I-inverter yokumpompa ilanga ifumana ngokuthe ngqo amandla e-DC kwiphaneli yelanga kwaye iguqulelwe kumandla e-AC ukubonelela ngempompo yamanzi.Ubuninzi bokulandelela indawo yamandla (MPPT) kunye nokusetyenziswa okuphezulu kwamandla elanga kunokufumaneka ngokulungelelanisa i-real-time output frequency ngokuhambelana nokukhanya kwelanga.Inkqubo yempompo yamanzi ye-solar photovoltaic iqukethe iinxalenye ezi-3: 1. Iipaneli zelanga, 2. I-inverter yepompo yamanzi elanga, 3. Impompo yamanzi.
1.Isistim iqala ngokuzenzekelayo kusasa ize iyeke ngokuhlwa.Inokubaleka ngokugqibeleleyo nanini na kukho ukukhanya kwelanga, kungekho mfuneko yebhetri exhasayo.
2.Iyasebenza kwaye ifanele zonke izicelo zifuna iimpompo zamanzi.
3.Ihambelana nazo zonke iintlobo zeepaneli zelanga kunye neepompo ze-Ac.
4.Ukujongwa okude kwimo yokusebenza kwexesha lokwenyani kunye nokuvula/ukucima ngeGPRS.
5.Ukusebenza kakuhle nakwimozulu enamafu.
6.Ekuhambeni kwexesha, imbuyekezo kutyalo-mali iphezulu kakhulu kunejenereyitha zedizili.
I-7.Izixhobo ezinokukhusela ngokugqibeleleyo, zifuna ukuba akukho mntu usemsebenzini, uqhuba ngokupheleleyo ngokuzenzekelayo.
Into | Isalathiso soBugcisa | Inkcazo |
Igalelo | Faka amandla ombane eDC | 200--450V(220V impompo) 300--900V(380V impompo) |
Isiphumo | Imveliso yombane | I-0-ilinganiswe igalelo lombane |
Iimpawu zokulawula | Imo yokulawula | Ulawulo lweV/F Ulawulo lwe-vector olungenazinzwa |
Imowudi yomyalelo wokusebenza | Ulawulo lwephedi Ulawulo lwetheminali Ulawulo lonxibelelwano olulandelelanayo | |
Imowudi yokuseta rhoqo | MPPT ummiselo oluzenzekelayo I-CVT(umbane othe rhoqo) | |
Umthamo wokulayisha ngaphezulu | 150% 60s, 180% 10s, 200% 3s | |
Ukuqalisa itorque | 0.5Hz/150%(SVC), 1Hz/150%(V/f) | |
Uluhlu lohlengahlengiso lwesantya | 1:100(SVC), 1:50(V/f) | |
Ukuchaneka kokulawula isantya | ±0.5% (SVC) | |
Ukuphindaphinda komphathi | I-1.0--16.0kHz, ilungelelaniswe ngokuzenzekelayo ngokuhambelana nobushushu kunye neempawu zomthwalo | |
Ukuchaneka rhoqo | Ubume bedijithali: 0.01Hz Ukusetha kwe-analog: ubuninzi befrikhwensi * 0.05% | |
Ukunyusa iTorque | Ukunyuswa kwetorque ngokuzenzekelayo, ukonyusa kwetorque ngesandla: 0.1% --30.0% | |
V/F ijika | Iindidi ezintathu: umgca, amanqaku amaninzi kunye nohlobo lwesikweri (1.0 amandla, 1.4 amandla, 1.6 amandla, 1.8 amandla isikwere) | |
Imo yokukhawulezisa/yokunciphisa | Umgca othe tye/ijika le-S;iintlobo ezine zokukhawuleza / ixesha lokunciphisa, uluhlu: 0.1s--3600.0s | |
Umsebenzi wokulawula | Ulawulo lokuhlala ngaphezulu kwe-voltage&over-current | Nciphisa i-current&voltage ngokuzenzekelayo ngexesha lenkqubo yokuqhuba, thintela ukuhamba rhoqo ngokungaphaya kwangoku&over-voltage |
Umsebenzi wokukhusela impazamo | Ukuya kuthi ga kwi-30 yokhuselo lwempazamo kubandakanya i-over-current, over-voltage, under-voltage, overheating, isigaba esingagqibekanga, ukulayisha ngaphezulu, indlela emfutshane, njl. | |
Imisebenzi ekhethekileyo yenkqubo yepompo yelanga | I-MPPT (Ubona buninzi bomkhondo wamandla), ukhuseleko lwempompo eyomileyo, ukhuseleko lokusilela kwesivamvo senqanaba lamanzi, ukufudumala okugcweleyo kwamanzi, ukufudumala kwelanga okubuthathaka, ukusebenza okuzenzekelayo okuzenzekelayo, ukutshintsha okuzenzekelayo kwegalelo lePV kunye namanye amagalelo ombane. | |
Iitheminali zegalelo/imveliso | Iitheminali zongeniso | I-DI ecwangcisiweyo: amagalelo ama-3 avuliweyo I-1 ecwangcisiweyo ye-AI: 0-10V okanye 0/4--20mA |
Iitheminali zemveliso | 2 iziphumo zokhutshelo | |
Iitheminali zonxibelelwano | Nikeza ujongano lonxibelelwano lwe-RS485, inkxaso yonxibelelwano lwe-MODBUS-RTU | |
Ujongano lomatshini woluntu | Umboniso we-LED | Bonisa ukusetwa kwefrikhwensi, ukuphuma komthamo, amandla ombane aphumayo, imveliso yangoku, njl., |
Iqhosha lemisebenzi emininzi | QUICK/JOG iqhosha, linokusetyenziswa njengeqhosha lemisebenzi emininzi | |
Okusingqongileyo | Ubushushu obugciniwe | -10 ℃---40 ℃, yehliswe nge-4% xa ubushushu bonyuka nge-1℃ nganye (40 ℃--50 ℃) |
Ukufuma | 90%RH okanye ngaphantsi(ayi-condensing) | |
Ukuphakama | ≤1000M, amandla alinganisiweyo, >1000M, imveliso ihlazisiwe | |
Ubushushu bokugcina | -20℃---60℃ |
Inkqubo ye-inverter ye-photovoltaic ye-solar pumping inverter isebenzisa amandla ahlala elanga, isebenza ekuphumeni kwelanga, kwaye iphumla elangeni, ngaphandle kokunyamekela kwabasebenzi, ngaphandle kwamandla e-fossil, ngaphandle kwegridi yamandla ebanzi, ukusebenza ngokuzimeleyo, okukhuselekileyo nokuthembekileyo.Ingasetyenziselwa ukunkcenkceshela i-drip, inkcenkceshelo yokunkcenkceshela, ukunkcenkceshela kwe-seepage kunye nezinye izibonelelo zokunkcenkceshela ukusombulula ngokufanelekileyo ingxaki yokunkcenkceshela umhlaba olinywayo, ukuphucula imveliso, ukonga amanzi kunye nokonga amandla, kunye nokunciphisa kakhulu iindleko zegalelo zamandla emveli kunye nombane.Ngoko ke, iye yaba yeyona ndlela isebenzayo yokusebenzisa amandla acocekileyo ukubuyisela amandla efosili, kwaye iye yaba amandla amatsha kunye nemveliso entsha yesicelo sobuchwepheshe behlabathi "ingxaki yokutya" kunye "nengxaki yamandla" isisombululo esibanzi.
1. Inkonzo ye-ODM/OEM inikezelwa.
2. Ukuqinisekiswa komyalelo okhawulezayo.
3. Ixesha lokuhambisa ngokukhawuleza.
4. Ixesha lokuhlawula elilungileyo.
Okwangoku, inkampani ikhulisa ngamandla iimarike zaphesheya kunye nokwakheka kwehlabathi.Sizibophelele ekubeni ngomnye wamashishini alishumi aphezulu athumela ngaphandle kwimveliso yombane yaseTshayina, esebenzela ihlabathi ngeemveliso ezikumgangatho ophezulu kunye nokuzuza imeko yokuphumelela kunye nabathengi abaninzi.