbi, igalelo le-thermal lilungisiwe. Umnikelo wokungcola unqunywe ngokucoceka kobhedu. Igalelo lesiphene-kubandakanya imida yengqolowa, ukufuduswa, kunye nezithuba zemisebenzi-yinto enokuthi ilawuleke. Ngokunciphisa ukuxinana kwezi ziphene, i-annealing inciphisa ngokuthe ngqo ukuxhathisa kunye nokwandisa ukuqhuba. 

Itheyibhile engezantsi ishwankathela igalelo leendlela ezahlukeneyo zokusasazeka kwi-resistivity yeribhoni yobhedu.

NgeJiangsu Goodroller Machinery Co., Ltd., Umatshini wethu we-Solar PV Ribbon wenzelwe ukuhambisa iprofayili echanekileyo yokushisa efunekayo ukuze kuncitshiswe igalelo lesiphene kwi-resistantivity. Iziko lomlilo alisosifudumezi nje; sisixhobo sokulungisa i-metallurgical eguqula i-microstructure yeribhoni yobhedu ukusuka kwimeko ecinezelekileyo, enesiphako ukuya kwindawo ekhululekile, eqhuba kakhulu. Icandelo elilandelayo liza kuchaza ngokuthe ngqo okwenzekayo ngaphakathi kobhedu ngeli xesha lenguqu.

2. Kwenzeka Ntoni Ngaphakathi Kobhedu Ngexesha Lokuhlonyelwa?

Inkqubo yokufakwa kwe-anneal kuMatshini weRibhoni ye-Solar PV yenzeka kumanqanaba amathathu adlulanayo: ukubuyisela, ukubuyisela ikristale, kunye nokukhula kweenkozo. Inqanaba ngalinye libandakanya isethi eyahlukileyo yeenguqu ze-microstructural, kwaye nganye igalelo ekuphuculweni kwe-conductivity. Ukuqonda ezi zigaba kubalulekile ekwandiseni iiparamitha zokucoca kumatshini weribhoni.

Inqanaba 1: Ukubuyisela kwakhona.Ngexesha lokuqala lokufunxa, ubushushu bunyuselwa kwinqanaba apho iiathom ezikwileti yobhedu zinokushukuma okwaneleyo ukuzicwangcisa ngokutsha. Utshintsho oluphambili ngexesha lokubuyisela kukutshatyalaliswa kweziphene zamanqaku (izithuba kunye ne-interstitials) kunye nokulungiswa ngokutsha kokuchithwa kwimimiselo ephantsi kwamandla. I-dislocation yenza iiseli okanye i-subgrains, kwaye ukuxinana kokutshatyalaliswa ngaphakathi kwee-subgrains kuncipha. Oku kunciphisa ukusasazwa kwee-electron kunye nokuphucula i-conductivity ngaphandle kokutshintsha ukwakheka kweenkozo ngokubanzi. Ukuchacha kwenzeka kumaqondo aphantsi kakhulu, phakathi kwe-150 ° C kunye ne-250 ° C yobhedu.

Inqanaba lesi-2: Ukwenziwa kwakhona kweekristale.Njengoko iqondo lokushisa linyuka ngakumbi, ngokuqhelekileyo ukuya kwi-250-400 ° C, i-microstructure ifumana ukuguqulwa okumangalisayo. Iinkozo ezitsha, ezingenazixinzelelo ziyakhula kwaye zikhule, zitya iinkozo ezindala, ezigogekileyo. Ukuxinana kwe-dislocation kwehla ngemiyalelo emininzi yobukhulu. Ulwakhiwo lweenkozo luhlaziywa ngokupheleleyo. Eli nqanaba linempembelelo ebaluleke kakhulu kwi-conductivity kunye neempawu zomatshini. Iinkozo ezintsha zilinganisiwe kwaye azinaxinzelelo lwangaphakathi oluye lwaziswa ngexesha lokuzoba kunye nokuqengqeleka.

Inqanaba 3: Ukukhula kweenkozo.Emva kokuba i-recrystallization igqityiwe, ukufudumeza okuqhubekayo kubangela ukuba iinkozo ezintsha zikhule. Oku kunciphisa indawo yomda weenkozo ezipheleleyo, ezinciphisa ngakumbi ukuchithwa kwe-electron kunye nokuphucula ukuqhuba. Nangona kunjalo, ukukhula okugqithisiweyo okuziinkozo kunokunciphisa amandla omatshini eribhoni, ngoko ke inkqubo yokufunxa kufuneka iphuculwe ukulungelelanisa ukuhanjiswa kunye nokusebenza koomatshini. Itheyibhile engezantsi ishwankathela amanqanaba obushushu kunye notshintsho lwe-microstructural kwinqanaba ngalinye.

Kumatshini wethu weRibhoni yeSolar PV, isithando somlilo sahlulwe saba ziindawo ezininzi, nganye inolawulo oluzimeleyo lobushushu. Oku kusivumela ukuba senze iprofayili ye-thermal echanekileyo ethatha ubhedu kwinqanaba ngalinye ngendlela elawulwayo. Iribhoni ingena kwisithando somlilo kwiqondo lokushisa eliphakathi, ifudunyezwa kwiqondo lokushisa le-recrystallization, eligcinwe kuloo bushushu ngexesha elithile, kwaye lipholile kwizinga elilawulwayo. Yonke le nkqubo yenzeka kwindawo ekhuselayo ukukhusela i-oxidation. Eli nqanaba lolawulo yinto eyenza i-Solar PV Ribbon Machine yethu ivelise i-ribbon yobhedu kunye ne-conductivity efanelekileyo kunye neempawu zomatshini.

3. IiParameters zeNkqubo ePhambili ye-Solar PV Ribbon Machine Annealing Furnace

Ukusebenza kwenkqubo ye-annealing kuxhomekeke kulawulo oluchanekileyo lweeparamitha ezininzi eziphambili. Ezi parameters zisebenzisana enye kwenye, kwaye ukutshintsha enye kudla ngokufuna ukulungisa ezinye. Ezi zilandelayo zezona parameters zibaluleke kakhulu kwisithando somlilo kwi-Solar PV Ribbon Machine.

Inkangeleko yeqondo lobushushu:Iprofayili yeqondo lokushisa ichaza ubushushu beribhoni kwindawo nganye ecaleni kwesithando somlilo. Iquka izinga lokufudumeza, ubushushu obuphezulu, ixesha lokufunxa, kunye nesantya sokupholisa. Ubushushu obuphezulu bunquma ukuba zeziphi iinguqu ze-microstructural ezenzekayo. Kwiribhoni yobhedu, ubushushu obuphezulu buqhelekile kuluhlu lwe-300-500 ° C. Ixesha lokufunxa kwiqondo lobushushu eliphakamileyo livumela ukukhula kwakhona kunye nokukhula okuziinkozo. Amazinga okufudumeza kunye nokupholisa kufuneka alawulwe ukunqanda ukungenisa uxinzelelo olutsha.

Umoya:Umoya we-annealing uthintela i-oxidation yendawo yobhedu. Nokuba umaleko obhityileyo we-oxide unokunyusa kakhulu ukuchasana nokunxibelelana kunye nokunciphisa ukusebenza kweribhoni kwiseli yelanga. Umoya ojikeleze umhlaba udla ngokuba ngumxube wehydrogen kunye nenitrogen (igesi eyenza) okanye initrogen esulungekileyo. Umxholo wehydrogen unceda ukunciphisa nayiphi na ioksidi eseleyo kumphezulu wobhedu. Umxholo we-oksijeni kufuneka ugcinwe ngaphantsi kwe-10 ppm ukukhusela i-oxidation.

Isantya seRibhoni:Isantya apho i-ribhoni ihamba ngayo kwisithando somlilo sinquma ixesha lokuhlala kwiqondo lokushisa ngalinye. Isantya esicothayo sonyusa ixesha lokufunxa, sivumela ukumiliselwa kwakhona okugcweleyo kunye nokukhula okuziinkozo. Nangona kunjalo, ikwanciphisa izinga lemveliso. Isantya kufuneka siphuculwe ukulungelelanisa imveliso kunye nomgangatho.

Uxinzelelo lweRibhoni:Uxinzelelo olukwiribhoni njengoko ludlula esithandweni luchaphazela ukukhula okuziinkozo kunye neempawu zokugqibela zoomatshini. Uxinzelelo olukhulu kakhulu lunokuthintela ukukhula okuziinkozo kwaye lungenise uxinzelelo olutsha. Uxinzelelo oluncinci kakhulu lunokubangela ukuba iribhoni ibhadule okanye igxumeke. Uxinzelelo lulawulwa ngononophelo yintlawulo kunye neenkqubo zokuthatha.

Itheyibhile engezantsi inika isishwankathelo seenkqubo eziphambili zeeparameters kunye noluhlu lwazo oluqhelekileyo lokusebenza kwi-Solar PV Ribbon Machine.

Kwi-Jiangsu Goodroller Machinery Co., Ltd., i-Solar PV Ribbon Machine yethu ixhotyiswe ngeenkqubo zokulawula eziphambili ezivumela ukulawulwa ngokuchanekileyo kwazo zonke ezi parameters. Isithando somlilo sihlukaniswe kwiindawo ezininzi, nganye inolawulo oluzimeleyo lobushushu. Umoya ojikeleze umhlaba usoloko ujongwa kwaye ulawulwa. Isantya seribhoni kunye noxinzelelo lulawulwa ziinkqubo eziqhutywa yi-servo. Eli nqanaba lolawulo liqinisekisa ukuba yonke imitha yeribhoni eveliswa kumatshini wethu ihlangabezana nemigangatho ephezulu yokuqhubela phambili kunye nokuthembeka.

4. Indlela i-Annealing echaphazela ngayo iiPropati zoomatshini kunye nokuthembeka kwexesha elide

Ngelixa eyona njongo iphambili yokufakwa kwe-anneal kuMatshini weRibhoni ye-Solar PV kukwandisa ukuhanjiswa kombane, inkqubo ikwanempembelelo enkulu kwiipropathi zoomatshini zeribhoni. Ezi zakhiwo zibaluleke ngokulinganayo ekuthembekeni kwexesha elide lepaneli yelanga. Iribhoni ene-conductivity ephezulu kodwa amandla angasebenziyo omatshini aya kuba sengozini yokuphuka ngexesha lokudityaniswa kweeseli kunye nangexesha lokuhamba ngebhayisikili eshushu kwintsimi. Inkqubo ye-annealing kufuneka ngoko iphuculwe ukufezekisa ukulingana phakathi kwe-conductivity kunye nokusebenza komatshini.

Iimpawu zemishini yeribhoni yobhedu zichongwa yisakhiwo sayo sengqolowa. Isakhiwo esine-fine-grained sinamandla amakhulu kodwa i-conductivity ephantsi ngenxa yobuninzi bemida yengqolowa. Isakhiwo esine-coarse-grained sine-conductivity ephezulu kodwa amandla aphantsi. Inkqubo ye-annealing ivumela ukuba silungelelanise isakhiwo sengqolowa ukuze sifezekise ibhalansi efanelekileyo yesicelo esithile. Ngokomzekelo, i-ribbon eya kuba phantsi koxinzelelo oluphezulu lomatshini ngexesha lokuhlanganisana lingadinga ukwakheka okuziinkozo okucokisekileyo kunye namandla angaphezulu, ngelixa i-ribbon eya kusebenza kwindawo ephezulu yokushisa inokufuna ukwakheka kweenkozo kunye ne-conductivity ephezulu.

Inkqubo ye-annealing ikwakhulula uxinzelelo lwangaphakathi oluvezwe ngexesha lokuzoba kunye nokuqengqeleka. Olu xinzelelo lunokubangela ukuba i-ribbon iguqe okanye igobe ngexesha lokucutshungulwa okulandelayo, okukhokelela ekungalungelelaniseni kakuhle kunye nokunxibelelana kakubi kunye neseli yelanga. Ngokunciphisa olu xinzelelo, i-annealing iphucula uzinzo lwe-dimensional yeribhoni, yenze kube lula ukuyiphatha kunye nokudibanisa. Oku kubaluleke ngakumbi kwiiribhoni ezibhityileyo, ezinokuthi zichaphazeleke ngakumbi kuxinzelelo-olunyanzeliswa lutshintsho. Itheyibhile engezantsi ishwankathela isiphumo sokutsala kwiimpawu eziphambili zomatshini zeribhoni yobhedu.

Kumzi-mveliso wethu, senze uvavanyo olubanzi ukuze siphucule iiparamitha zokubamba kwiinkcukacha ezahlukeneyo zeribhoni. Sifumene ukuba inkqubo yokulawula i-annealing inokunyusa i-conductivity yeribhoni yobhedu nge-3-5% ngelixa igcina amandla aneleyo omatshini wokuphatha okuthembekileyo kunye nokudibanisa. Olu phuculo luguqulela ngokuthe ngqo ekusebenzeni okuphezulu kwepaneli yelanga kunye nokulahlekelwa kwamandla aphantsi. Umatshini wethu we-Solar PV Ribbon wenzelwe ukuhambisa eli nqanaba lokusebenza rhoqo, ibhetshi emva kwebhetshi.

5. Ukulinganisa ukuPhuculwa koKuqhuba: Ukusuka kwiLebhu ukuya kwiMveliso

Uphuculo lokuqhuba oluphunyeziweyo ngokufakwa kumatshini weRibhoni weSolar PV unokubalwa kusetyenziswa iindlela zokulinganisa ezisemgangathweni. Eyona ndlela iqhelekileyo yindlela yokulinganisa i-probe ye-four-point, elinganisa ukuchasana kobude obaziwayo beribhoni. Ukususela ekuchaseni kunye nommandla we-cross-sectional, i-resistivity ingabalwa. I-conductivity yi-reciprocal of resistivity, kwaye idla ngokubonakaliswa njengepesenti ye-International Annealed Copper Standard (IACS). Ubhedu olucocekileyo olune-annealed lune-conductivity ye-100% IACS.

Le theyibhile ilandelayo ibonisa idatha esuka kwilabhoratri yethu ebonisa ukuqhutyelwa kweribhoni yobhedu ngaphambi nasemva kokufakwa phantsi kweemeko ezahlukeneyo. Idatha ibonisa ukuba inkqubo ye-annealing iphucula ngokuqhubekayo, kwaye ukuphuculwa kuxhomekeke kwiiparamitha ezithile ezisetyenzisiweyo.

Ezi datha zibonisa ukuba i-annealing inokuphucula i-conductivity yeribhoni yobhedu ukuya kuthi ga kwi-5.5% xa kuthelekiswa nemeko etsalwa ngayo. Kwiphaneli yelanga, olu phuculo luguqulela ngokuthe ngqo kwiilahleko ezincitshisiweyo zokunciphisa kunye nokukhutshwa kwamandla aphezulu. Ngomgca wemveliso we-500 MW, ukuphuculwa kwe-5% kwiribhoni conductivity kunokunyusa imveliso yamandla ngonyaka malunga ne-25 GWh. Le yinzuzo ebalulekileyo yezoqoqosho egxininisa ukubaluleka kwenkqubo yokucima kwi-Solar PV Ribbon Machine. Kwa-GRM, sisebenza ngokusondeleyo nabathengi bethu ukukhulisa iiparamitha zokudibanisa kwiinkcukacha zabo ezithile zeribhoni kunye neemfuno zemveliso.

6. Imibuzo Ebuzwa Rhoqo (FAQ)

Umbuzo 1: Leliphi elona qondo lobushushu lifanelekileyo leribhoni yobhedu kwiSolar PV Ribbon Machine?

Impendulo: Iqondo lokushisa elichanekileyo lokutshisa i-annealing lixhomekeke kwi-alloy yobhedu ethile, ubukhulu beribhoni, kunye nebhalansi efunekayo phakathi kwe-conductivity kunye namandla omatshini. Kwiribhoni yobhedu esulungekileyo, elona qondo lobushushu liqhelekileyo liphakathi kwama-350-450°C. Kwiqondo lokushisa eliphantsi, i-recrystallization ayinakugqitywa, kwaye ukuphuculwa kwe-conductivity kuya kuncipha. Kumaqondo obushushu aphezulu, ukukhula okugqithisileyo kweenkozo kunokunciphisa amandla omatshini eribhoni. Umzi-mveliso wethu unokubonelela ngeengcebiso ezithile ngokusekelwe kwiimfuno zakho.

Umbuzo 2: Kutheni kufuneka umoya okhuselayo ngexesha lokufunxa?

Impendulo: I-atmosphere ekhuselayo iyafuneka ukuze kuthintelwe i-oxidation yendawo yobhedu ngexesha lokufunxa. Kumaqondo obushushu anyukileyo, ikopolo isabela lula neoksijini ukuze yenze icopper oxide. Nokuba umaleko obhityileyo kakhulu we-oxide unokunyusa kakhulu ukuchasana kweribhoni, ukunciphisa ukusebenza kakuhle kweseli yelanga. Umoya okhuselayo, oqhelekile ngumxube wenitrogen kunye nehydrogen, ususa ioksijini kwaye ugcine umphezulu wobhedu ucocekile kwaye ungenawo oksijini.

Umbuzo 3: Ingaba ukutsala kuchaphazela njani amandla omatshini weribhoni yobhedu?

Impendulo: I-Anealing inciphisa amandla omatshini weribhoni yobhedu ngelixa inyusa i-ductility yayo. Amandla e-tensile ngokuqhelekileyo ayancipha ukusuka kwi-350-450 MPa ukuya kwi-200-300 MPa, ngelixa ukunyuka kunyuka ukusuka kwi-2-5% ukuya kwi-15-30%. Oku kuncitshiswa kwamandla kuyamkeleka kwizicelo ezininzi zeribhoni zelanga, njengoko i-ribbon ixhaswa ngamaseli elanga kunye ne-encapsulant. I-ductility eyongeziweyo inenzuzo kuba yenza i-ribbon iyancipha ukukrazula ngexesha lokuphatha kunye nokuhamba ngebhayisikili eshushu.

Umbuzo 4: Ingaba inkqubo yokuqhobosha ingasetyenziselwa ezinye iintsimbi ngaphandle kobhedu?

Impendulo: Ewe, inkqubo yokufaka i-annealing ingasetyenziselwa ezinye iintsimbi, kuquka i-aluminiyam, isilivere, negolide. Nangona kunjalo, ubushushu obuphezulu kunye nomoya buya kuhluka kwintsimbi nganye. I-Copper yeyona nto ixhaphakileyo kwiribhoni ye-PV yelanga ngenxa yokuhanjiswa kwayo okugqwesileyo kunye neendleko eziphantsi. Umatshini wethu weRibhoni yeSolar PV yenzelwe ikakhulu iribhoni yobhedu, kodwa sinokwenza ngokwezifiso isithando somlilo sezinye izinto ukuba siyafuneka.

Umbuzo 5: Ingaba isantya seribhoni siyichaphazela njani inkqubo yokufunxa?

Impendulo: Isantya seRibhoni simisela ixesha lokuhlala kwiribhoni kwisithando somlilo. Isantya esicothayo sandisa ixesha lokucwina, ukuvumela ukuhlaziya okugcweleyo kunye nokukhula okuziinkozo, okuphucula ukuqhuba. Nangona kunjalo, isantya esicothayo sikwanciphisa izinga lemveliso. Esona santya siphezulu silingana phakathi komgangatho kunye nemveliso. Umatshini wethu we-Solar PV Ribbon uxhotyiswe ngenkqubo yokulawula isantya esiqhutywa yi-servo evumela ulungelelwaniso oluchanekileyo lwesantya seribhoni ukufezekisa isiphumo esifunwayo se-annealing.

7. Isiphelo

Inkqubo yokucoca kwi-Solar PV Ribbon Machine linyathelo elibalulekileyo ekuveliseni i-ribbon ye-photovoltaic ephezulu yokusebenza. Ngokulawula ngokuchanekileyo ubushushu, umoya, kunye nexesha lokuhlala, isithando somlilo siguqula i-microstructure yeribhoni yobhedu, ukunciphisa iziphene kunye nokwandisa ubungakanani beenkozo. Olu tshintsho lwe-microstructural luphucula ngokuthe ngqo ukuqhutyelwa kombane kwiribhoni, ukunciphisa ilahleko ephikisayo kunye nokwandisa amandla ombane wepaneli yelanga. Inkqubo iphinda iphucule iimpawu zemishini yeribhoni, iyenze ibe yi-ductile kwaye kulula ukuyiphatha. EJiangsu Goodroller Machinery Co., Ltd., iSolar PV Ribbon Machine yethu yenzelwe ukuhambisa iprofayile echanekileyo yobushushu efunekayo ukufezekisa ezi ziphumo ngokungaguqukiyo nangokuthembeka.

Ukuba ujonge ukuphucula ukusebenza kakuhle kunye nokuthembeka kwemveliso yeribhoni yelanga, iqela lethu likulungele ukukunceda. Sinikezela ngoluhlu lweemodeli zoMatshini we-Solar PV Ribbon ezinezitofu zokutshisa eziphucukileyo, ulawulo lwe-atmospheric oluchanekileyo, kunye nesantya esiqhutywa yi-servo kunye neenkqubo zoxinzelelo. Qhagamshelana nathi namhlanje ukuxoxa ngeemfuno zakho ezithile kwaye ufunde ukuba itekhnoloji yethu ingakunceda njani ukuba wenze ngcono ubhedu bakho kunye nokusebenza ngokubanzi kwemveliso.

Qhagamshelana neJiangsu Goodroller Machinery Co., Ltd. namhlanjeukufunda ngakumbi malunga noMtshini wethu weRibhoni yeSolar PV kunye nendlela itekhnoloji yethu yokufaka i-annealing enokuphucula ukusebenza kwakho kwemveliso.