Sabuwar masana'antar samar da wutar lantarki ta duniya tana cikin wani mataki na haɓaka cikin sauri, kuma buƙatun bayanan martaba kamar firamiyoyi da maƙala don nau'ikan tashoshin wutar lantarki da aka rarraba akan rufin gida da manyan tashoshin wutar lantarki na tsakiya na tushen ƙasa sun haɓaka. Bayanan bayanan extrusion na Aluminum sun zama ainihin kayan aikin da ba za a iya maye gurbinsu ba a cikin masana'antar photovoltaic ta hanyar girman nauyin su, ƙarfin ƙarfi, daɗaɗɗen anti-lalata, da fa'idodin sake yin amfani da su, kuma sun dace da kowane nau'in yanayin gini na hotovoltaic na waje.

Me yasa Aluminum Yayi Mahimmanci don Aikace-aikacen Panel na Solar

Mai nauyi kumaHigh-ƙarfiCharacteristics

Ƙananan ƙarancin aluminium mai tsabta yana rage nauyin abubuwan PV, rage kayan aiki da farashi na farko. Ba a buƙatar ƙarfafawa don rufin rufin PV, kuma mutum ɗaya zai iya ɗaukar bayanan martaba mai tsawo, rage wahalar aikin sama da farashin gini.
Hanyoyin da aka yi da zafi da kuma ƙarfafa bayanan aluminum suna da tsayin daka don tsayayya da iska, dusar ƙanƙara, ƙanƙara da sauran sojojin waje na dogon lokaci, tabbatar da kwanciyar hankali na amfani da tsarin PV fiye da shekaru 25. Tsarinsa mai nauyi ba zai rage ƙarfin ɗaukar nauyi ba, kuma yana iya saduwa da ƙa'idodin matsa lamba na iska na ƙasa da ƙasa don manyan na'urori masu ƙarfi da maƙallan sa ido.

HalittaClalataRstance daAnodizing

Aluminum substrate surface iya kai-samar m m oxide fim, wanda yana da wani anti-tsatsa ikon. Ta hanyar 10-25 micron anodic hadawan abu da iskar shaka magani, zai iya yadda ya kamata ware ultraviolet haskoki, ruwan sama da ƙura yashwa. A cikin bakin tekun gishiri SPRAY, masana'antu lalata, hamada yashi da sauran matsananci yanayi, da profile ba sauki pitting lalata, dogon lokacin da kiyaye mutunci na bayyanar substrate ba tsatsa.
Karfe photovoltaic aka gyara suna da sauƙin oxidize da tsatsa, kuma suna buƙatar fentin su akai-akai tare da Layer anticorrosion, tare da babban aiki da ƙimar kulawa. Bayanan martaba na aluminum na Anodized na iya zama marasa kulawa ga dukan sake zagayowar, ba tare da buƙatar sake gyara abubuwan da aka lalata ba, rage aikin daga baya da kuma farashin kulawa.

MadallaThermal kumaElaccaChaɓaka aiki

Aluminum yana da kyakkyawan yanayin yanayin zafi, wanda zai iya saurin watsa zafi mai yawa na sel PV, rage lalata wutar lantarki da ke haifar da babban zafin jiki, da daidaita ƙarfin samar da wutar lantarki. Ayyukan zafin jiki na yau da kullun na na'urori na iya haɓaka samar da wutar lantarki na shekara-shekara da kudaden shiga na masana'antar wutar lantarki, da rage sake zagayowar dawo da saka hannun jari na ayyukan PV.
Ƙarfafawar Aluminum don saduwa da ma'auni na tashar wutar lantarki na PV, bayanin martaba guda ɗaya tare da tsarin tafiyar da kansa, ba tare da ƙarin kayan haɗi don sauƙaƙe gini ba. Zane yana rage amfani da masu haɗawa kuma yana rage haɗarin lalacewa, tuntuɓar gajerun hanyoyin da wutar lantarki, don haka inganta amincin tsarin a duk yanayin aiki.

Sauƙaƙewar Extrusion

Hot extrusion tsari za a iya gyare-gyare a cikin magudanar ruwa tashar, T-ramuka, sealing Ramin hada giciye-sashe profiles, ƙãre samfurin ba ya bukatar da za a niƙa, welded karewa, factory za a iya amfani da kai tsaye goyon bayan taron. Masu sana'a za su iya tsara tsarin tsarin giciye bisa ga girman girman hotuna na hotuna da kuma yanayin yanar gizon, wanda ya dace da taro na tsari a cikin layin taro mai sarrafa kansa na masana'anta na ma'auni, da kuma rhythm na samar da taro mai girma.
Za'a iya samar da daidaitattun bayanan martaba na aluminum na photovoltaic a kan babban sikelin, rage yawan kayan aiki da farashin sarrafawa don biyan buƙatun samar da girma. Haɗe-haɗen tsarin da ya dace da sauri yana fahimtar rarrabuwar kawuna, yana rage kayan taimako da matakai, kuma yana rage sake zagayowar gini.

Mara iyakaRhawan keke

Ana iya sake yin amfani da aluminum na hotovoltaic mai ritaya ta hanyar narkewa da sabuntawa, ba tare da asarar aikin kayan da aka sake sarrafa ba da kuma amfani da makamashi na kawai 5% na budurwoyin aluminum. Rufe madauki na aluminium na iya rage yawan hayaƙin carbon na duk yanayin rayuwar PV kuma yana taimakawa masana'antar ta zama tsaka tsaki na carbon.
Sarkar masana'antar sake yin amfani da aluminium ta duniya ta PV cikakke ne, kuma ƙimar sake amfani da aluminium na tashoshin wutar lantarki da aka soke ya fi kashi 95%, tare da ingancin sake amfani da su fiye da sauran kayan. Ana iya sarrafa aluminum da aka sake yin fa'ida a cikin ɓangarorin firam ɗin PV, rage yawan amfani da aluminium, wanda ya yi daidai da jagorancin ci gaban kore na PV.

Aluminum Extrusions Ana Amfani da su a cikin Firam ɗin Tashoshin Rana

PhotovoltaicFrameProfileMtsufaProce

Aluminum sanduna suna mai tsanani da kuma extruded ta wani mold, lokaci guda kafa magudanun ruwa, sealing da kuma hawa ramummuka, kawar da bukatar na biyu aiki. Bayanan martaba suna sanyaya ruwa, daidaitawa da zafin jiki don daidaita ƙungiyoyi da sarrafa haƙuri, wanda ya dace da haɗuwa ta atomatik a cikin masana'antar PV.
Ana kiyaye bayanan martabar zafi ta hanyar iskar oxygen ta anodic, kuma an daidaita kauri na fim bisa ga matakin lalata, wanda ke ƙarfafa juriya ta UV da gishiri. Ingantattun hanyoyin sarrafawa da cikakkun layukan taro masu sarrafa kansu suna haɓaka haɓakar jigilar kayayyaki da tabbatar da isar da oda na PV masu girma.

Na al'adaAloyGrades

6063-T5 shine al'ada na al'ada don firam ɗin PV, tare da mai kyau extrudability da oxidized farantin, mai kyau anti-lalata, controllable kudin, kuma dace da waje aiki yanayi. Duk nau'ikan firam ɗin PV ɗin da aka rarraba na al'ada an ba da fifiko don amfani da wannan gami mai fa'ida mai tsada.
6061-T6 zafi jiyya ƙarfi tensile ƙarfi, tsarin taurin sosai inganta, dace da manyan dusar ƙanƙara da yankuna, matsananci-high-ikon photovoltaic bangarori thickened frame sarrafa amfani. 6005-T5, 6082-T6 babban ƙarfin ƙarfin ƙarfe mai ƙarfi na aluminium yana da ƙarfi, ana amfani da shi a cikin teku mai iyo photovoltaic, firam ɗin dutsen dutsen tudu, don tsayayya da lalacewar matsananciyar nakasawa na sojojin waje.

MPaikiAamfaninAaluminumFrame

Bayanan martabar aluminum mai nauyi nannade PV modules, ingantaccen tsari kuma babu wani gagarumin riba mai nauyi, wanda ya dace da jigilar kaya. Ƙananan mataccen nauyinsa yana rage raguwar gilashin da raguwa a lokacin sufuri, inganta haɓakar masana'anta.
Maɗaukakin oxide Layer ya keɓe aluminum daga tururin ruwa da ƙura, yana hana tsatsawar firam da ƙarancin danshi na baturi. Ramin bayanin martaba tare da tsiri mai mannewa yana gane cikakken hatimin kewaye don tsayayya da yashwar waje, yana ba da tabbacin rayuwar sabis na ƙirar fiye da shekaru 25.

Tsarukan Haɗuwa da Aluminum don Shigar da Rana

Na al'adaClassification naPhotovoltaicAaluminumBraket

Aluminum rufin firam na PV an raba zuwa lebur kafaffen nau'i da karkatar daidaitacce nau'i, dukansu An yi da nauyi aluminum don rage load hali na rufin. Ƙirar da ba ta shiga ba ta kawar da buƙatar perforation don lalata ruwa, kuma ya dace da nau'in gyare-gyare na PV na rufin, kuma baya lalata tsarin ginin lokacin da aka rushe.
Filayen ƙasa an raba su zuwa ƙayyadaddun nau'ikan bin diddigin axis guda ɗaya, kuma ana sarrafa tsarinsu masu ɗaukar nauyi tare da bayanan martaba na allumini na musamman. Don yanayin zafi mai zafi da lalata kamar ruwa, kayan aikin noma photovoltaic complementary, filin ajiye motoci, da dai sauransu, ana amfani da aluminium mai ƙarfi mai jurewa don gina tsarin tallafi don dacewa da yanayin aiki na musamman.

YawanciUsedAaluminumProfileAloy zaPhotovoltaicSgoyon baya

6005-T5 aluminum gami ya haɗu da aikin extruding da ƙarfin ɗaukar nauyi na tsari, tare da mafi kyawun dacewa gabaɗaya, kuma shine mafi yawan amfani da kayan PV na musamman don dogo na PV da katako mai ɗaukar nauyi. A matsayin zaɓin da aka fi so don shuke-shuken wutar lantarki na cikin ƙasa da hawan rufin gida, yana daidaita farashi, yawan aiki da kwanciyar hankali na waje.
Ana amfani da bayanan martaba na 6061-T6 masu kauri a cikin ruwan gishiri na bakin teku da wuraren daɗaɗɗen blizzard don haɓaka juriya da juriya da juriya ga matsanancin yanayi. PV mai zurfi da ruwa mai zurfi da manyan ƙwararrun ƙwararrun ƙwararrun ƙwararrun PV suna sanye da 6082-T6 aluminum mai ƙarfi mai ƙarfi, wanda ke haɓaka tsattsauran ra'ayi mai girma kuma yana hana nakasawa na dogon lokaci a ƙarƙashin damuwa.

Aluminum PV Racking Core Abvantbuwan amfãni akan Karfe

Bayanan martaba na aluminum suna da nauyi, kuma abin hawa guda ɗaya zai iya ɗaukar ƙarin kayan aiki, rage farashin sufuri da ajiye kudi a gaba. Sauƙaƙan kulawa akan rukunin yanar gizon, babu buƙatar manyan injuna, lokacin ginin don girman girman da aka shigar shine 30% ya fi guntu na firam ɗin ƙarfe.
Aluminum ɗan ƙasa oxide fim tare da anodic hadawan abu da iskar shaka kariya biyu kariya, seaside ruwan sama da kuma high zafi shafukan domin dogon lokacin bude-iska amfani ba zai yi tsatsa, babu bukatar daga baya anticorrosion fenti kula ayyuka. Ƙarfe mai zafi na galvanized mai zafi zai yi tsatsa da sauri bayan an gama rufewa, kuma yana buƙatar a sake gyara shi akai-akai kuma a maye gurbinsa tare da abubuwan da suka lalace, wanda ke haifar da babban aiki da farashin kulawa a tsawon shekaru, da ƙananan farashi don dukan sake zagayowar amfani.

Muhimman Fa'idodin Amfani da Fitar Aluminum a Ayyukan Solar

Mai nauyiDficeCutsFul - sarkarCosts

Ƙananan ƙarancin bayanan martaba na aluminum yana rage matsa lamba na kaya kuma yana ƙara ƙarar jigilar kaya guda ɗaya don rage farashin kaya. Babu buƙatar ƙarfafa rufin mai ɗaukar nauyi, adana kayan gini da aiki, rage saka hannun jari na farko.
Bayanan martaba na Aluminum suna da sauƙin haɗawa kuma mutum ɗaya zai iya shigar da shi, wanda ya inganta aikin ginin kuma yana rage yawan ma'aikata. A cikin aiki na baya da kuma kiyayewa, yana da sauƙi don tarwatsawa da shigar da bayanan martaba na aluminum, wanda ya ci gaba da rage farashin cikakken aiki da kulawa.

Dogon lokaciAnti-lalataLbashiStationMrashin lafiyaCosts

Anodic oxidation Layer yana rufe bangon ciki da waje na bayanin martaba, wanda ke da tsayayya da lalata ta iska, yashi, ruwan sama da gishiri na teku, tare da mannewa mai ƙarfi da kwanciyar hankali. Babu buƙatar kula da rigakafin lalata a cikin shekaru 25 na rayuwar rayuwar PV, kawar da buƙatar abubuwan da ake amfani da su da kuma gine-ginen sama da ayyuka da kashe kuɗi.
Bayanan martaba na Aluminum ba su da ɓarna mai lalacewa, kar a gurɓata rufin, ciyayi, kuma kar a lalata kayan aikin lantarki na PV. Ruwan ruwan rawaya-launin ruwan kasa da aka samu ta hanyar tsatsawar firam ɗin karfe yana manne da gilashin, yana toshe watsa hasken, kuma zai taru a kowace shekara, wanda ke haifar da ci gaba da raguwar ingancin samar da wutar lantarki.

Guda ɗayaMtsufaSyana nunaAtaro

Bayanin bayanin martabar masana'anta ce mai haɗaɗɗiyar ƙira tare da nata daidaitattun ramummuka, ramukan magudanar ruwa da maɗauran ɗamara mai sauri, waɗanda za a iya haɗa su akan rukunin yanar gizo ba tare da sarrafa na biyu ba. Haɗe-haɗe-haɗe-haɗe-haɗe-haɗe-haɗe-haɗe-haɗin sa yana rage nau'ikan kayan masarufi da aka fitar, yana sauƙaƙa tsarin shirye-shiryen haja, kuma yana rage wahalar sarrafa ƙira a cikin PV mai tallafawa sarkar samarwa.
Madaidaitan bayanan martaba na PV aluminium sun dace da cikakken layin samarwa ta atomatik, wanda zai iya aiwatar da ingantaccen samar da taro da taro, da aiwatar da umarni mai girma a gida da waje. The modularized quick-assembly structure reduces the construction threshold, allowing ordinary personnel to start with simple training, reducing reliance on professional technicians and accelerating project progress.

Sake yin amfani da suFta saPistioning naNewEkuzariGruwaDhaɓakawa

Ana iya narkar da kayan aikin aluminium na PV da aka yi ritaya kai tsaye bayan an wargaza, kuma aikin aluminium da aka sake fa'ida zai iya kaiwa ma'aunin aluminium budurwa, wanda za'a iya sake sarrafa shi cikin firam ɗin PV da braket. Amfanin makamashin da aka sake yin fa'ida na aluminium ɗin ya yi ƙasa da na aluminium na farko, yana rage yawan iskar carbon daga sarkar masana'antu da kuma taimakawa masana'antu cimma ƙananan buƙatun samar da carbon.
Abubuwan PV na ƙarshen rayuwa suna da sauƙin warwarewa, ƙimar sake amfani da aluminum ya zarce na ƙarfe da filastik, kuma sarkar masana'antar ta balaga. Aluminum rufaffiyar madauki model rage hakar ma'adinai, daidai da low-carbon sifa na PV, da kuma taimaka masana'antu cimma da carbon tsaka tsaki burin.

FitacciyarEtattalin arzikiCostPaiki a cikinWramiLirinCycle

Farashin naúrar aluminium ya fi na carbon karfe, amma cikakken farashin amfani da shi ya fi fa'ida daga duk lissafin tsarin rayuwa. A cikin zagayowar PV na shekaru 25, aluminium ba shi da kulawa da ƙarancin saka hannun jari, yana haifar da ƙarancin babban babban aikin gabaɗaya da kuma biyan kuɗi cikin sauri.
Bayanan martaba na Aluminum suna da tsayin daka, yana rage asarar lokacin kulawa saboda lalacewa da karaya, da rushewa a ƙarƙashin damuwa. A cikin babban sikelin tsakiya PV, nauyin haske na aluminium yana ƙara rage kayan aiki da farashin aiki kuma yana haɓaka dawo da aikin.

Zaɓuɓɓukan Alloy na Aluminum don Tsarukan Rukunin Rana

AlloySzabeCtsarin donDidan aka kwatantaAaikace-aikaceScenarios

Na al'ada iyali da masana'antu / kasuwanci PV module Frames sanya na 6063-T5 gami, wanda shi ne sosai m, la'akari da bayyanar, anti-lalata da kuma kudin. An fi son wannan gami don ayyukan ba tare da matsananciyar filayen bala'i a babban yankin kasar Sin ba, tare da isassun kayayyaki da isar da sauri, ba tare da jinkirta yin gini ba.
Babban matsi na iska, guguwar guguwa, gishirin feshi na bakin teku mai lalata shingen shingen shinge, zai fi dacewa 6005-T5, 6061-T6 bayanan bayanan alloy na aluminium mai ƙarfi mai ƙarfi mai ƙarfi. Babban iko mai girman fuska biyu na hoto, madaidaicin bin diddigin axis guda ɗaya, dandamalin hoto na hoto mai iyo akan ruwa, tare da bayanan martaba na 6082-T6 mai kauri, don ƙarfafa gabaɗayan lankwasa da tasirin juriya na ƙarfin ɗaukar nauyi.

AlloyMaterialCorePaikiDgaskiyaPmai

6063 aluminum, magnesium da silicon rabo ne daidaitacce, m extrusion gyare-gyaren, hadawan abu da iskar shaka texture ne kyau, dace da bayyanar high bukatar photovoltaic frame. Ƙarfin matsakaici, kawai don ƙananan ƙananan ayyuka na hoto na al'ada na ciki, ba za a iya amfani da shi ba don babban katako mai ɗaukar nauyi mai girma.
6005, 6061, 6082 jerin suna da babban abun ciki na magnesium da silicon, tare da T5 / T6 magani mai zafi, ƙarfin yana da kyau fiye da na al'ada 6063 aluminum. A karkashin irin wannan yanayin ɗaukar nauyin kaya, za a iya rage girman bango na bayanin martaba, yana kara rage nauyin nauyin nauyin nauyin, wanda ya dace da manyan tashoshin wutar lantarki na ƙasa, maƙallan sa ido na hankali da sauran ƙwararrun ƙwararrun ƙwararrun hotunan hoto.

SurfaceTmaida hankaliPrusa kuMatchOwaje PVNeeds

Don rukunin yanar gizon PV marasa gurɓata na cikin gida, daidaitaccen tsari na anodizing na 10-15 microns na iya saduwa da buƙatun rana da ruwan sama don ci gaba da lalacewa da amfani mai jurewa. Taurin fim ɗin oxide yana da tsayi, mai jurewa, kuma abubuwan da aka gyara ba su da sauƙi a zazzagewa da lalacewa yayin lodi da saukewa da kuma gina gine-ginen, kuma aikin kariya na waje na dogon lokaci yana da kwanciyar hankali kuma ba daidai ba.
Coastal, sinadaran masana'antu yankin, high lalata sites, ta amfani da 20 micron thickened anodic hadawan abu da iskar shaka tsari, teku high-karshen photovoltaic superimposed fluorocarbon foda shafi biyu kariya tsari. Kariya sau biyu don toshe gishiri mai fesa acidic media yazawar ƙasa, don hana ramin bayanin martaba, tsotse tsufa, wanda ya dace da yanayin sabis na waje na PV ultra-dogon waje.

Abubuwan Tsara don Fitar Aluminum Solar

Ƙarfin Ƙarfin Ƙarfi da Ƙirƙirar Ƙaƙwalwar Load

Ƙirar bayanin martaba ta bi ƙa'idar IEC ta duniya, ƙididdige yawan iska da matsa lamba na dusar ƙanƙara da sauran lodi, kuma yana inganta kaurin bango da ƙarfafawa don inganta juriya na lankwasawa. Ana amfani da kwaikwaiyo don yin kwatankwacin nakasar yanayin aiki daban-daban da sarrafa ma'auni na jujjuyawa don tabbatar da kwanciyar hankali na tsawon lokaci na ƙarfi.
Zane-zane na giciye yana la'akari da nauyin kayan aiki da farashin kayan aiki, kuma yana daidaita kayan aikin aluminum a ƙarƙashin yanayin haɗuwa da ma'auni na inji, don sarrafa farashin samar da nau'in bayanin martaba guda ɗaya daga tushen. Sashi mai zurfi da rufaffiyar giciye tare da ginanniyar tsarin ƙarfafawa yana daidaita buƙatar rage nauyi mai nauyi tare da tsattsauran ra'ayi, kuma ya dace da gina ayyukan photovoltaic a kowane nau'in yanayi da ƙimar kaya a duniya.

An ingantaDalamarMmIhadeSections

An ƙera bayanin martabar a cikin tsagi mai daidaitacce T-dimbin ɗari, kuma za a iya daidaita kayan aiki da yardar kaina don daidaita farar, yana sa ya dace da kowane nau'ikan nau'ikan PV da ake samu a kasuwa. Gine-ginen ramukan magudanar ruwa a cikin sashin giciye suna ba da damar saurin magudanar ruwa, guje wa lalatawar abin rufewa da rage saurin tsufa na tantanin halitta.
Gefen bayanin martaba yana da tashar wayoyi da aka gina a ciki, wanda zai iya ɓoyewa da adana igiyoyin PV da rage saurin tsufa ta hanyar keɓe su daga hasken UV. Ƙarshen bayanin martaba yana ɗaukar tsarin tsattsauran ra'ayi mai hana ruwa guda ɗaya, wanda ya rage farashin kayan taimako da sayayya.

ThermalExpansion daCjan hankaliAmStsariDfice

Bambance-bambancen zafin jiki na waje na iya kaiwa -40 ℃ zuwa 85 ℃, ƙimar haɓakar haɓakar thermal na aluminum yana da girma, nakasar yanayin yanayi na yanayi huɗu yana da sauƙi don samar da tsarin lalata damuwa na ciki. Dogon layin dogo mai tsayin girma yana barin daidaitaccen gibin faɗaɗawa, tare da madaidaicin madaidaicin motsi, don sakin damuwa na lalacewa da kansa, guje wa bayanan bayanan martaba da ja gilashin PV.
Wurin rufewa yana tanadin gefe na naƙasa na roba don daidaitawa da zafi da sanyi faɗaɗa da ƙanƙantar bayanin martaba, kuma tsiri mai jure yanayin yana aiki tare da nakasar don hana cire manne da zubar da ruwa. Dogayen dogayen jagorori an raba su tare da haɗin gwiwa masu motsi don tarwatsa haɓakawa da ƙanƙancewa, guje wa nakasar bayanan martaba da ke haifar da ɓoyayyiyar gilasai da lalacewa.

Anti-lalata daSurfaceTilmin halittaAmDfice

Zagaye chamfer zane ya guje wa bakin ciki fim Layer na anodized sasanninta, ya kawar da rauni batu na anti-lalata, da kuma inganta gaba daya uniformity na kariya. Latsa ƙasan tushe don haɓaka mannewa na fim ɗin oxidized, don kada murfin kariya ba shi da sauƙin faɗuwa cikin gutsuttsura ƙarƙashin girgizar waje da gogayya na iska da yashi.
Inganta tsarin giciye na wurare masu lalata sosai, rage mataccen sarari na ruwa mara kyau, rage yuwuwar lalata ta gishirin teku da gurɓataccen gurɓataccen abu, da tsawaita rayuwar bayanan martaba. Aluminum da karfe taro wuraren sanye take da insulating gaskets don ware kai tsaye lamba na dissimilar karafa, hana electrochemical lalata karkashin ruwa tururi yanayi, da kuma kare profile substrate m.

Sarrafa da Sarrafa Haƙuri na Girma

Haɓaka ƙirar ɓangaren giciye don dacewa da tsarin extrusion, sarrafa girman girman / kauri da rikitarwa, tsawaita rayuwar mutu kuma ƙara yawan amfanin ƙasa. Tsayayyen sarrafa mafi ƙarancin kauri na bango da sigogin rabon harshe don guje wa lahanin samarwa.
Mai jituwa tare da layukan taro mai sarrafa kansa, tsayin bayanin martaba da ikon jurewar ramin zuwa 0.1-0.3mm babban madaidaicin kewayon, dace da cikakken haɗin injin sarrafa sarrafa kansa. Haɗin kai daidaitaccen ɓangaren giciye na gama gari yana rage farashin haɓakar ƙira na musamman, yana sauƙaƙe tsarin tsara tsari da safa na masana'anta, kuma yana rage sake zagayowar isar da oda na aikin photovoltaic.

Kalubale da Magani a cikin Aikace-aikacen Aluminum Solar

Dogon lokaciCrugujewa inExtremeEyanayi

Ruwan gishiri na teku da kuma masana'anta acidic shaye gas na dogon lokaci yashwa na saman Layer na profile, sakamakon a hankali gazawar na al'ada bakin ciki oxide film, profile whitening da pitting lalata ramukan. 10 microns ko žasa na sauƙi iskar shaka na aluminum rashin isasshen kariya, amfani da waje na tsawon shekaru biyar wato, lalatawar substrate, yana rage rayuwar sabis na tsarin photovoltaic.
Shafukan da ba su da kyau sosai ta yin amfani da oxidation anodic mai kauri, hotovoltaic yana goyan bayan amfani da kariya ta Layer biyu, keɓewar kafofin watsa labarai masu lalata tuntuɓar aluminium. A lokacin gini, ana ƙara gaskets masu rufewa don ware sassan aluminum da ƙarfe, tare da toshe matsakaicin gudanarwa da kawar da lalatawar lantarki.

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Yayin da girman samfurin PV ya ƙaru, nauyin kansa da yanki na iska kuma yana ƙaruwa, wanda ke buƙatar mafi girman tsauri na firam da stent. Bayanan martaba na 6063 na bakin ciki na al'ada ba su da isasshen ƙarfin ɗaukar nauyi kuma suna da saurin lalacewa da fashewa a ƙarƙashin manyan iskoki da rawar jiki, wanda zai iya haifar da ɓarna a cikin mummunan yanayi.
Aikin yana ɗaukar bayanan martaba na 6005-T5 da 6061-T6 masu ƙarfi, tare da ƙarin ƙarfafawa a cikin ɓangaren giciye don haɓaka juriya da juriya. An inganta ƙirar tsarin ta hanyar siminti, wanda ke inganta haɓakar ɗaukar nauyi da juriya a ƙarƙashin madaidaicin ƙimar ƙimar iyaka.

Lalacewar Matsalolin Tsari da Sauyin Zazzaɓi Ya haifar

Canje-canje na yanayi a cikin zafi da sanyi yana haifar da aluminum don fadadawa da kwangila, kuma shigarwa mai tsauri zai ci gaba da jawo gilashin PV da sealant, wanda ya haifar da ɓoyayyun ɓoyayyun gilashin. Lokacin da aka lalata mashin ɗin kuma ruwa ya shiga, ƙwayoyin suna damped kuma ƙarfin samar da wutar lantarki ya ragu, yana rage rayuwar tsarin.
Bakin PV yana goyan bayan madaidaicin madaidaicin zamewa, firam splicing tanadin faɗaɗawa da tazarar ƙanƙancewa, sakin bambance-bambancen zafin jiki mai zaman kansa wanda ya haifar ta haɓakar ciki da ƙanƙantar damuwa na extrusion. Daidaita tare da babban elasticity weatherproof sealant da fadi sealing tsagi, daidaitawa ga al'ada micro-nakasuwa na aluminum, na dogon lokaci kula da module sealing da ruwa aikin hana ruwa, don hana ruwa seepage gazawar.

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Aluminum ingot farashin kasuwa na kasuwa yana canzawa akai-akai, babban matakin 6 jerin hotunavoltaic aluminum bar mataki na karancin kayayyaki, kai tsaye yana turawa gabaɗayan samar da kayan sarrafawa na bayanan martaba na hotovoltaic. Ƙananan da matsakaitan masana'antun sarrafa kayan aikin aluminium suna hayar matsa lamba, mai yuwuwa don haɓaka farashin, matsalolin haɓaka ƙarfin aiki, kai tsaye jinkirta ci gaban ginin wurin aikin PV.
Yaɓanta masana'antu na aluminium da aka sake fa'ida a maimakon samar da aluminium budurci, injiniyoyin aluminium da aka sake yin fa'ida har zuwa ma'auni, ƙananan farashin saye, yadda ya kamata na danne sauye-sauye a farashin masana'anta na bayanan martaba. Masu zuba jari na Photovoltaic da kamfanonin aluminum sun sanya hannu kan yarjejeniyar samar da kayayyaki na dogon lokaci, suna kulle farashin naúrar siyan kayan albarkatun kasa, don guje wa haɓaka da faɗuwar farashin aluminum wanda ke haifar da haɗarin hauhawar farashin aikin.

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Waje photovoltaic perennial iska, profile splicing point da tsayarwa don jure da madadin lodi, mai sauki don sa gajiya nakasawa, sukurori sako-sako da. Har ila yau, girgizar iska mai ƙarfi na iya haifar da tsagewa a cikin bayanan martaba, kuma ƙugiya na iya faɗuwa, yana lalata tsarin tsaro na tsarin PV.
Inganta tsarin danniya na sanduna na ciki na bayanan martaba don haɓaka juriya na gajiya, da goyan bayan kulle-kulle anti-loosening kusoshi da sakawa buckles don rage fastener sako-sako da kurakurai a cikin aiki na gaba da kiyayewa. Sassan motsi masu tsayi na madaidaicin madaidaicin 6061-T6 aluminum, wanda ke inganta cikakkiyar karko na kayan don tsayayya da nakasawa mai jujjuyawa da sauran lodi.

Yanayin gaba a Fitar Aluminum don Makamashin Rana

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Global photovoltaic carbon tsaka tsaki manufofin saukowa ci gaban, makamashi mai tsabta electrolytic aluminum, babban rabo na sake fa'idar aluminum billet sannu a hankali tsari tsari aikace-aikace na photovoltaic frame, stent babban kayan samar. Abubuwan da aka sabunta na aluminum na narkewar makamashin amfani da makamashi yana da ƙasa da budurwa electrolytic aluminum, yana rage yawan iskar carbon daga dukkan sassan abubuwan da aka gyara na photovoltaic, daidai da sabon makamashi da haɓakar ƙarancin carbon na ƙayyadaddun ƙayyadaddun masana'antu.
Kamfanonin aluminium na sama da na ƙasa don gina tsarin sake amfani da rufaffiyar madauki, lalata tashar wutar lantarki ta aluminum hadewar haifuwa mai narkewa, ƙare samfuran baya ga PV masu tallafawa samarwa da wuraren sarrafawa. Karamin-carbon da aka sake yin fa'ida na aluminium zai zama babban ka'idojin zaɓi na hotovoltaic, shekaru biyar masu zuwa za su ci gaba da haɓaka adadin aikace-aikacen kasuwa a hankali.

Sabuwar-Gen Hasken Ƙarfin Ƙarfin Ƙarfin Aluminum Haɓaka

Cibiyoyin bincike na cikin gida don inganta sababbin nau'ikan nau'ikan nau'ikan 6, don haɓaka ƙarfin lokaci guda don rage yawan amfani da aluminum na photovoltaic, ajiyar kuɗi. Gilashin ya dace da sabon ƙarni na kayan aikin hoto mai ƙarfi mai ƙarfi, daidai da buƙatun haɓaka samfuran.
Aluminum-lithium composite alloy matukin jirgi saukowa mai nauyi a cikin filin photovoltaic, galibi ana amfani dashi a cikin babban madaidaicin madaidaicin madaidaicin, idan aka kwatanta da na al'ada na 6 jerin almummunan rage nauyin nauyi har zuwa kusan 10%. Sabon kayan yana haɓaka anti-gajiya, haɓakar zafin jiki, aiki mai juriya mai juriya da yawa, daidaitaccen daidaitawa ga canjin yanayin zafi na waje, rikicewar iska mai ƙarfi na yanayin yanayin aiki na hotovoltaic.

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Sabuwar ƙarni na bayanan martaba na aluminum na photovoltaic yana haɗawa da tsinkayar ragi da aka riga aka shigar, raƙuman zafi mai zafi, da tsarin haɗin kai mai sauri, da gyare-gyaren extrusion na lokaci ɗaya baya buƙatar ƙaddamarwa na biyu da sarrafa canji. Haɗe-haɗen bayanin martaba da yawa yana rage amfani da na'urorin haɗi na waje, sauƙaƙe wayoyi a kan yanar gizo, tsarin haɗaɗɗun zafi, da matsawa lokacin ginin wurin na ayyukan hotovoltaic.
Dogaro da algorithm topology na AI don haɓaka tsarin ƙarfin juzu'i na bayanan martaba, an rage ɓangaren ɓangaren bayanan martaba a ƙarƙashin ɗaukar nauyi iri ɗaya, yana fahimtar ingantaccen haɓaka mai sauƙi na tsarin PV. An keɓance bayanan martaba masu hankali don fahimtar shigarwa, waɗanda za su iya saka idanu nakasuwa da bayanan matsa lamba na iska a cikin ainihin lokacin, kuma suna taimakawa ƙididdigewa mai nisa da aiki mai hankali da sarrafa kulawa a wuraren shakatawa na PV.

Smart Automation Yana Rage Kudaden Kera Bayanan Bayanai

Layin samar da dijital ta atomatik tare da duba ingancin gani na AI, ainihin lokacin gyare-gyare na juzu'i, haɓaka ƙimar cancanta da rage asara. sarrafa mold sarrafa kansa da ci gaba da anodizing rage aiki da daidaita farashin aiki, da kuma sikelin samar da kara rage jimlar halin kaka.
Ultra-bakin ciki-bangon high-daidaici extrusion tsari ne cikakken balagagge, taro samar da high-ƙarfi bakin ciki-bangon photovoltaic profiles, rage yawan amfani da aluminum albarkatun daga albarkatun kasa gefen. Layin samarwa mai sassaucin ra'ayi yana yin la'akari da bayanan martaba na musamman, daidaitaccen samar da bayanan martaba na gabaɗaya, don daidaitawa da bambance-bambancen yanayin PV, zaɓi na musamman na buƙatu.

Ci gaba da Haɓaka Bayanan Bayani na Musamman na Aikace-aikace

Bayanan bayanan martaba na PV masu iyo ruwa suna haɓaka tare da dabarun lalata ruwa na teku da ingantattun tsarin gudanarwar buoyancy, waɗanda suka dace da tafkin da saman PV tare da babban zafi da babban gishiri da yanayin sabis na tsayi. Bayanan martaba na musamman don ƙarin haske na aikin gona da filin jirgin sama na hotovoltaic suna la'akari da ɗaukar nauyi, ƙayatarwa, da aikin juriya, faɗaɗa iyakokin al'amuran hotovoltaic na aluminum na goyan bayan yanayi da haɓaka waƙar aikace-aikacen.
BIPV bayanan haɗin kai na hotovoltaic yana yin la'akari da samar da wutar lantarki da ayyukan ado na facade, wanda ya dace da kasuwancin kasuwanci na gine-ginen gyare-gyare na hotovoltaic. Kayan da aka haɓaka kai tsaye da kuma murfin UV mai jurewa yana haɓaka rayuwar sabis na waje na bayanin martaba, yana rage yawan aikin tsaftacewa na hannu da aikin anticorrosion da kiyayewa, kuma yana rage matsa lamba na aikin shuka wutar lantarki.

Kammalawa

Cikakken bincike na dukan labarin, bayanan bayanan extrusion na aluminum sun dace da duk yanayin yanayin PV na yanayi, nau'in alloy, ƙirar filastik, shine ainihin kayan aiki na masana'antar photovoltaic. A nan gaba, PV aluminium extrusion profiles za a sake maimaita su a cikin jagorancin ƙananan haɓakar carbon, haɗin kai mai hankali, da kuma nauyin nauyi mai mahimmanci, ci gaba da rage yawan farashin PV da kuma taimakawa masana'antar PV ta duniya ta ci gaba da kaiwa ga burin kore, ƙananan carbon da ci gaban tsaka-tsakin carbon.