Ukukhanya kwezikhukhula okusebenza ngamandla elanga kuhlanganisa izindawo ezinkulu, kusebenza ngendlela emangalisayo futhi kuyathengeka, ngaleyo ndlela kwenza ukukhanya kwezamcolo okubangelwa amandla eSolar manje kube yisinqumo esithandwa kakhulu sokukhanyisa ngaphandle.
Uma usesha ku-inthanethi uzobona ukukhanya kwezikhukhula zelanga kuyinto ethandwa kakhulu, kodwa ngemva kokuhlola lawo mandla amakiwe uzomangala njengoba leyo datha ivame ukuba nkulu impela, iphaneli eyodwa evamile ye-mono solar 6V18W enebhethri ye-lithium iron phosphate (LiFePO4) ingamakwa ama-200Watts, ngisho nama-300Watts; Ngaphezu kwalokho, ungathola amandla amakhulu njenge-400W, 600W, 800W noma 1,000W, njll. Kungenzeka kanjani lokho?
Njengoba wazi ukuthi ukukhanya kwesikhukhula se-AC powered LED kungaba amandla amakhulu kakhulu, ngisho ukuthi lawo amandla angempela, hhayi ihaba, ngoba akudingeki ukhathazeke ngokunikezwa kwamandla, amandla ayo avela kunethiwekhi yegridi, akunjalo? Kodwa i-DC powered LED light light KUMELE icubungule umthombo wayo wamandla, ngoba amandla ayo aphuma kusistimu ye-solar powered, iyi-off-grid system, wonke amandla ayo avela kumabhethri ayo, amabhethri ayo agcina ugesi okhiqizwa yi-solar panel. Awukwazi ukusetha amandla ayo ngokukhululekile, ngaphandle kokucabangela ukusetshenziswa kwawo kagesi, ngenxa yokunikezwa kwamandla okulinganiselwe kwesistimu yelanga; Ake sithi singasebenzisa i-solar panel enkulu ngokwanele kanye ne-battery pack ukuze sigcine amandla anele, inkinga kuphela, ngale ndlela iphaneli yelanga kanye nebhethri pack izoba nkulu, ingasaphathwa eyokuqala izindleko zizoba PHEZULU KAKHULU. Ngakho-ke ukukhanya okukhulu kwe-solar flood light akunakwenzeka.
Kodwa kungani sabona amalambu emvula amakhulu kangaka ezimakethe? Ingabe lawo mandla angempela? Vele akunjalo. Lezo kuyindlela elinganayo yokubhekana nayo, yokudukisa abathengi. Lawo mafekthri noma abahlinzeki abangathembekile benza ihaba ngemingcele yezibani zabo zelanga ezikhukhula ukuze bahehe amakhasimende engeziwe; Amakhasimende amaningi ayedukiswe ukukhangisa okungamanga agcina edidekile nokuthi yikuphi okwangempela okungelona. Ngesikhathi esifanayo amakhasimende amaningi asuthiswe ngamalambu ezikhukhula elanga aphansi, lawo akhubazekile ngekhwalithi, isikhathi esifushane sokukhanyisa, amabhethri amabi ngaphakathi, awakwazi ukwenza ngisho namaviki ama-2.
Uma uzizwa ukhungathekile ngokukhetha ukukhanya okulungile kwesikhukhula selanga, i-E-Lite ingakusiza!
E-I-Lite Integrated & Split solar flood lightsukuhlangabezana nezidingo eziphakeme kakhulu zokukhanyisa ilanga langaphandle. Ifilosofi yethu nendlela yethu yekhwalithi isibophezela ekusebenziseni kuphela izingxenye zekhwalithi ephezulu, ubuchwepheshe besizukulwane sakamuva ukuze siqinisekise ukusebenza okuphezulu.
Ibhethri ye-Lithium LiFePO4:Ukusetshenziswa kwekhwalithi ephansi noma amabhethri agaywe kabusha kungakhuphula kakhulu izinga lokuhluleka. Ukwengeza, izici ezifana nokushaja ngokweqile, ukushaja ngaphansi, ukushisa ngokweqile, ukuncishiswa kwamandla noma ukungakwazi ukugcina ukushajwa kungaba nomthelela ekonakaleni kwebhethri ngokuhamba kwesikhathi. I-E-Lite isebenzisa amaseli ebhethri e-Lithium LiFePO4 angu-100% amasha kanye neBanga A, okwamanje athathwa njengahamba phambili emakethe. Sipakisha futhi sihlole amanzi kanye nekhwalithi efektri yethu ngemishini yobuchwepheshe endlini. Yingakho futhi singathembisa ukuthi amanzi alinganiselwe, futhi sinikezela ngewaranti yeminyaka emi-5 yayo yonke isistimu.
Ukuhlola Iseli Yebhethri Le-E-Lite
Amaphaneli elanga:Ukuze ufinyelele ukusebenza okuphezulu nokuthembeka, i-E-lite ihlala isebenzisa amaphaneli we-photovoltaic weBanga A le-monocrystalline. Ukuze kuqinisekiswe umthamo wephaneli yelanga, i-E-Lite ihlole zonke izingxenye zephaneli yelanga ngemishini yokuhlola i-flash yochwepheshe. Ukuguqulwa okujwayelekile kwephaneli yelanga emakethe cishe ku-20%, kodwa eyodwa i-E-Lite esetshenzisiwe ingama-23%.
I-E-Lite Solar Panel Wattage Testing
Ukusebenza Kwe-LED Nokuzinza:I-E-Lite isebenzisa idizayini ye-modular enomsebenzi omuhle kakhulu wokusabalalisa okushisayo. I-E-Lite isebenzisana eduze ne-Philips Lumileds, umkhiqizi we-chip we-LED ohamba phambili emhlabeni. Ukuze kwandiswe ukusebenza kwebhethri nephaneli yelanga, i-E-Lite isebenzisa ukukhanya okuphezulu kwe-LED chips 5050 ukuze ifinyelele ukusebenza ku-185-210lm/w, okungaphezulu kakhulu kokusebenza okuvamile okungu-150-160lm/w ekukhanyeni kwelanga emakethe.
I-E-Lite Talos Series Ukukhanya Kwezikhukhula Zelanga
Isilawuli se-Solar Charge:Izilawuli ze-Solar charge, njenge-brian yesistimu sonozungezilanga, zilawula futhi zilawule ukukhanya nokuhlelwa kwesistimu, futhi zisebenza njengento evikelayo yazo zonke izingxenye ezimelene nalokhu:Ukulayisha ngokweqile / Okudlulele / Okungaphezu Kokushisa Okungaphezulu / Ukweqile / Ukulayisha Okungaphezulu / Ukukhipha Okungaphezulu. Ukungasebenzi kahle kungaholela ekuphazanyisweni kweshaja, ukushajwa kakhulu, noma amandla anganele ama-LED, okuholela ekuhlulekeni kokukhanya. Ukuze kugcinwe ukuzinza nokuqina, i-E-Lite inikezela nge-contoller yelanga ehlolwe isikhathi kakhulu, kanye nedume kakhulu emakethe (SRNE). I-E-lite iphinde yathuthukisa isilawuli sokusebenza okulula, i-E-Lite Sol+ IoT Enikwe amandla Isilawuli Sokushaja Solar.
I-E-Liteibigxile kusixazululo sokukhanyisa okuluhlaza futhi okuhlakaniphile iminyaka engaphezu kwengu-16, sizimisele ngokucushwa kwezibani zelanga, siqonde! I-E-Lite ihlale ihlinzeka ngokukhanya okuqinile kwe-LED okunamandla elanga, okulindeleke ukuthi kuthengwe abathengi abaqotho, abangatshela abahle kubo bonke labo abaphansi ezimakethe.
I-E-Lite Semiconductor Co., Ltd
Email: hello@elitesemicon.com
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Isikhathi sokuthumela: Aug-23-2024
