Ngokukhulisa ukugxininisa ngokusemthethweni koKhuseleko lweNdalo, iinkqubo zefotovoltaic ziye zasetyenziswa ngokubanzi kwiinkalo ezahlukeneyo. Kwimakethi yombane, iinkqubo zefotovoltaic azinakukwazi ukubonelela ngamandla kwizixeko, kodwa zikwabonelela ngeenkonzo zokunxibelelana kunye nonxibelelwano kwiindawo ezikude. Kwangelo xesha, iindleko zokufakelwa kunye neendleko zokusebenza kweenkqubo zeefotovoltaic zisezantsi, ezitsaleleka ngakumbi nangakumbi kumashishini kunye neearhente zikarhulumente.
I-Inir Inverter sisixhobo esiguqula okwangoku esiveliswe yifotovoltaic panes kwi-ternating okwangoku. Ibeka i-voltage kunye nemveliso yangoku yiphaneli yefotovoltaic ngowona mkhondo we-Algorithm ephezulu, iyaqonda ukunyuka kwe-DC, kwaye uyiguqule ibe kukunikezelwa kwamandla e-DC. Okulandelayo, i-Inverter isebenzisa itekhnoloji yemozulu yemozulu yemozulu yemozulu yokuguqula okwangoku ukutshintsha okwangoku, kwaye icoceke ngesihluzi semveliso ukuqinisekisa umgangatho kunye nokuzinza kwemveliso yangoku. Ekugqibeleni, i-inverter inxibelelanisa amandla e-AC yemveliso kwinethiwekhi yamandla ukuze ahlangane neemfuno zombane okanye zezamashishini. Ngale ndlela, i-Inverter ye-solar idlala indima ephambili ekuguquleni amandla elanga ngokwamandla ombane asebenzayo.
Okwangoku, i-1000 ~ 2200W yelanga isetyenziswa ngokufuthi kwigalelo le-Photovoltaic System Systent Stovement ye-580V. Nangona kunjalo, amandla okuphumelela kwemveliso ye-500v engasakwazi ukuhlangabezana nemfuno ye-enala yelanga. Phakathi kwazo, i-Alumnom ye-Aluminium Capacitor idlala indima ebalulekileyo. Ayinakuphela kuphela ukucoca kunye nemisebenzi yokugcina, kodwa ikwaqinisekisa ukuthembeka kunye nokusebenza kakuhle kwale nkqubo iphela. Ukuba i-voltage yemveliso ingonelanga, iya kubangela ukuba uCacetotor avuke, aqhekezwe, aze ekugqibeleni abe nomonakalo. Ke ngoko, izinto ezahlukeneyo kufuneka ziqwalaselwe ngononophelo xa ukhetha iCawatithi ye-elektroniki, kwaye eyona mveliso ifanelekileyo kufuneka ikhethwe ukuqinisekisa ukusebenza kwesiqhelo kwenkqubo kwaye ifumane eyona ntsebenzo ilungileyo.
Ukulungiselela ukusombulula ingxaki ye-voltage ephezulu ye-inirter, ymin yasungula i-Vightage ePhakamileyo yeVollage I-LKKz ye-Aluminium ye-Alumrhung ye-Aluminum. Olu cengeni lweemveliso lunezinto ezichanekileyo zentsebenzo kwaye zinokusebenza ngaphezulu koluhlu olubanzi lwamavolongo angenayo, kubandakanya ne-Peak Voltrages ukuya kwi-580V. Intsebenzo ebalaseleyo ye-LKZ Cestation inokuphucula uzinzo kunye nokusebenza kakuhle kwe-inir yelanga kwaye inike abathengi ngesona sisombululo silungileyo.
I-01. Ukunyanga okuphezulu kunye nokungaxhathisi bempembelelo i-Alumnum ye-Alumnom ye-Alumnom ye-Aluminum inevoli yokuya kuthi ga kwi-600v, enokukwazi ukujamelana ngokulula nevolthi ye-peak kunye nemveliso enkulu yangoku.
I-02. I-Ultra icwangcise kwaye ilunge ngakumbi leempawu zeqondo lokushisa: xa kuthelekiswa namandla eJapan, i-GAPICLERLES inyuka malunga ne-15% ye-WINS, kwaye iqinisekisa ukuba amaqhekeza asezantsi asezantsi, aqinisekise ukuba amachaphaza ayingaphumeleli kwangethuba lokusebenza kwexesha elide.
I-03. Ukuxinana okuphezulu komgangatho: I-YMS Alumnom ye-Whominom inama-20% amandla angaphezu kwamandla amaJapan aneziphumo ezifanayo kunye nesayizi, enesiphumo esiphezulu sokucoca; Kwangelo xesha, phantsi kweemfuno zamandla afanayo, ukusetyenziswa kweCapecinoc ye-Ingmic yeCanolytic enesakhono esikhulu esinokunciphisa iindleko zabathengi malunga nokuxhobisa.
I-04. Ukuthembeka okuphezulu: Ukunyaniseka kweCanolytic ye-lengming kubonelela ngesiqinisekiso esibanzi se-uqinisekiso kunye nokuthembeka kwezinto eziphambili ze-elektroniki ezinjengePholevlic Systen, kwaye yenza ukuba inkqubo yonke yefoto ibalaseleyo.
I-Youmin ye-Youminum i-Aluminum ye-Aluminum ye-Aluminum, njengeyona nto ibalulekileyo ekusebenzeni intsholongwane ye-solar, kunye nokubonelela ngesiqinisekiso esiqinisekileyo sokusebenza kwenkqubo ye-Pophvoltiic, kwaye intsebenzo yayo ithelekiswa ne-capacitors yaseJapan.
IXESHA LOKUQALA: UJUL-19-2023