Ukukhanya kwezikhukula kumandla elanga kugquma iindawo ezinkulu, kuyasebenza ngokumangalisayo kwaye kuyafikeleleka, ngaloo ndlela kwenza ukukhanya kwezandyondyo zeSola ngoku lolona khetho ludumileyo lokukhanyisa ngaphandle.
Ukuba uphendla kwi-intanethi uya kubona ukukhanya kwelanga lokukhukula yeyona nto idumileyo, kodwa emva kokujonga loo mandla aphawulweyo uya kumangaliswa njengoko ezo datha zidla ngokuba nkulu, iphaneli enye eqhelekileyo ye-mono solar 6V18W ene-lithium iron phosphate (LiFePO4) ibhetri inokuphawulwa i-200Watts, nokuba yi-300Watts; Ngaphezu koko, ungafumana amandla amakhulu afana ne-400W, 600W, 800W okanye i-1,000W, njl. Kwenzeka njani oko?
Njengoko usazi i-AC enikwe amandla ukukhanya kwesikhukula se-LED inokuba namandla amakhulu kakhulu, ndithetha ukuba lawo angamandla okwenene, angagqithisi, kuba akufanele ukhathazeke malunga nokunikezelwa kwamandla, amandla ayo avela kwinethiwekhi yegridi, akunjalo? Kodwa isibane sesikhukula se-DC esinikwe amandla yi-DC KUFUNEKA sithathele ingqalelo umthombo wayo wamandla, kuba amandla ayo aphuma kwi-solar powered system, yinkqubo ye-off-grid, onke amandla ayo aphuma kwiibhetri zayo, apho iibhetri zayo zigcina umbane oveliswa yi-solar panel. Awukwazi ukumisa amandla ayo ngokukhululekileyo, ngaphandle kokuqwalasela ukusetyenziswa kombane, ngenxa yokunikezelwa kwamandla okuncinci kwenkqubo yelanga; Masithi singasebenzisa ipaneli enkulu ngokwaneleyo yelanga kunye nepakethe yebhetri ukugcina amandla aneleyo, ingxaki kuphela kukuba, ngale ndlela ipaneli yelanga kunye nebhetri ipakethe iya kuba nkulu, singasathethi ke iindleko zokuqala ziya kuba PHEZULU KAKHULU. Ngoko ke isibane esikhulu samandla elanga asikwazi ukwenzeka.
Kodwa kutheni sibona izibane ezinkulu zesolar ezikhukulayo kwiimarike? Ngaba loo mandla okwenene? Akunjalongo noko. Ezo ziindlela ezilinganayo zokuyilungisa, yokulahlekisa abathengi. Loo mizi-mveliso okanye ababoneleli banganyanisekanga bayibaxa imilinganiselo yezibane zabo zelanga ukuze batsale abathengi abaninzi; Uninzi lwabathengi baye balahlekiswa yintengiso yobuxoki baphela bebhidekile nokuba yinyani engeyiyo. Kwangaxeshanye abathengi abaninzi bondliwa ngezibane ezingaphantsi kwamandla elanga, ezo ziqhwalela kumgangatho, ixesha elifutshane lokukhanyisa, iibhetri ezingeyonxalenye yesandla esibi ngaphakathi, azikwazi ukwenza neeveki ezi-2.
Ukuba uziva usonganyelwe ngokukhetha isibane esifanelekileyo sesikhukula selanga, i-E-Lite inokukunceda!
E-ILite eDityanisiweyo kunye nokwahlulahlula izibane zesolar zesikhukulaukuhlangabezana neemfuno eziphezulu zokukhanya kwelanga ngaphandle. Ifilosofi yethu kunye nendlela yethu yomgangatho isibophelela ekusebenziseni kuphela amacandelo akumgangatho ophezulu, ubugcisa besizukulwana samva nje ukuqinisekisa ukusebenza okuphezulu.
Ibhetri yeLithium LiFePO4:Ukusetyenziswa komgangatho ophantsi okanye iibhetri ezisetyenzisiweyo zinokunyusa kakhulu amazinga okusilela. Ukongeza, izinto ezifana nokutshaja kakhulu, ukutshaja ngaphantsi, ukufudumeza, ukucutha amandla okanye ukungakwazi ukugcina intlawulo kunokufaka isandla ekuwohlokeni kwebhetri ekuhambeni kwexesha. I-E-Lite isebenzisa i-100% entsha kunye neeseli zebhetri zeLithium LiFePO4 zeBanga A, okwangoku zithathwa njengezona zibalaseleyo kwimarike. Sipakisha kwaye sivavanya amanzi kunye nomgangatho kumzi-mveliso wethu ngokusebenzisa izixhobo zobuchwephesha endlwini. Kungenxa yoko le nto sinokuthembisa ukuba amanzi alinganisiwe, kwaye sinikezela ngewaranti yeminyaka emi-5 yenkqubo yonke.
Uvavanyo lweSeli yebhetri ye-E-Lite
iiPaneli zeSolar:Ukufikelela ekusebenzeni okuphezulu kunye nokuthembeka, i-E-lite ihlala isebenzisa iipaneli ze-photovoltaic zeBanga A le-monocrystalline. Ukwenzela ukuqinisekisa umthamo wepaneli yelanga, i-E-Lite yavavanya isiqwenga ngasinye sephaneli yelanga ngezixhobo zovavanyo olusesikweni lwe-flash. Ukuguqulwa okusebenzayo kwephaneli yelanga kwimarike kujikeleze i-20%, kodwa enye i-E-Lite esetyenzisiweyo yi-23%.
Uvavanyo lokuWattage lwePaneli yeSolar ye-E-Lite
UkuSebenza kwe-LED kunye noZinzo:I-E-Lite isebenzisa uyilo lwemodyuli enomsebenzi ogqwesileyo wokusasazwa kwe-thermal. I-E-Lite isebenzisana ngokusondeleyo nePhilips Lumileds, imboniselo yetshiphu ye-LED ehamba phambili kwihlabathi. Ukuze kwandiswe ukusebenza kwebhetri kunye nepaneli yelanga, i-E-Lite isebenzisa ukukhanya okuphezulu kwe-LED chips 5050 ukufikelela kwi-185-210lm / w esebenzayo, engaphezulu kwe-150-160lm / w yokukhanya kwelanga kwimarike.
I-E-Lite Talos Series yoLwaphulo loMkhukula weSolar
IsiLawuli sokuTjiswa kweSola:Abalawuli bentlawulo yelanga, njenge-brian yesixokelelwano selanga, balawula kwaye balawule ukukhanya kunye nokucwangciswa kwenkqubo, ikwasebenza njengento yokukhusela kuwo onke amacandelo ngokuchasene: Ukugqithiswa / ukugqithiswa / ukufudumala / ukugqithiswa kwe-Overvoltage / Overload / Overdischarge. Ukungasebenzi kakuhle kunokukhokelela ekuphazamisekeni kwentlawulo, ukutshaja kakhulu, okanye ukungonelanga kwamandla kwii-LED, okukhokelela ekungaphumelelini kokukhanya. Ukugcina uzinzo kunye nokuqina, i-E-Lite inikezela ngeyona nto ihlolwe ixesha le-solar contoller, kunye neyona idumileyo kwimarike (SRNE). I-E-lite iphinde yaphuhlisa isilawuli sokusebenza esilula, i-E-Lite Sol+ IoT enikwe amandla iSolar Charrge Controller.
I-E-Liteigxininise kwisisombululo sokukhanyisa esiluhlaza kunye nesilumkileyo ngaphezu kweminyaka eyi-16, sizimisele malunga nokucwangciswa kwezibane zelanga, sithetha oko! I-E-Lite isoloko ibonelela ngomgangatho oqinileyo wokukhanya kwe-LED okunamandla elanga, okulindeleke ukuba kuthengwe ngabathengi abanzulu, abanokuxelela okulungileyo kubo bonke abo bangaphantsi kwiimarike.
I-E-Lite Semiconductor Co., Ltd
Email: hello@elitesemicon.com
IWebhu: www.elitesemicon.com
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Ixesha lokuposa: Aug-23-2024
