Intshayelelo: Xa usandisa inkqubo yakho yelanga ekhaya, ngaba ukongeza iiphaneli ezintsha zelanga kunzima kwaye kufuna ukufakelwa kwakhona iingcingo? Ngaba isikhululo sakho samandla selanga sangaphandle siva ukuvalwa kwenkqubo ngenxa yokungena kwamanzi kwizihlanganisi ngexesha lemvula enkulu? Kwiiprojekthi ze-photovoltaic ezincinci, ngaba iiphaneli ezininzi ziqhagamshelwe kulungiselelo oludibeneyo olungcolileyo, nto leyo ekhokelela ekulahlekelweni kwamandla okukhulu? Ukujongana nale micimbi yentlungu yoqhagamshelo lwe-photovoltaic, iphaneli entsha yelanga ye-10AWG 2-to-4 Y-splitter ngoku iyafumaneka. Ngofakelo olukhawulezayo olungenazixhobo, ukhuseleko olungangeni manzi lwe-IP68, kunye noyilo lokuhambisa amandla oluphantsi, iba sisisombululo esisebenzayo soqhagamshelo kwiinkqubo zelanga zasekhaya, ugcino lwamandla lwangaphandle, kunye nezikhululo zamandla ze-photovoltaic ezincinci, iphatha ngokulula uqhagamshelo oluhambelanayo lweepaneli ezininzi kwaye yenza ukuveliswa kwamandla elanga kube nokuzinza ngakumbi kwaye kube nenzuzo!
Iimbalasane eziphambili
Ilungelelaniswe Nazo Zonke Iimeko Ze-Photovoltaic:
✅Ulwahlulo oluguquguqukayo lwe-2 ukuya kwi-4, ulwandiso lwe-photovoltaic olungabizi kakhulu:Isebenzisa isakhiwo esiqhelekileyo esihambelanayo sohlobo lwe-Y, ihambelana ngokuchanekileyo nezihlanganisi ze-MC4 photovoltaic eziphambili, ivumela iindlela ezimbini zoqhagamshelwano oluphambili: “iiphaneli zelanga ezimbini eziqhagamshelwe kwisilawuli esinye” okanye “umthombo wamandla omnye owahlulwe ube zizixhobo zokugcina amandla ezi-4.” Xa kwandiswa inkqubo yelanga yasekhaya ukusuka kwiiphaneli ezi-3 ukuya kwezi-5, akukho mfuneko yokutshintsha isilawuli sokuqala kunye neentambo eziphambili; sebenzisa nje i-splitter ukuqhagamshela, ukunciphisa iindleko zokuphinda ufake izintambo nge-80%. Xa ukhempisha ngaphandle, ingakwazi ukunika amandla iiphaneli zelanga ngaxeshanye, ukugcina amandla okuphathekayo, kunye nezixhobo zokukhanyisa, inikezela ngeemeko zonxibelelwano eziguquguqukayo neziguquguqukayo.
✅Ububanzi obukhulu bentambo ye-10AWG + umbindi wobhedu olufakwe ebhotileni, udluliselo lwamandla olusebenzayo nolunelahleko encinci:Ixhotyiswe ngeentambo ezijiyileyo ze-10AWG (ububanzi bentambo buyi-2.588mm), ixhasa umbane ophezulu we-DC1000V kunye nokudluliselwa kwamandla ombane okulinganiselweyo kwe-30A, ihambelana neephaneli zelanga ezinamandla epaneli enye ukuya kuthi ga kwi-500W, kunye nomthamo wamandla opheleleyo ukuya kuthi ga kwi-1500W xa iiphaneli ezininzi ziqhagamshelwe ngaxeshanye. I-core yentambo isebenzisa ubhedu olufakwe kwi-99.9% olucocekileyo kakhulu, iphucula ukuhanjiswa kwamandla nge-20% xa kuthelekiswa nee-cores zekopolo eziqhelekileyo, kwaye ilawula ukulahleka kokudluliselwa kwamandla ukuya kuthi ga kwi-1%—umzekelo, kwinkqubo ye-photovoltaic ye-10kW, inokunciphisa ukulahleka kwamandla phantse nge-100 kWh ngonyaka, okulingana nokunyuka kwengeniso yokuvelisa umbane ye-30 yuan.
✅I-IP68 engangeni manzi + Ihlala ixesha elide kuyo yonke indawo, Yakhelwe ukuhlala iminyaka eli-10 ngaphandle:Ibhokisi yenziwe ngeplastiki yobunjineli ye-PPO engatshisi kakhulu, eqinisekisiweyo ngokwemigangatho ye-UL94V-0 ethintela ilangatye, izicima ngokwayo kwimizuzwana engama-30 xa kukho amalangatye avulekileyo; izihlanganisi zixhotyiswe ngeeringi zokutywina ze-silicone ezinamalaya amabini, zifikelela kwinqanaba le-IP68 lokungangeni manzi kunye nothuli, kwaye zingafakwa emanzini angama-1.5 eemitha imizuzu engama-60 ngaphandle kokungena kwamanzi. Uluhlu olubanzi lobushushu bokusebenza ukusuka kwi--40°F ukuya kwi-221°F (-40℃ ukuya kwi-105℃) lwenza ukuba ifaneleke kwingqele eqatha yaseMantla-mpuma yeTshayina, amaqondo obushushu aphezulu aseHainan, kunye nemitha enamandla ye-ultraviolet kwiindawo eziphakamileyo. Ayizukuguga okanye iqhekeke ngexesha lokusetyenziswa ngaphandle ixesha elide, enobomi beminyaka eli-15 nangaphezulu, ifana neyeephaneli zelanga.
✅Uqhagamshelo lwe-Snap-On olungenazixhobo, olulula kubaqalayo kwimizuzu eli-10:Ukusebenzisa uyilo oluqhelekileyo lwe-MC4 snap-on, iiterminals zinesakhiwo se-spring clip esichanekileyo esakhelwe ngaphakathi. Akukho mfuneko yokukrazula, ukuwelda, okanye izixhobo zobungcali. Lungelelanisa nje ne-interface yephaneli yelanga kwaye ucinezele kancinci ude uve isandi esithi "cofa" ukuze uqhagamshele ngokukhuselekileyo. Amandla okufaka kunye nokukhupha angaphezulu kwe-50N, ukuqinisekisa ukuba ayizukukhululeka nokuba kukho umoya wangaphandle kunye nokungcangcazela. Uvavanyo lubonisa ukuba nabaqalayo abangenamava okufakela i-photovoltaic banokuqhagamshela iiphaneli ezimbini kwi-splitter ngokulandela nje imiyalelo, bonge i-70% yexesha lokufaka xa kuthelekiswa neendlela zendabuko zokufakelwa kwentambo.
Isiqinisekiso Esigunyazisiweyo, Umgangatho Oqinisekisiweyo: Lonke uthotho lwemveliso luphumelele iziqinisekiso ezininzi ze-photovoltaic zamazwe ngamazwe, kubandakanya i-UL, i-TUV, kunye ne-IEC61215. Ibhetshi nganye yemveliso idlula kwiimvavanyo ezili-12 eziqatha, kubandakanya ukuqhekeka kwe-high-voltage, ubomi bokufakwa/bokutsalwa, kunye nokumelana nemozulu. Iiterminals zisebenzisa itekhnoloji ye-gold plating, zigcina ukumelana okuncinci kokunxibelelana nasemva kokufakwa kunye nokutsalwa okungaphezulu ukuya kuma-500; uvavanyo lwentambo yokulwa nokuguga lufikelela kwiiyure ezili-1000, kwaye umaleko wobushushu awubi buthathaka phantsi kwemitha enamandla ye-ultraviolet. Ifanelekile kwiinkqubo ze-photovoltaic zasekhaya, kwizityalo zamandla zangaphandle, nakwiiprojekthi ze-photovoltaic ezincinci zorhwebo nezemizi-mveliso.
Ixesha leposi: Disemba-18-2025