Amaphaneli elanga angamadivayisi aguqula amandla elanga abe ugesi, ngokuvamile akhiwa amaseli elanga amaningi. Angafakwa ophahleni lwezakhiwo, amasimu, noma ezinye izindawo ezivulekile ukuze akhiqize amandla ahlanzekile navuselelekayo ngokumunca ukukhanya kwelanga. Le ndlela ayizuzisi imvelo kuphela kodwa futhi inikeza izixazululo zamandla ahlanzekile ezinzile ezindlini nakumabhizinisi. Ngaphezu kwalokho, ngokuthuthuka kwezobuchwepheshe kanye nezinhlelo zokusebenza ezikhulayo, amaphaneli elanga abe ngenye yemishini ethandwa kakhulu futhi esetshenziswa kabanzi yamandla avuselelekayo emhlabeni jikelele.
Imiyalo yokufaka?
1. Ukufakwa kophahla olutshekile: – Ukufakwa kozimele: Amaphaneli elanga afakwa endaweni eyehlelayo ophahleni, ngokuvamile avikelwe ngamafreyimu ensimbi noma e-aluminium. - Ukufakwa okungenafreyimu: Ama-solar panel anamathele ngokuqondile ezintweni zokuphahla ngaphandle kwesidingo samafreyimu engeziwe.
2. Ukufakwa kophahla oluyisicaba: – Ukufakwa kwe-ballast: Amaphaneli elanga afakwa ophahleni futhi angalungiswa ukuze kwandiswe ukwamukela imisebe yelanga. - Ukufakwa okufakwe phansi: Ipulatifomu yakhiwe phezu kophahla lapho kufakwa khona ama-solar panel.
3. Ukufakwa ophahleni oludidiyelwe: – Kuhlanganiswe uthayela: Amaphaneli elanga ahlanganiswa namathayili okufulela ukuze akhe uhlelo oludidiyelwe lokufulela. – I-Membrane-ididiyelwe: Ama-solar panel ahlanganiswe nolwelwesi olunophahla, olufanele uphahla oluyisicaba olungangeni manzi.
4. Ukufakwa okugxunyekwe phansi: Ezimeni lapho ukufakwa kwamaphaneli elanga ophahleni kungenzeki khona, kungagxunyekwa phansi, ngokuvamile okusetshenziselwa izimboni ezinkulu zamandla elanga.
5. Ukufakwa kwesistimu yokulandela umkhondo: – Isistimu yokulandelela i-axis eyodwa: Amaphaneli elanga angazungeza i-eksisi eyodwa ukuze alandele ukunyakaza kwelanga. - Uhlelo lokulandela i-Dual-axis: Amaphaneli elanga angazungeza ama-eksisi amabili ukuze alandele umkhondo welanga onembe kakhudlwana.
6. Amasistimu e-photovoltaic (PV) antantayo: Amaphaneli elanga afakwa ezindaweni ezingaphezulu kwamanzi njengamadamu noma amachibi, anciphisa ukusetshenziswa komhlaba futhi angaba namandla okusiza ekupholiseni kwamanzi.
7. Uhlobo ngalunye lokufakwa lunezinzuzo nemikhawulo yalo, futhi ukukhetha ukuthi iyiphi indlela kuncike ezicini ezihlukahlukene ezihlanganisa izindleko, ukusebenza kahle, ubuhle, umthamo wokulayishwa kophahla, kanye nezimo zezulu zendawo.
I-BR SOLAR ikhiqiza kanjani amamojula elanga?
1. Ukushisela uchungechunge: Shisela induku exhumanisayo ohlangothini oluqondile lwebha yebhethri eyinhloko bese uxhuma uhlangothi oluphozithivu lwebhethri nengemuva lamabhethri azungezile ngokusebenzisa izinduku ezixhumayo ngochungechunge.
2. Ukugqagqana: Sebenzisa izinto ezifana nengilazi ne-backsheet (TPT) ukuze kweqe futhi uxhume amayunithi ochungechungeni.
3. I-Lamination: Beka imojula ye-photovoltaic ehlanganisiwe ku-laminator, lapho ingena khona i-vacuuming, ukufudumeza, ukuncibilika, kanye nezinqubo zokucindezela ukuze ubophe ngokuqinile amaseli, ingilazi, ne-backsheet (TPT) ndawonye. Ekugcineni, iyapholiswa futhi iqiniswe.
4. Ukuhlolwa kwe-EL: Thola noma yiziphi izenzakalo ezingavamile ezifana nokuqhekeka okufihliwe, izingcezu, i-welding ebonakalayo noma ukuphuka kwe-busbar kumamojula we-photovoltaic.
5. Ukuhlanganiswa kozimele: Gcwalisa izikhala phakathi kwamafreyimu e-aluminium namaseli ngejeli ye-silicone futhi uwaxhume usebenzisa i-adhesive ukuze ukhulise amandla ephaneli futhi uthuthukise isikhathi sokuphila.
6. Ukufakwa kwebhokisi le-Junction: Ibhokisi lokuhlangana lemojuli yebhondi eline-backsheet (TPT) lisebenzisa ijeli ye-silicone; qondisa izintambo zokuphumayo zibe amamojula ngokusebenzisa i-backsheet (TPT), iwaxhuma namasekhethi angaphakathi ngaphakathi kwamabhokisi okuhlangana.
7. Ukuhlanza: Susa amabala angaphezulu ukuze kukhanye obala okuthuthukisiwe.
8. Ukuhlolwa kwe-IV: Kala amandla okukhipha imojuli ngesikhathi sokuhlolwa kwe-IV.
9. Ukuhlolwa komkhiqizo okuqediwe: Yenza ukuhlolwa okubonakalayo kanye nokuhlolwa kwe-EL.
10.Ukupakisha: Landela izinqubo zokupakisha ukuze ugcine amamojula ezinqolobaneni ngokuya nge-flowchart yokupakisha.
Qaphela: Ukuhumusha okuhlinzekwe ngenhla kugcina kokubili ukushelela kwemisho kuyilapho kugcinwa incazelo yayo yoqobo
Njengomkhiqizi ochwepheshile kanye nomthumeli wemikhiqizo yamandla elanga, i-BR Solar ayikwazi nje ukulungisa izixazululo zesistimu ngokuvumelana nezidingo zakho zamandla kodwa futhi iklame isisombululo sokufaka esingcono kakhulu esisekelwe endaweni yakho yokufaka. Sinethimba elinolwazi nelinekhono elizokusiza kuyo yonke iphrojekthi. Kungakhathaliseki ukuthi uchwepheshe wezobuchwepheshe noma awujwayele inkambu yamandla elanga, akunandaba. I-BR Solar izibophezele ekunikezeni isevisi esezingeni eliphezulu kuwo wonke amakhasimende kanye nokuqinisekisa ukwaneliseka kwawo ngesikhathi sokusetshenziswa. Uma udinga usizo noma unemibuzo, sicela ukhululeke ukuxhumana nathi. Ngokungeziwe ekuhlinzekeni ukucushwa kwesistimu nokufaka izixazululo, i-BR Solar iphinde igcizelele ukulawulwa kwekhwalithi yomkhiqizo kanye nesevisi yangemuva kokuthengisa. Sisebenzisa imishini yokukhiqiza ethuthukisiwe kanye nezinhlelo eziqinile zokuphatha ikhwalithi ukuze siqinisekise ukuthi wonke umkhiqizo welanga uhlangabezana nezindinganiso zamazwe ngamazwe futhi unokwethenjelwa nokuhlala isikhathi eside. Ngaphezu kwalokho, siphendula ngokushesha impendulo yekhasimende futhi sinikeze ukusekelwa okudingekile kokulungisa ngemuva kokuthengisa. Noma ngabe okwezindlu, amabhizinisi, noma izikhungo zomphakathi, i-BR Solar izimisele ukubambisana nawe ekwenzeni iminikelo eyakhayo ekongiweni kwamandla kanye nokuvikelwa kwemvelo. Ngokukhetha imikhiqizo yamandla elanga, akukhona nje kuphela ukuthi izindleko zezindleko zikagesi zingancishiswa kodwa okubaluleke kakhulu ukuthi imigomo yentuthuko esimeme ingafinyelelwa. Siyabonga ngokukwethemba kwakho nokwesekwa kwe-BR Solar brand! Sibheke ngabomvu ukusebenzisana nawe ekwakheni ikusasa elingcono.
UMnu. Frank Liang
Iselula/WhatsApp/WeChat: +86-13937319271
I-imeyili:[i-imeyili ivikelwe]
Isikhathi sokuthumela: Nov-22-2024