Intloko yokukhanya kwesitalato se-LED, ngokufutshane, sizibane ze-semiconductor. Enyanisweni isebenzisa ii-diode ezikhupha ukukhanya njengomthombo wayo wokukhanya ukukhupha ukukhanya. Ngenxa yokuba isebenzisa umthombo wokukhanya obandayo wesimo esiqinileyo, ineempawu ezintle, ezinje ngokhuseleko lokusingqongileyo, ukungangcolisi, ukusetyenziswa kwamandla okuncinci, kunye nokusebenza kakuhle kokukhanya. Kubomi bethu bemihla ngemihla, izibane zesitalato ze-LED zinokubonakala kuyo yonke indawo, ezidlala indima entle kakhulu ekukhanyiseni ulwakhiwo lwethu lwasezidolophini.
Izakhono zokukhetha amandla eentloko zezibane zesitalato ze-LED
Okokuqala, kufuneka siqonde ubude bexesha lokukhanyisa izibane zesitalato ze-LED. Ukuba ixesha lokukhanyisa lide kakhulu, akufanelekanga ukukhetha izibane zesitalato ze-LED ezinamandla aphezulu. Kuba ixesha lokukhanyisa lide, ubushushu obuninzi buya kunyamalala ngaphakathi kwentloko yesibane sesitalato se-LED, kwaye ubushushu bokukhanya kwentloko yesibane sesitalato se-LED enamandla aphezulu bukhulu kakhulu, kwaye ixesha lokukhanyisa lide kakhulu, ngoko ke ubushushu buphela bukhulu kakhulu, nto leyo eya kuchaphazela ubomi benkonzo yezibane zesitalato ze-LED, ngoko ke ixesha lokukhanyisa kufuneka liqwalaselwe xa kukhethwa amandla ezibane zesitalato ze-LED.
Okwesibini, ukumisela ukuphakama kwesibane sesitalato se-LED. Ukuphakama kweepali zezibane zesitalato ezahlukeneyo kuhambelana namandla ahlukeneyo okukhanya kwesitalato se-LED. Ngokubanzi, ukuphakama kokuphakama, kokukhona amandla amakhulu esibane sesitalato se-LED esisetyenzisiweyo. Ukuphakama okuqhelekileyo kwesibane sesitalato se-LED kuphakathi kweemitha ezi-5 kunye neemitha ezi-8, ngoko ke amandla entloko yesibane sesitalato se-LED esinganyanzelekanga yi-20W ~ 90W.
Okwesithathu, qonda ububanzi bendlela. Ngokubanzi, ububanzi bendlela buya kuchaphazela ukuphakama kwepali yesibane sesitalato, kwaye ukuphakama kwepali yesibane sesitalato kuya kuchaphazela ngokuqinisekileyo amandla entloko yesibane sesitalato se-LED. Kubalulekile ukukhetha nokubala ukukhanya okufunekayo ngokobubanzi bokwenyani besibane sesitalato, ungakhethi ngokungaboniyo intloko yesibane sesitalato se-LED enamandla aphezulu. Umzekelo, ukuba ububanzi bendlela buncinci, amandla entloko yesibane sesitalato se-LED oyikhethayo aphezulu, nto leyo eya kwenza abahambi ngeenyawo bazive bekhazimla, ngoko ke kufuneka ukhethe ngokobubanzi bendlela.
Ukugcinwa kwezibane zesitalato zelanga ze-LED
1. Kwimeko yomoya onamandla, imvula enkulu, isichotho, ikhephu elikhulu, njl.njl., kufuneka kuthathwe amanyathelo okukhusela uluhlu lweeseli zelanga ekonakalisweni.
2. Umphezulu wokukhanya we-solar cell array kufuneka ugcinwe ucocekile. Ukuba kukho uthuli okanye olunye uthuli, kufuneka luhlanjwe ngamanzi acocekileyo kuqala, uze ulusule ngobunono nge-gauze ecocekileyo.
3. Musa ukuhlamba okanye ukusula ngezinto eziqinileyo okanye izinyibilikisi ezirhabaxa. Kwiimeko eziqhelekileyo, akukho mfuneko yokucoca umphezulu weemodyuli zeseli zelanga, kodwa kufuneka kuhlolwe rhoqo kwaye kugcinwe ulondolozo kwiindawo ezinxibelelana neentambo ezibonakalayo.
4. Kwibhetri ehambelana nesibane sesitalato selanga, kufuneka isetyenziswe ngokuhambelana ngqo nendlela yokusetyenziswa nokugcinwa kwebhetri.
5. Jonga rhoqo iingcingo zenkqubo yombane yezibane zesitalato zelanga ukuze uphephe iingcingo ezikhululekileyo.
6. Jonga rhoqo ukumelana komhlaba kwezibane zesitalato zelanga.
Ukuba unomdla kwi-LED street light head, wamkelekile ukuqhagamshelana nathiumenzi weentloko zezibane zesitalatoTIANXIANG ukuyaFunda ngokugqithisileyo.
Ixesha lokuthumela: Epreli-20-2023