Izibane zesitalato zeSolar zisebenza ngamandla elanga, ngoko akukho ntambo, kwaye ukuvuza kunye nezinye iingozi aziyi kwenzeka. Umlawuli we-DC unokuqinisekisa ukuba ipakethe yebhetri ayiyi konakaliswa ngenxa yokugqithiswa okanye ukukhutshwa, kwaye inemisebenzi yokulawula ukukhanya, ukulawula ixesha, imbuyekezo yeqondo lokushisa, ukukhuselwa kombane, ukukhuselwa kwe-polarity reverse, njl. Akukho ntambo yokubeka, akukho mbane we-AC kwaye akukho ntlawulo yombane. Unjani malunga nefuthe lobungqina bomoya weizibane zesitalato zelanga? Oku kulandelayo sisingeniso ekukhuselweni komoya kwezibane zesitalato zelanga.
1. Isiseko esiluqilima
Okokuqala, xa i-concrete ye-C20 ikhethwa ukuthululwa, ukukhethwa kweebhotshi ze-anchor kuxhomekeke ekuphakameni kwesibane sesibane. I-6m ipali yokukhanya iya kukhethwa Φ Kwiibholiti ezingaphezu kwe-20, ubude bungaphezulu kwe-1100mm, kwaye ubunzulu besiseko bungaphezulu kwe-1200mm; I-10m ipali yokukhanya iya kukhethwa Φ Kwiibholiti ezingaphezu kwe-22, ubude bungaphezulu kwe-1200mm, kwaye ubunzulu besiseko bungaphezulu kwe-1300mm; Ipali ye-12m iya kuba nkulu kune-Φ 22 iiBolt, nobude obungaphezulu kwe-1300mm kunye nobunzulu besiseko ngaphezu kwe-1400mm; Inxalenye esezantsi yesiseko inkulu kunenxalenye ephezulu, ehambelana nokuzinza kwesiseko kunye nokwandisa ukuxhathisa umoya.
2. Izibane ze-LED zikhethwa
Njengenxalenye ephambili yezibane zesitalato zelanga,Izibane ze-LEDkufuneka kukhethwe. Izinto eziphathekayo kufuneka zibe yi-aluminium alloy kunye nobunzima obufunekayo, kwaye umzimba wesibane awuvumelekanga ukuba ube neentanda okanye imingxuma. Kufuneka kubekho iindawo zoqhagamshelwano ezifanelekileyo kumalungu ecandelo ngalinye. Iringi yogcino kufuneka iqwalaselwe ngononophelo. Ngenxa yoyilo lwendandatho yokugcina, izibane ezininzi azinangqiqo, ezibangela umonakalo omkhulu emva komoya ngamnye onamandla. I-buckle yasentwasahlobo iyacetyiswa kwizibane ezikhokelwayo. Kungcono ukufaka ezimbini. Vula isibane kwaye uvule inxalenye ephezulu. I-ballast kunye nezinye iindawo ezibalulekileyo zigxininiswe kumzimba wesibane ukukhusela iindawo zokuwa kunye nokubangela iingozi.
3. Ukutyeba kunye ne-electroplating yeipali yesibane sesitalato
Ukuphakama kwesibonda sokukhanya kufuneka kukhethwe ngokobubanzi kunye nenjongo yendlela yelanga. Ubukhulu bodonga buya kuba yi-2.75 mm okanye ngaphezulu. Idiphu eshushu ifakwe igalvanized ngaphakathi nangaphandle, ubukhulu begalvanized layer yi-35 μ Ngaphezulu kwe-m, ubukhulu beflange yi-18mm. Ngaphezulu, i-flanges kunye neentonga ziyakudityaniswa kwiimbambo ukuqinisekisa amandla ezantsi kweentonga. Ngokuqhelekileyo iqala ukukhanya ebusuku okanye ebumnyameni kwaye iphume emva kokusa. Umsebenzi osisiseko wezibane zesitalato zelanga kukukhanyisa. Imisebenzi eyongezelelweyo ingaba yimisebenzi yobugcisa, iimpawu zomhlaba, iimpawu zendlela, iifowuni zefowuni, iibhodi zemiyalezo, iibhokisi zeposi, iindawo zokuqokelela, iibhokisi zokukhanya zentengiso, njl.
Inkcazo yomgaqo wokusebenza wesibane sesitalato selanga: isibane sesitalato selanga phantsi kolawulo lomlawuli ohlakaniphile emini, iphaneli yelanga ifumana ukukhanya kwelanga, ithatha ukukhanya kwelanga kwaye iguqule ibe amandla ombane. Imodyuli yeseli yelanga ihlawulisa ipakethi yebhetri emini, kwaye ipakethi yebhetri inika amandla ebusuku. Amandla umthombo wokukhanya we-LED ukuqonda umsebenzi wokukhanyisa. Umlawuli we-DC uqinisekisa ukuba ipakethe yebhetri ayiyi konakaliswa ngenxa yokutshaja okanye ukukhupha ngaphezulu, kwaye inemisebenzi yokulawula ukukhanya, ukulawula ixesha, imbuyekezo yeqondo lokushisa, ukukhuselwa kombane kunye nokukhusela i-polarity reverse. Musa ukungayihoyi ipali yesibane sesitalato, ngenxa yokuba i-electroplating yesibane sesitalato ayifanelekanga, nto leyo ekhokelela kwi-corrosion embi emazantsi epali, kwaye ngamanye amaxesha ipali iya kuwa ngenxa yomoya.
Impembelelo engentla yomoya wezibane zesitalato zelanga ziya kwabelwana apha, kwaye ndiyathemba ukuba eli nqaku liya kuba luncedo kuwe. Ukuba kukho into ongayiqondiyo, ungahambausumyalezo kwaye siya kukuphendulela wona ngokukhawuleza.
Ixesha lokuposa: Oct-13-2022
