I-2022 yamkelwa ngokubanzi njengonyaka weshishini lokugcina amandla, kwaye indawo yokugcina amandla eendawo zokuhlala yaziwa ngokuba ngumkhondo wegolide ngumzi mveliso. Amandla okuqhuba angundoqo emva kokukhula ngokukhawuleza kwendawo yokugcina amandla avela kumandla okuphucula ukusebenza kakuhle kokusetyenziswa kombane ozenzekelayo kunye nokunciphisa iindleko zoqoqosho. Ngaphantsi kweengxaki zamandla kunye nokuxhaswa komgaqo-nkqubo, uqoqosho oluphezulu lwe-PV yokugcina indawo yokuhlala lwaqatshelwa yimarike, kwaye imfuno yokugcina i-PV yaqala ukuqhuma. Ngexesha elifanayo, xa kwenzeka umbane wombane kwigridi yamandla, iibhetri ze-photovoltaic nazo zinokubonelela ngombane ongxamisekileyo ukuze kugcinwe imfuno esisiseko yombane wekhaya.
Ukujongana neemveliso ezininzi zokugcina amandla kwindawo yentengiso, indlela yokukhetha ibe ngumba odidayo. Ukukhetha ngokungakhathali kunokukhokelela kwizicombululo ezingonelanga kwiimfuno zokwenene, iindleko ezongezelelekileyo, kwaneengozi ezinokubakho zokhuseleko ezibeka engozini ukhuseleko loluntu. Indlela yokukhetha inkqubo efanelekileyo yokugcina optical ekhaya?
I-Q1: Yintoni inkqubo yokugcina amandla e-PV yokuhlala?
Indawo yokuhlala ye-PV yokugcina amandla isebenzisa isixhobo sokuvelisa amandla elanga phezu kophahla ukubonelela ngombane oveliswe ngexesha lasemini kwizixhobo zombane zokuhlala, kwaye igcina umbane ogqithileyo kwisixokelelwano sogcino lwamandla e-PV ukuze sisetyenziswe ngexesha leeyure zombane.
Amacandelo angundoqo
Ingundoqo yenkqubo yokugcina amandla e-PV yokuhlala iquka i-photovoltaic, ibhetri kunye ne-hybrid inverter. Ukudityaniswa kwendawo yokuhlala yokugcina amandla e-PV kunye ne-photovoltaic yokuhlala yenza inkqubo yokugcina amandla e-PV yokuhlala, ebandakanya ikakhulu iinxalenye ezininzi ezinjengeebhetri, i-hybrid inverter kunye nenkqubo yecandelo, njl.
I-Q2: Ngawaphi amacandelo eenkqubo zokuhlala zePV zokugcina amandla?
Izisombululo zenkqubo yogcino lwamandla e-RENAC Power eyodwa/yesigaba sesithathu zigubungela ukukhethwa koluhlu lwamandla ukusuka kwi-3-10kW, ukubonelela abathengi ngeendlela ezininzi zokukhetha kunye nokuhlangabezana ngokupheleleyo neemfuno ezahlukeneyo zombane.
Ii-inverters zokugcina amandla e-PV zigubungela enye / isigaba sesithathu, iimveliso zombane ophezulu / ophantsi: i-N1 HV, i-N3 HV, kunye ne-N1 HL series.
Inkqubo yebhetri inokwahlulwa ibe yi-high-voltage kunye ne-low-voltage ibhetri ngokwevoltage: Turbo H1, Turbo H3, kunye ne-Turbo L1 series.
Ukongeza, Amandla e-RENAC anenkqubo edibanisa ii-inverters ze-hybrid, iibhetri ze-lithium, kunye nabalawuli: i-All-IN-ONE uchungechunge lokugcinwa kwamandla oomatshini adibeneyo.
I-Q3: Indlela yokukhetha imveliso yendawo yokuhlala efanelekileyo kum?
Inyathelo 1: Inqanaba elinye okanye inqanaba lesithathu? Umbane ophezulu okanye amandla ombane aphantsi?
Okokuqala, kuyimfuneko ukuqonda ukuba imitha yombane yendawo yokuhlala ihambelana nombane wesigaba esisodwa okanye ezintathu. Ukuba imitha ibonisa iSigaba se-1, imele umbane wesigaba esisodwa, kunye ne-inverter ye-hybrid-phase hybrid inverter inokukhethwa; Ukuba imitha ibonisa iSigaba se-3, imele umbane wesigaba sesithathu, kunye nesigaba sesithathu okanye i-single-phase hybrid inverters ingakhethwa.
Xa kuthelekiswa neendawo zokuhlala ezine-voltage low-voltage system zokugcina amandla, inkqubo yokugcina amandla ombane aphezulu ye-REANC ineenzuzo ezininzi!
Ngokwendlela yokusebenza:usebenzisa iibhetri zomthamo ofanayo, ibhetri yangoku yenkqubo yokugcina i-high-voltage optical incinci, ibangela ukuphazamiseka okuncinci kwinkqubo, kunye nokusebenza kakuhle kwenkqubo yokugcina i-high-voltage optical iphezulu;
Ngokumalunga noyilo lwenkqubo, i-topology yesiphaluka ye-high-voltage hybrid inverter ilula, incinci ngobukhulu, ilula ngobunzima, kwaye inokwethenjelwa ngakumbi.
Inyathelo lesi-2: Ingaba umthamo mkhulu okanye uncinci?
Ubungakanani bamandla abaguquleli be-hybrid ngokuqhelekileyo buchongwa ngamandla eemodyuli ze-PV, ngelixa ukhetho lweebhetri lukhetha kakhulu.
Kwimowudi yokuzisebenzisa, phantsi kweemeko eziqhelekileyo, amandla ebhetri kunye namandla e-inverter alinganiswa kumlinganiselo we-2: 1, enokuqinisekisa ukusebenza komthwalo kunye nokugcina amandla angaphezulu kwibhetri yokusetyenziswa ngokukhawuleza.
I-RENAC Turbo H1 ibhetri yepakethi enye inomthamo we-3.74kWh kwaye ifakwe ngendlela epakishwe. Umthamo wepakethi enye kunye nobunzima buncinci, kulula ukuyihambisa, ukuyifaka, kunye nokugcina. Ixhasa iimodyuli zebhetri ezi-5 kuthotho, ezinokwandisa amandla ebhetri ukuya kwi-18.7kWh.
I-Turbo H3 iibhetri ze-lithium eziphezulu ze-voltage zinomthamo webhetri enye ye-7.1kWh/9.5kWh. Ukwamkela udonga oluxhonyiweyo okanye umgangatho wokufakelwa kwendlela yokufakela, kunye ne-flexible scalability, exhasayo ukuya kwiiyunithi ezi-6 ngokuhambelanayo, kunye nomthamo onokunyuswa ukuya kwi-56.4kWh. Iplagi kunye noyilo lokudlala, kunye nokwabiwa okuzenzekelayo kwee-ID ezihambelanayo, kulula ukusebenza kunye nokwandisa kwaye kunokonga ixesha lofakelo kunye neendleko zabasebenzi.
I-Turbo H3 iibhetri ze-lithium eziphezulu ze-voltage zisebenzisa iiseli ze-CATL LiFePO4, ezineenzuzo eziphawulekayo kwi-consistency, ukhuseleko, kunye nokusebenza okuphantsi kobushushu, okwenza kube yinto ekhethwayo kubathengi kwiindawo zokushisa eziphantsi.
Step 3: Intle okanye iyasebenza?
Xa kuthelekiswa nohlobo olwahlukileyo lwenkqubo yokugcina amandla e-PV, umatshini we-ALL-IN-ONE uyathandeka ngakumbi ebomini. I-All in one series yamkela uyilo lwangoku kunye ne-minimalist style, ukuyidibanisa kwimeko yekhaya kwaye iphinda ichaze i-aesthetics yekhaya ecocekileyo yamandla kwixesha elitsha! Uyilo oludityanisiweyo oludityanisiweyo lwecompact lwenza lula ngakumbi ufakelo kunye nokusebenza, kunye neplagi kunye noyilo lokudlala oludibanisa ubuhle kunye nokusebenza.
Ukongeza, inkqubo yokugcina indawo yokuhlala ye-RENAC ixhasa iindlela ezininzi zokusebenza, kubandakanya imowudi yokuzisebenzisa, imowudi yexesha, imowudi yokugcina, imowudi ye-EPS, njl.njl., ukufezekisa ukucwangciswa kwamandla obulumko kumakhaya, ukulinganisa ubungakanani bokusetyenziswa kwabasebenzisi kunye nombane ogcinayo. , kunye nokunciphisa amatyala ombane. Imowudi yokuzisebenzisa kunye ne-EPS mode zezona zisetyenziswa kakhulu eYurophu. Ingakwazi kwakhona ukuxhasa iimeko zesicelo seVPP / FFR, ukwandisa ixabiso lamandla elanga lasekhaya kunye neebhetri, kunye nokufezekisa ukudibanisa kwamandla. Ngexesha elifanayo, isekela ukuphuculwa okude kunye nokulawula, ngokuchofoza okukodwa kwimodi yokusebenza, kwaye inokulawula ukuhamba kwamandla nangaliphi na ixesha.
Xa ukhetha, abasebenzisi bayacetyiswa ukuba bakhethe umenzi oqeqeshiweyo onezisombululo zenkqubo yokugcina amandla e-PV ebanzi kunye nomthamo wokuvelisa iimveliso zokugcina amandla. Ii-inverters ze-Hybrid kunye neebhetri phantsi kwe-brand efanayo zingenza ngcono ngokufanelekileyo kwaye zisombulule ingxaki yokuhambelana kwenkqubo kunye nokuhambelana. Basenokuphendula ngokukhawuleza emva kokuthengisa kwaye basombulule ngokukhawuleza iingxaki ezisebenzayo. Xa kuthelekiswa nokuthenga ii-inverters kunye neebhetri ezivela kubavelisi abahlukeneyo, umphumo wesicelo wangempela ubalaseleyo! Ke ngoko, ngaphambi kofakelo, kuyafuneka ukuba ufumane iqela leengcali lokuyila izisombululo zogcino lwamandla ePV.
Njengomboneleli okhokelayo wehlabathi wezisombululo zamandla ahlaziyekayo, Amandla e-RENAC agxile ekuboneleleni ngamandla asasazwe aphambili, iinkqubo zokugcina amandla, kunye nezisombululo zolawulo lwamandla ahlakaniphile kushishino lokuhlala kunye nezorhwebo. Ngaphezulu kweminyaka elishumi yamava oshishino, ukusungula izinto ezintsha kunye namandla, iRENAC Power iye yaba luphawu olukhethwayo lweenkqubo zokugcina amandla kumakhaya amaninzi nangakumbi.