1. Itekhnoloji yolawulo lwe-CPU ephindwe kabini, ukugqwesa kokusebenza;
2. Imowudi yamandla / imowudi yokugcina amandla / imowudi yebhetri inokusekwa, usetyenziso oluguquguqukayo;
3. Ulawulo lwabalandeli oluhlakaniphile, lukhuselekile kwaye luthembekile;
4. Imveliso yamaza e-sine ecocekileyo, inokulungelelanisa kwiintlobo ezahlukeneyo zomthwalo;
5. Uluhlu olubanzi lwamandla ombane, ukuchaneka okuphezulu kwemveliso yombane ozenzekelayo;
6. I-LCD yexesha lokwenyani iparameters zesixhobo, imo esebenzayo ngokukrwaqula;
7. Ukugqithiswa kwemveliso, ukukhuselwa kwesiphaluka esifutshane, ukhuseleko oluzenzekelayo kunye ne-alamu;
8. Umlawuli welanga we-PWM okrelekrele, ngaphezulu kwentlawulo, ukukhuselwa kokukhutshwa, ukutshaja komda wangoku, ukukhuselwa okuninzi.
I-inverter ye-hybrid solar sisixhobo se-state-of-art esidibanisa imisebenzi ye-inverter yelanga kunye ne-inverter eqhelekileyo. Esi sixhobo siphucukileyo siyilelwe ukusebenzisa amandla elanga, ukusigcina kwiibhetri, nokusiguqulela ekubeni sitshintshe izixhobo zakho zombane kunye nezixhobo zakho. Ibonelela ngenguqu engenamthungo phakathi kwamandla elanga kunye negridi, iqinisekisa ukuba ikhaya lakho linamandla angama-24/7.
Ngeziphumo zamandla ukusuka kwi-1kW ukuya kwi-10kW, iziguquli zelanga ezixutyiweyo zifanelekile kumakhaya azo zonke iisayizi. Nokuba uhlala kwindlu encinci okanye usapho olukhulu, esi sixhobo sinokuhlangabezana neemfuno zamandla akho. I-inverter isebenza kakuhle kakhulu ngenguquko esebenzayo ukuya kuthi ga kwi-98.5%, oku kuthetha ukuba iya kuhambisa amandla aphezulu kunye nenkunkuma encinci.
Eyona nto ibalaseleyo ye-hybrid solar inverter kukukwazi ukubeka iliso kusetyenziso lwakho lwamandla kunye nemveliso ngexesha lokwenyani. Le teknoloji iqinisekisa ukuba unokulandela umkhondo wokusetyenziswa kwamandla akho ukuze ukwazi ukuwenza ngokupheleleyo usetyenziso lwakho kwaye unciphise amatyala akho ombane. Ukongeza, i-inverter inenkqubo yokulawula ibhetri edibeneyo yokutshaja ngokufanelekileyo kunye nokukhupha ibhetri.
I-Hybrid Solar Inverter nayo isebenziseka lula, kunye ne-LCD ebonisa i-LCD enika ulwazi oluxabisekileyo malunga nokusebenza kwayo kunye nesimo. Isixhobo kwakhona sakhiwe ngokhuseleko engqondweni, kunye noluhlu lweendlela zokukhusela ukukhusela kwiisekethe ezimfutshane, ukugqithiswa, ukufudumala, kunye nokunye.
Le hybrid solar inverter nayo yenzelwe ukuqina, kunye nolwakhiwo oluqinileyo olunokumelana neemeko zemozulu ezinzima. Ikwaguquguquka kakhulu, ikwazi ukusebenzisa iintlobo ezahlukeneyo zeebhetri, kubandakanya i-Li-ion, i-lead-acid kunye neebhetri zejeli.
Ukuqukumbela, i-hybrid solar inverter sisixhobo esiguquguqukayo, esihlala sihleli, kunye nesisebenzayo esilungele abaninimzi abajonge ukuguqukela kumandla avuselelekayo. Ibonelela ngenguqu engenamthungo phakathi kwamandla elanga kunye negridi, iyenza ibe sisisombululo esifanelekileyo kumakhaya anobukhulu obahlukeneyo. Iimpawu zayo eziphambili, ezinjengokubekwa kweliso ngexesha lokwenyani kunye nolawulo lwebhetri, lwenza kube lula ukwandisa ukusetyenziswa kwamandla akho, ukunciphisa iindleko kwaye uphile ubomi obuzinzileyo. Ke tyala imali kwi-inverter yelanga edibeneyo namhlanje kwaye uqale ukonwabela amandla athembekileyo, angabizi kakhulu kwaye azinzileyo.
①--RS232 ujongano lonxibelelwano (umsebenzi ozikhethelayo)
②--Ifeni
③--Isixhobo sokutshintsha kwelanga (300-1000W isixhobo ngaphandle kolu tshintsho)
④--AC igalelo lokutshintsha (300-1000W isixhobo ngaphandle kolu tshintsho)
⑤--Igalelo lokutshintsha ibhetri
⑥--Izibuko lokufaka iSolar
⑦--AC izibuko lokufaka
⑧--Izibuko lofikelelo kwibhetri
⑨--AC yemveliso yezibuko
Umzekelo: I-PWM Hybrid Inverter eyakhelwe kwi-Solar Controller | 0.3-1KW | 1.5-6KW | ||||
Umlinganiselo wamandla (W) | 300 | 700 | 1500 | 3000 | 5000 | |
500 | 1000 | 2000 | 4000 | 6000 | ||
Ibhetri | Ulinganiso lweVoltage(VDC) | 12/24 | 12/24/48 | 24/48 | 48 | |
Intlawulo yangoku | 10A MAX | 30A MAX | ||||
Uhlobo lweBettery | Inokusetwa | |||||
Igalelo | Uluhlu lwamandla ombane | 85-138VAC / 170-275VAC | ||||
Ukuphindaphinda | 45-65HZ | |||||
Isiphumo | Uluhlu lwamandla ombane | 110VAC/220VAC;±5%(Imowudi yeInverter) | ||||
Ukuphindaphinda | 50/60HZ±1%(Imowudi yoMguquli) | |||||
Isiphumo seWave | I-Sine Wave ecocekileyo | |||||
Ixesha lokuTyala | <10ms(Umthwalo oqhelekileyo) | |||||
Ukuphindaphinda | >85%(80% Umthwalo onganyangekiyo) | |||||
Umrhumo ogqithisileyo | 110-120%/30S;>160%/300ms | |||||
Umsebenzi woKhuselo | Ibhetri ngaphezulu kwe-voltage kunye nokukhuselwa kwe-voltage ephantsi, ukulayisha ngaphezulu ukhuseleko, ukhuseleko lwesiphaluka esifutshane, ubushushu obugqithisileyo ukhuselo | |||||
Umlawuli weSolar MPPT | Uluhlu lweVoltage yePWM | 12VDC:12V~25VDC; 24VDC:25V~50VDC; 48VDC: 50V ~ 100VDC | ||||
Amandla oNgeniso lweSola | 12VDC-40A(480W); 24VDC-40A(1000W) | 12VDC-60A(800W); 24VDC-60A(1600W); 48VDC-60A(3200W) | ||||
Ixabiso lentlawulo yangoku | 40A(Ubukhulu) | 60A(Ubukhulu) | ||||
Ukuphumelela kweMPPT | ≥85% | |||||
I-Avareji yokuTshaja iVoltage (Ibhetri ye-Acid yeNkokheli) Yamkela | 12V/14.2VDC; 24V/28.4VDC; 48V/56.8VDC | |||||
I-Voltage yeCharge edadayo | 12V/13.75VDC; 24V/27.5VDC;48V/55VDC | |||||
Ubushushu be-Ambient esebenzayo | -15-+50℃ | |||||
Ubushushu beNdawo yoGcino | -20- +50℃ | |||||
Indawo yokuSebenza / yoGcino | 0-90% Akukho Ukujiya | |||||
Imilinganiselo: W* D # H (mm) | 290*125*430 | 350*175*550 | ||||
Ubungakanani bokupakisha: W* D * H (mm) | 365*205*473 | 445*245*650 |