LiFePO4 ibhetri yeJenereyitha inkcazelo
Jupiter series LiFePO4 ibhetri yeJenereyitha yinkqubo yamandla okugcina amandla elanga enemisebenzi emininzi, edibanisa imisebenzi ye-inverter, isilawuli se-solar se-MPPT, ibhetri ye-Lithium iron phosphate, itshaja yelanga kunye netshaja yebhetri ukunika inkxaso engenakuphazamiseka ngobungakanani obuphathekayo. Umboniso obanzi we-LCD unikezela ngokulungelelaniswa komsebenzisi kunye nokusebenza kwamaqhosha ngokulula.
Olu luhlu lunemizekelo emi-4 J-10/ J-20/ J-30/ J-50. Kwaye i-J-10/ J-20/ J-30 yinguqulelo ehlaziyiweyo ye-GP1000/ GP2000/ GP3000, kwaye idweliswe kwihlabathi liphela ngoSeptemba ka-2022. Kwaye utshintshise isikrini sokubonisa kwi-LCD yesikrini sokuchukumisa. Ukubonwa kokusetyenziswa kwebhetri. Umzekelo ngolu hlobo lulandelayo kwi-GP1000.
Iimbalasane
I-Jupite series yinkqubo yokugcina amandla elanga enemisebenzi emininzi, edibanisa imisebenzi ye-inverter, isilawuli se-solar se-MPPT, ibhetri ye-Lithium iron phosphate, itshaja yelanga kunye neshaja yebhetri ukunika inkxaso yamandla angaphazamisekiyo kunye nobukhulu obuphathekayo. Umboniso obanzi we-LCD unikezela ngokulungelelaniswa komsebenzisi kunye nokusebenza kwamaqhosha ngokulula.
● I-SEMD yoqobo (ulawulo lwamandla akrelekrele kunye nokusabalalisa) iteknoloji, i-MPPT eyodwa (i-solar maximum tracking) iteknoloji, iteknoloji yokulawula ukutshaja okukrelekrele, iteknoloji yokutshintsha ukulawula amandla;
● Ixhotywe nge-3.5-intshi ye-HD yesikrini sokuthinta, i-Fault code display;
● Ixhasa ukutshaja okuhambelanayo ngelixa ukhupha;
● Ukudibanisa amandla ePV, amandla eGridi, kunye nomthombo wamandla ebhetri ukunika amandla aqhubekayo;
● Unokubonelela ngamandla kumthwalo ngaphandle kwebhetri;
● Iplagi & Dlala;
● Ixhasa i-GOGOPAY kunye ne-Angaza iindlela ezahlukeneyo zokuhlawula
Iparameters Technical
Inkcazo yobuGcisa ye-Solar Generator | |||
Series Series | Jupiter series AC / DC inkqubo yokuvelisa | ||
Umzekelo NO | J-10 | J-20 | J-30 |
Umthamo wemodyuli | |||
Uhlobo lweModyuli yePV | polycrystal | polycrystal | polycrystal |
PV Modyuli Umthamo | 280Wp*1 | 280Wp*2 | 380Wp*2 |
Vula iVoltage yeSekethe (V) | 36.7V | 36.7V | 36.7V |
Awona Mandla oMbane aphezulu (V) | 30.6V | 30.6V | 30.6V |
Awona Mandla maninzi angoku (A) | 9.15A | 9.15A | 9.15A |
Ubuninzi bombane wenkqubo (V) | 1000V | 1000V | 1000V |
Battery Capacity | |||
Uhlobo Lwebhetri | Ibhetri yeLiFePO4 | Ibhetri yeLiFePO4 | Ibhetri yeLiFePO4 |
Ukucaciswa kwebhetri | I-12V 40Ah | I-12V 80Ah | I-12V 120Ah |
Ibhetri esebenzayo yombane/V | 10 ~ 14V | 10 ~ 14V | 10 ~ 14V |
Amaxesha oMjikelo webhetri (<80%) | ≧3000 amaxesha | ≧3000 amaxesha | ≧3000 amaxesha |
Itshaja ye-AC | |||
Ubuninzi beNtlawulo yangoku | I-5A 24V | I-6A 24V | I-8A 24V |
Igalelo lokutshaja iVoltage | 220V | 220V | 220V |
Ubuninzi | 50Hz | 50Hz | 50Hz |
Umlawuli wePV | |||
Uhlobo lo lawulo | MPPT | MPPT | MPPT |
Ubuninzi beNtlawulo yangoku | 12A | 24A | 36A |
Ukuhlawulisa uguqulo ngempumelelo | 92% | 92% | 92% |
Umsebenzi weUPS | |||
Ixesha lokutshintshela ngokuzenzekela | 0ms | 0ms | 0ms |
Iziphumo ze-AC | |||
Ubungakanani be-Voltage ye-Output/V | 220V | 220V | 220V |
Ubungakanani besiphumo esilinganiselweyo/Hz | 50Hz | 50Hz | 50Hz |
Amandla esiphumo esilinganiselweyo/W | 200W | 400W | 800W |
Ubuninzi beSiphumo samandla/W | 300W | 500W | 1000W |
Amandla aphezulu ngoko nangoko/W | 400W | 800W | 1600W |
Ukukhuselwa kweBattery Undervoltage | ≦10.5V Khusela, ≧12V Ukubuyisela kwakhona | ≦10.5V Khusela, ≧12V Ukubuyisela kwakhona | ≦10.5V Khusela, ≧12V Ukubuyisela kwakhona |
Ukukhuselwa kweBattery Overvoltage | ≧15.2V Khusela, ≦13.4V Ukubuyisela kwakhona | ≧15.2V Khusela, ≦13.4V Ukubuyisela kwakhona | ≧15.2V Khusela, ≦13.4V Ukubuyisela kwakhona |
Uhlobo lokuCima | ukupholisa umoya | ukupholisa umoya | ukupholisa umoya |
Ukusebenza ngokuGqithisela | 90% | 90% | 90% |
Iziphumo zeDC | |||
I-5V DC, i-Interface | I-USB 5V×2 Ubuninzi be-USB yangoku 3A | I-USB 5V×2 Ubuninzi be-USB yangoku 3A | I-USB 5V×2 Ubuninzi be-USB yangoku 3A |
I-12V DC, i-Interface | Isangqa umngxuma×2 Isangqa soMngxuma obona buninzi bangoku 5A | Isangqa umngxuma×2 Isangqa soMngxuma obona buninzi bangoku 5A | Isangqa umngxuma×2 Isangqa soMngxuma obona buninzi bangoku 5A |
Ngaphezulu kweNqanaba loLwandle | 0m ~ 4000m ＞2000m, i-100m nganye ephezulu, iqondo lobushushu liya kufumana 0.5℃ ngaphantsi | ||
Ubungakanani Product | |||
Ukusebenzisana kwesikrini | 3.5”TFT, Resolution480×320 Ukulawula iSkrini | ||
Ubungakanani bomamkeli | 315 * 156 * 233mm | 445 * 185 * 325mm | 445 * 185 * 325mm |
Ubunzima bomkhosi | 9.5kg | 20kg | 22.5kg |
Ubungakanani bokuPakisha umamkeli | 405 × 215 × 290mm | 535 × 244 × 382mm | 535 × 244 × 382mm |
I-Host Packing Weight | 10.5kg | 16.5kg | 17.5kg |
Njengoko unokubona kwi-database engentla, zonke LiFePO4 ibhetri yeJenereyitha iimodeli zincinci kwaye zikhaphukhaphu kunenguqulelo yakudala (GP1000/GP2000/GP3000). Kulula ukuyithwala ngaphandle, uyibeke wedwa emotweni ngaphandle koxinzelelo.
iinkcukacha
screen I-3.5-intshi ye-high-definition touch isikrini, kulula ukusebenza |
| Inkqubo yePaygo I-PAYGO/Angaza eyakhelwe ngaphakathi I-PAYGO, ukunciphisa uxinzelelo lwentlawulo kwaye usebenzise kwangaphambili |
battery Ibhetri entsha ene-eneji ephezulu ukuya kuthi ga kwimijikelo ye-3000 yokukhupha | MPPT Isizukulwana esitsha seMPPT, ukusebenza kolawulo kuphuculwe kakhulu, kunye nokuveliswa kwamandla kwandiswa ngama-30%. | |
intlawulo Itshaja yegridi eyakhelweyo kunye netshaja yePV, elula ngakumbi ukuyisebenzisa | Ukusebenza kakuhle Ukusebenza kuphuculwe kakhulu, ukutshaja kukhawuleza kakhulu, kwaye ukusebenza kakuhle kuzinzile | |
amandla Amandla aphezulu kakhulu, amandla emveliso phezulu ukuba 350W | phandle Inobunzima be-9.6kg kuphela, ilula kwaye kulula ukuyiphatha okanye ukuyihambisa |
1. Kubonakala
I-J-10 ineembonakalo ezimbini ze-orenji kunye nesilivere, i-J-10 ithatha iqokobhe lentsimbi yentsimbi, eyomeleleyo kwaye yomelele. Izibambo kumacala omabini ukuze kube lula ukuhamba. Uyilo ngokubanzi lulula kwaye luhle, lunomqondo weteknoloji.
2. Ujongano lwegalelo kunye nemveliso
I-J-10 ixhotyiswe ngesikrini esikhulu se-3.5-intshi ukuze isebenze lula. Kukho amazibuko amabini egalelo ekhohlo, alujongano lwegalelo lwegridi kunye nojongano lwegalelo lwePV; Icala lasekunene sisitshintshi samandla, indawo yojongano oluphumayo kunye nojongano lweDebug. Utshintsho lubandakanya iswitshi enye yomkhosi kunye ne-AC enye. Indawo yojongano lwemveliso ibandakanya imingxunya emibini ejikelezileyo ye-12V, izibuko ezimbini ze-5VUSB kunye ne-220V ezimbini ze-AC ze-interface.
3. Intshayelelo yokusebenza
Cinezela kwaye ubambe iqhosha lamandla lenginginya ukuze uyivule, kukho ii-icons ezi-6 kwi-interface ephambili, ngokulandelelana ulwazi lokufaka, ulwazi lwebhetri, ulwazi lomthwalo, ulwazi lwe-PAYGO, ukhetho lwemowudi kunye nokusetha.
(1) Cinezela iqhosha longeniso ukufaka ujongano lokubonisa ulwazi lwegalelo. I-PV okanye i-GRID ingcaciso yegalelo iya kuboniswa kule interface, iya kubonisa ulwazi olune lwe-voltage yokufaka, i-input current, i-input power power kunye nomthamo wokutshaja wangoku.
(2) Cofa iqhosha lebhetri ukufaka ulwazi lwebhetri ujongano lokubonisa. Ulwazi lwebhetri luya kuboniswa kolu jongano. Iza kubonisa ulwazi olune: amandla ebhetri, ibhetri yangoku, amandla ebhetri aseleyo kunye nobushushu bebhetri yangoku.
(3) Cinezela iqhosha lomthwalo ukufaka ujongano lokubonisa ulwazi lomthwalo. Ulwazi lomthwalo luya kuboniswa kolu jongano. Iza kubonisa umbane womthwalo, umthamo wangoku, amandla omthwalo kunye nexesha eliseleyo lokusetyenziswa ukuxhasa umthwalo okhoyo.
(4) Cinezela iqhosha le-PAYG ukuze ufake i-PAYGO ulwazi lokubonisa ujongano. I-J-10 ixhasa i-PAYGO yethu ephuhlisiwe kunye ne-ANGAZA PAYGO. Kule interface, ixesha eliseleyo lokusetyenziswa kwesixhobo, inombolo yothotho kunye ne-ID yefektri iya kuboniswa. Kule interface, ungafaka ikhowudi ye-PAYGO ukwandisa ixesha lokusetyenziswa.
(5) Cofa iqhosha lemowudi ukufaka ujongano lokukhetha imo. I-J-10 ineendlela ezintathu: imo ye-UPS, imo yezoqoqosho kunye nemodi yesiko
Imowudi ye-UPS: xa amandla aseleyo≤90%, inokuhlawuliswa ngamandla egridi
Imowudi ye-ECO: xa amandla aseleyo≤20%, inokuhlawuliswa ngamandla egridi.
(6) Xa amandla aseleyo ≥ 40%, ukutshaja kwe-photovoltaic kuphela kungasetyenziswa.
Imowudi yesiko: Unokwenza iimeko zokuqala zokutshaja okungundoqo.
Cofa iqhosha lokubuyela ukuze ubuyele kujongano oluphambili. Cinezela i Seta iqhosha kujongano lokuseta.
(7) Cofa iqhosha loSeto loMsebenzisi kwi-interface yokuSeta uMsebenzisi. Kule interface, unokukhetha ukuseta ixesha, ulwimi kunye nokujonga inombolo ye-SN.
Unokukhetha ukungena kwindlela yomphuhlisi kwizicwangciso (igama lokugqitha liyafuneka)
Unokukhetha ukujonga ulwazi lwenkqubo kwizicwangciso, ulwazi lweDebug lunokujongwa apha. Unako kwakhona ukujonga ulwazi oluthile. Eyokugqibela ingcaciso yekhowudi yephutha, ezinye iimpazamo ngexesha lokusebenza kwezixhobo ziya kubhalwa apha.
Ukuba awusebenzi ixesha elide, isikrini sokuchukumisa siya kungena kwi-interface yokulinda. I-interface yokulinda iya kubonisa ixesha, ulwazi lokutshaja, ulwazi lwebhetri, ulwazi lokulayisha, ixesha eliseleyo lokusetyenziswa kunye nemodi yokusebenza.
FAQ
Yintoni ubukhulu okanye umthamo LiFePO4 ibhetri yeJenereyitha ndiyayidinga?
A: Okokuqala, kufuneka wazi ukuba angakanani angoku kunye namandla owadingayo ukuze ugcine izinto zombane ezibalulekileyo zisebenza. Kwaye ke, qiniseka ukuba zingaphi iiyure onokuthi uzifunele ijenereyitha yelanga ukuze isebenze ngaphambi kokuba uyitshaje kwakhona. I-J-10 ifanelekile kuhambo olufutshane.
Ungayisebenzisa ixesha elingakanani le jenereyitha yebhetri?
A: Kuxhomekeke kwizixhobo zokutshaja. Ngokuphathelele i-smartphone ye-7W, inokuhlawuliswa ngaphezulu kwamaxesha angama-70. Ukuxhasa izixhobo ze-500W ezitshaja iyure enye.
Ndingayibiza ngelixa ndikhupha?
A: Ewe, esi sikhululo samandla siphathekayo sixhasa ukutshaja okudityanisiweyo ngelixa sikhupha.
Ndingakwazi ukulayisha ngaphezulu kwiGenereyitha yebhetri?
A: Nceda ungalayishi kakhulu ibhetri. Kulo naluphi na uhlobo lwe-GP uchungechunge lweemveliso zejenereyitha zamandla amatsha, kuyimfuneko ukusebenzisa izixhobo zombane ezihambelanayo ngokweenkcukacha zobugcisa, kwaye kunqatshelwe ngokungqongqo ukulayisha ngaphezulu kwezixhobo zombane ezinamandla ezidlula amandla okuvelisa inverter. Nangona imveliso inenkqubo yokukhusela eyakhelwe-ngaphakathi, usebenzisa umthwalo ophezulu wamandla odlula amandla aphumayo ixesha elide kunye namaxesha amaninzi kuya kubangela ukothuka okuninzi, okunokubangela umonakalo kwimveliso okanye kwizixhobo zombane, kwaye kunokubangela ukuba isiphaluka esifutshane kwaye kubangele iziphumo ezibi kakhulu. Ukungaphumeleli kwemveliso kunye nezinye iilahleko ezibangelwa kukusetyenziswa kakhulu kwezixhobo aziyonwabeli iinkonzo zewaranti yasimahla.
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