Isingeniso: Uma ukhulisa uhlelo lwakho lwelanga lwasekhaya, ingabe ukwengeza amaphaneli amasha elanga kuyinkimbinkimbi futhi kudinga ukuxhunywa kabusha? Ingabe isiteshi sakho samandla elanga sangaphandle sibhekana nokuvalwa kwesistimu ngenxa yokungena kwamanzi ezixhumini ngesikhathi semvula enkulu? Kumaphrojekthi amancane e-photovoltaic, ingabe amaphaneli amaningi axhunywe ngendlela ehlelekile, okuholela ekulahlekelweni kwamandla okukhulu? Ukulungisa la maphuzu obuhlungu okuxhumeka kwe-photovoltaic, iphaneli entsha yelanga engu-10AWG engu-2-to-4 i-Y-splitter isiyatholakala manje. Ngokufakwa okusheshayo okungenamathuluzi, ukuvikelwa okungangeni manzi kwe-IP68, kanye nomklamo wokudlulisa amandla okulahlekelwa okuncane, iba yisisombululo sokuxhuma esisebenzayo sezinhlelo zelanga zasekhaya, isitoreji samandla sangaphandle, kanye neziteshi zamandla ze-photovoltaic ezincane, ukuphatha kalula ukuxhumana okunamaphaneli amaningi okuhambisanayo nokwenza ukukhiqizwa kwamandla elanga kube okuzinzile futhi kube nenzuzo!
Amaphuzu Avelele Ayinhloko
Ivumelana Nazo Zonke Izimo Ze-Photovoltaic:
✅Ukwanda kwe-photovoltaic okuguquguqukayo okuhlukanisiwe okubili kuya ku-4, okungabizi kakhulu:Isebenzisa isakhiwo esijwayelekile esihambisanayo sohlobo lwe-Y, ihambisana ncamashi nezixhumi ze-MC4 photovoltaic ezijwayelekile, ivumela izindlela ezimbili zokuxhumanisa eziyinhloko: “amaphaneli amabili elanga axhunywe kumlawuli oyedwa” noma “umthombo owodwa wamandla ohlukaniswe kumadivayisi okugcina amandla angu-4.” Uma wandisa uhlelo lwelanga lwasekhaya kusuka kumaphaneli amathathu kuya kwangu-5, asikho isidingo sokushintsha isilawuli sokuqala kanye nezintambo eziyinhloko; mane usebenzise i-splitter ukuze uxhume, unciphise izindleko zokuxhuma kabusha ngo-80%. Uma ukhempa ngaphandle, inganika amandla amaphaneli elanga ngesikhathi esisodwa, isitoreji samandla esiphathwayo, kanye nemishini yokukhanyisa, inikeza izimo zokuxhuma eziguquguqukayo neziguquguqukayo.
✅Ububanzi bentambo enkulu engu-10AWG + umongo wethusi ofakwe ethini, ukudluliselwa kwamandla okusebenzayo nokungalahleki kakhulu:Ifakwe izintambo ezijiyile ze-10AWG (ububanzi bentambo bungu-2.588mm), isekela i-DC1000V high voltage kanye ne-30A current transmission, iyahambisana namaphaneli elanga anamandla ephaneli elilodwa afinyelela ku-500W, kanye nomthamo wamandla ophelele afinyelela ku-1500W lapho amaphaneli amaningi exhunywe ngokuhambisana. I-core yentambo isebenzisa ithusi elifakwe ethini elingu-99.9% elihlanzekile kakhulu, ithuthukisa ukuhanjiswa kwamandla ngo-20% uma kuqhathaniswa nama-core ethusi ajwayelekile, futhi ilawula ukulahlekelwa kokudluliselwa kwamandla kungaphakathi kwe-1%—isibonelo, ohlelweni lwe-photovoltaic lwe-10kW, inganciphisa ukulahlekelwa kwamandla cishe ngo-100 kWh ngonyaka, okulingana nokwenyuka kwe-yuan engu-30 emalini engenayo yokukhiqizwa kwamandla.
✅I-IP68 Engangeni Manzi + Ukuqina Kwesimo Sonke, Yakhelwe Ukuhlala Iminyaka Eyi-10 Ngaphandle:Ibhokisi lenziwe ngepulasitiki yobunjiniyela ye-PPO engangenisi ukushisa okuphezulu, eqinisekiswe yizindinganiso ze-UL94V-0 ezivimbela ilangabi, ezizicimayo zingakapheli imizuzwana engama-30 lapho kukhona ilangabi elivulekile; izixhumi zifakwe izindandatho zokuvala ze-silicone ezinezingqimba ezimbili, ezifinyelela izinga lokungangeni manzi le-IP68 kanye nokuvikela uthuli, futhi zingacwiliswa emanzini amamitha ayi-1.5 imizuzu engama-60 ngaphandle kokungena kwamanzi. Izinga lokushisa elibanzi lokusebenza elisukela ku--40°F kuya ku-221°F (-40℃ kuya ku-105℃) lenza lifaneleke emakhazeni ashisayo aseNyakatho-mpumalanga yeShayina, amazinga okushisa aphezulu aseHainan, kanye nemisebe enamandla ye-ultraviolet yezindawo eziphakeme. Ngeke iguge noma iqhekeke ngesikhathi sokusetshenziswa ngaphandle isikhathi eside, ngokuphila kweminyaka eyi-15 noma ngaphezulu, okufana nokwamaphaneli elanga.
✅Ukuxhumeka Okungenayo Ithuluzi, Kulula Kwabaqalayo Ngemizuzu Eyi-10:Kusetshenziswa umklamo ojwayelekile we-MC4 snap-on, ama-terminal anesakhiwo se-spring clip esakhelwe ngaphakathi. Akukho ukukhumula, ukushisela, noma amathuluzi ochwepheshe adingekayo. Mane nje uvumelane ne-interface yephaneli yelanga bese ucindezela kancane uze uzwe umsindo "wokuchofoza" ukuze uthole uxhumano oluphephile. Amandla okufaka nokukhipha angaphezu kuka-50N, okuqinisekisa ukuthi ngeke akhululeke ngisho noma kunomoya wangaphandle nokudlidliza. Ukuhlolwa kubonisa ukuthi ngisho nabaqalayo abangenalo ulwazi lokufaka i-photovoltaic bangaxhuma amaphaneli amabili ku-splitter ngokulandela nje imiyalelo, basindise u-70% wesikhathi sokufaka uma kuqhathaniswa nezindlela zendabuko zokuxhuma.
Isitifiketi Esigunyaziwe, Ikhwalithi Eqinisekisiwe: Lonke uchungechunge lomkhiqizo seludlulile ezitifiketini eziningi ze-photovoltaic zamazwe ngamazwe, kufaka phakathi i-UL, i-TUV, kanye ne-IEC61215. Iqoqo ngalinye lemikhiqizo lidlula ezivivinyweni eziqinile eziyi-12, kufaka phakathi ukuqhekeka kwe-high-voltage, impilo yokufaka/yokukhipha, kanye nokumelana nesimo sezulu. Ama-terminals asebenzisa ubuchwepheshe be-gold plating, agcina ukumelana okuphansi kokuxhumana ngisho nangemva kokufakwa nokukhishwa okungaphezu kuka-500; ukuhlolwa kwekhebula okulwa nokuguga kufinyelela emahoreni ayi-1000, futhi ungqimba lokuvikela alubi luqinile ngaphansi kwemisebe enamandla ye-ultraviolet. Kufanelekela izinhlelo ze-photovoltaic zasekhaya, izitshalo zamandla zangaphandle, kanye namaphrojekthi amancane e-photovoltaic ezentengiselwano nezezimboni.
Isikhathi sokuthunyelwe: Disemba 18-2025