Kuye kwenziwa intuthuko ebalulekile emishinini yokuvuselela kabusha yamaphaneli elanga alahliwe, okusekela intuthuko esimeme yemboni ye-photovoltaic
Njengoba isidingo somhlaba wonke samandla ahlanzekile sikhula, I-Solar EImboni ye-nergy ithuthuka ngokushesha. Kodwa-ke, amaphaneli elanga ngokuvamile aphila iminyaka engama-25 kuya kwengama-30, futhi inani elikhulu lamaphaneli elanga afakwe ekuqaleni lingena kancane kancane esikhathini sezingcezu. Ngokusho kokubikezela kwe-International Energy Agency, isisindo samamojula e-photovoltaic adinga ukuphinda asetshenziswe futhi acutshungulwe emhlabeni wonke sizofinyelela cishe amathani ayizigidi eziyi-8 ngo-2030, futhi leli nani kulindeleke ukuthi lifinyelele amathani ayizigidi eziyi-80 ngo-2050. Uma amaphaneli elanga angcolile engaphathwa kahle, izinto eziyingozi njengezinsimbi ezisindayo zingangcolisa inhlabathi nemithombo yamanzi; Ngakolunye uhlangothi, amaphaneli elanga aqukethe izinsiza ezibalulekile njenge-silicon, isiliva, ithusi, njll. Ukuphinda uwasebenzise futhi kunganciphisa ukusetshenziswa kwezinsiza ezintsha. Ngakho-ke, ukuphinda usebenzise nokulahla amaphaneli elanga angcolile kuyadingeka ngokushesha.
Muva nje, iShayina yenze intuthuko ebalulekile emkhakheni wemishini yokuvuselela amaphaneli elanga angcolile. Umugqa wokuqala wokubonisa ukuvuselela amamojula e-photovoltaic ahlakaniphile angamathani ayi-10000 akhiwe ngokuzimela yiShayina Energy saving Solar Energy Co., Ltd. uqalile ukusebenza ngokusemthethweni eJianli City, eJingzhou City, eSifundazweni saseHubei, eShayina. Lo mugqa wokubonisa usebenzisa ngobuhlakani umklamo wesitsha esiphathwayo, ongathunyelwa kalula ezindaweni ezahlukahlukene zephrojekthi ukuze kufezwe ukuvuselelwa kwengilazi, ozimele be-aluminium, amabhokisi okuhlangana nezinye izingxenye kumamojula e-photovoltaic angcolile, kunciphisa kakhulu izindleko zokuhamba. Ngesikhathi esifanayo, umugqa wokubonisa usebenzisa ngokuphelele ubuchwepheshe obuningi obuhlakaniphile ukuhlonza nokuthola ngokunembile izingxenye ezahlukene zamamojula e-photovoltaic angcolile, ukulungisa ngokuzenzakalelayo nokulungisa amapharamitha enqubo, ngokusebenza kahle kokudiliza okufika ku-60 izingcezu/ihora. Ubumsulwa bemikhiqizo etholiwe njengezinhlaka ze-aluminium nengilazi budlula u-99%. Yonke inqubo kusukela ekulayisheni izingxenye kuya ekusetshenzisweni kabusha izingxenye i-CNC futhi iyazisebenzela, futhi inqubo yobuchwepheshe isezingeni eliphambili embonini. Ngaphezu kwalokho, ngekotoni eyakhelwe ngaphakathi yokuvikela umsindo kanye nedivayisi yokususa uthuli, akukho uketshezi olungcolile noma ukukhishwa kwegesi yokukhipha umoya okutholakala ngesikhathi sokusebenza, okufeza ngempela ukuvuselelwa kabusha okunobungani nemvelo.
Impumelelo yocwaningo nentuthuko yemishini yokuvuselela amaphaneli elanga emfucuza inikeza ukwesekwa okuqinile kwentuthuko eqhubekayo yemboni ye-photovoltaic. Ayisizi nje kuphela ekuxazululeni izinkinga zemvelo ezibangelwa amaphaneli elanga emfucuza, kodwa futhi ifinyelela ekuvuseleleni izinsiza, inciphisa ukuncika kwemboni ye-photovoltaic ezinsizeni ezintsha, futhi ikhuthaza intuthuko yemboni ye-photovoltaic iye esiqondisweni esiluhlaza nesinobungani nemvelo. Esikhathini esizayo, ngokuthuthuka okuqhubekayo nokuthuthukiswa kobuchwepheshe, imishini yokuvuselela amaphaneli elanga emfucuza kulindeleke ukuthi isetshenziswe kabanzi emhlabeni wonke, inegalelo ekwakhiweni kohlelo lwamandla oluqhubekayo.
