Ngokukhula kunye nophuhliso oluqhubekayo lweteknoloji yokuvelisa amandla e-photovoltaic,izibane zesitalato photovoltaicziye zaba yinto eqhelekileyo ebomini bethu. Ukonga umbane, ukukhuseleka kokusingqongileyo, kukhuselekile, kwaye kuthembekile, kuzisa uncedo olubalulekileyo kubomi bethu kwaye negalelo elikhulu kukhuseleko lokusingqongileyo. Nangona kunjalo, kwizibane zesitrato ezibonelela ngokukhanya kunye nokufudumala ebusuku, ukusebenza kwazo kokukhanyisa kunye nobude kubalulekile.
Xa abathengi bekhetha izibane zesitrato se-photovoltaic,abavelisi bezibane zesitalatongokuqhelekileyo ukugqiba ixesha elifunekayo lokusebenza ebusuku, elinokususela kwiiyure ezisi-8 ukuya kwezili-10. Emva koko umenzi usebenzisa isilawuli ukuseta ixesha elimiselweyo lokusebenza ngokusekelwe kwi-coefficient yokukhanyisa yeprojekthi.
Ke, izibane zasesitalatweni ze-photovoltaic zihlala ixesha elingakanani? Kutheni zisiba mnyama kwisiqingatha sesibini sobusuku, okanye zide zihambe ngokupheleleyo kwezinye iindawo? Kwaye ixesha lokusebenza kwezibane zesitalato ze-photovoltaic zilawulwa njani? Kukho iindlela ezininzi zokulawula ixesha lokusebenza kwezibane zesitrato se-photovoltaic.
1. Imowudi yeManuwali
Le ndlela ilawula ukukhanyisa / ukucima izibane zesitrato ze-photovoltaic usebenzisa iqhosha. Nokuba kusemini okanye kusebusuku, ingavulwa nanini na ifuneka. Oku kuqhelekileyo kusetyenziselwa ukugunyazisa okanye ukusetyenziswa ekhaya. Abasebenzisi basekhaya bakhetha izibane zesitalato ze-photovoltaic ezinokulawulwa ngokutshintsha, okufana nezibane zesitrato ezisebenza ngamandla. Ngoko ke, abavelisi be-photovoltaic street lights baye baphuhlisa izibane zasesitalatweni ze-photovoltaic ezilungiselelwe ngokukodwa ukusetyenziswa kwizindlu, kunye nabalawuli abanokuguqula izibane ngokuzenzekelayo nanini na.
2. Indlela yokulawula ukukhanya
Le mowudi isebenzisa iiparamitha ezicwangcisiweyo ukuzilayita ngokuzenzekelayo izibane xa kumnyama kakhulu kwaye kucinywe ngonyezi. Izibane ezininzi ezilawulwa ukukhanya ezitalatweni ze-photovoltaic ngoku zikwabandakanya nolawulo lwexesha. Ngelixa ukukhanya kokukhanya kuhlala kuphela kwemeko yokukhanyisa izibane, zinokucima ngokuzenzekelayo ngexesha elimiselweyo.
3. Indlela yokulawula isibali-xesha
I-timer-controlled dimming yindlela eqhelekileyo yokulawula izibane zesitrato se-photovoltaic. Umlawuli ubeka kwangaphambili ixesha lokukhanyisa, ukukhanyisa ngokuzenzekelayo izibane ebusuku aze acime emva kwexesha elichaziweyo. Le ndlela yokulawula ixabisa kakhulu, ukulawula iindleko ngelixa ukwandisa ixesha lokuphila kwezibane zesitrato se-photovoltaic.
4. Imowudi yoDimming eSmart
Le mowudi ilungelelanisa ngobukrelemnqa ukukhanya okusekwe kwintlawulo yebhetri emini kunye namandla esibane alinganiselweyo. Masithi intlawulo yebhetri eseleyo inokuxhasa kuphela ukusebenza kwesibane esipheleleyo kwiiyure ezi-5, kodwa imfuno yokwenyani ifuna iiyure ezili-10. Umlawuli ohlakaniphile uya kulungelelanisa amandla okukhanyisa, ukunciphisa ukusetyenziswa kwamandla ukuhlangabezana nexesha elifunekayo, ngaloo ndlela ukwandisa ixesha lokukhanyisa.
Ngenxa yokwahluka kwamanqanaba okukhanya kwelanga kwimimandla eyahlukeneyo, ixesha lokukhanya liyahluka ngokwendalo. Izibane ze-photovoltaic zaseTianxiang zibonelela ngokukodwa ngeendlela zokukhanya ezilawulwayo kunye nezikrelekrele. (Nangona imvula iiveki ezimbini, izibane zesitrato ze-Tianxiang photovoltaic zinokuqinisekisa malunga neeyure ze-10 zokukhanya ubusuku ngabunye phantsi kweemeko eziqhelekileyo.) Uyilo oluhlakaniphile lwenza kube lula ukukhanyisa nokucima izibane, kwaye ubude bokukhanya bunokulungiswa ngokusekelwe kumanqanaba athile okukhanya kwelanga kwimimandla eyahlukeneyo, ukuququzelela ukugcinwa kwamandla.
Singumvelisi wokukhanya wesitrato oqeqeshiweyo ogxile kuphando, uphuhliso, imveliso, kunye nokuthengisa izisombululo zokukhanya zelanga ezisebenzayo nezithembekileyo. Ixhotyiswe ngeebhetri ze-lithium zexesha elide kunyeabalawuli abakrelekrele, sinika zombini ukukhanya okulawulwayo kunye nokulawulwa kwexesha lokukhanya okuzenzekelayo, ukuxhasa ukubeka iliso okude kunye nobumnyama.
Ixesha lokuposa: Sep-24-2025
