Amandla Okuzisholo (kWh) | 5.12kWh |
Amandla Asebenzisekayo (kWh) | 4.79kWh |
Uhlobo Lweseli | I-LFP (LiFePO4) |
I-Nominal Voltage (V) | 51.2 |
I-Operating Voltage Range (V) | 44.8~56.8 |
Ubukhulu. Inkokhelo Eqhubekayo Yamanje(A) | 50 |
Ubukhulu. Ukukhipha Okuqhubekayo Kwamanje(A) | 100 |
Isisindo | 48KG |
Ubukhulu (W × D × H) (mm) | 500*167*485 |
Izinga Lokushisa Lokusebenza (°C) | 0~ 55℃ (Shaja), -20~55℃ (Ukukhipha) |
Izinga Lokushisa Lesitoreji (°C) Ukulethwa kwe-SOC State (20~40%) | > Inyanga engu-1: 0~35℃; ≤1 Inyanga: -20~45℃ |
Umswakama Ohlobene | ≤ 95% |
Ubukhulu. Ukuphakama (m) | 4000 (>2000m Derating) |
Idigri Yokuvikela | IP 20 |
Indawo yokufaka | I-Ground-Mounted; Ifakwe Odongeni |
Ukuxhumana | I-CAN, RS485 |
I-EMC | CE |
Ezokuthutha | UN38.3 |
Iwaranti (Iminyaka) | 5 Iminyaka |
Kunconywe uMax. Amandla Wokufaka we-PV | 6000W |
Ubukhulu. I-Voltage Yokufaka (VOC) | 500V |
I-MPPT Operating Voltage Range | 85V-450V (@75V Qala) |
Inombolo ye-MPPT | 1 |
Ubukhulu. Inombolo Yezintambo Zokufaka nge-MPPT ngayinye | 1 |
Ubukhulu. Okokufaka kwamanje nge-MPPT ngayinye | 27A |
Ubukhulu. I-Short-circuit Yamanje nge-MPPT ngayinye | 35A |
Ubukhulu. Amandla Okufaka | 11500W |
Ubukhulu. Okokufaka kwamanje | 50A |
I-Voltage yegridi elinganiselwe | 220/230/240Vac |
Ikalwe Igridi Imvamisa | 50/60Hz |
Ibanga Elivumelekile | 170-280Vac (Ye-UPS); I-90-280Vac (Yezinto zikagesi zasekhaya) |
Uhlobo Lwebhethri | I-LiFePO4 / i-lead-acid |
Ibanga le-Voltage yebhethri | 40-60Vdc |
Ikalwe Ibhethri Voltage | 48vdc |
Ubukhulu. Ukushaja / Ukukhipha Okwamanje | 120A / 130A |
Imodi Yokuxhumana ye-BMS | RS485 |
Ukuphumelela Okuphakeme | 98% |
Ubukhulu. MPPT Ukusebenza kahle | 99.90% |
Amandla Okukhipha Alinganiselwe | 6000W / 6000VA |
Okukhiphayo Okukaliwe kwamanje | 27.3A |
Ikalwe I-Voltage Yokukhipha / Imvamisa | 220 / 230 / 240Vac 50 / 60Hz |
Amandla Ahambisanayo | Ubukhulu. 12 Amayunithi |
I-Surge Power | 12000VA 5s |
I-THDv (@ Umthwalo Womugqa) | <3% |
Shintsha Isikhathi | 10ms Okujwayelekile (Okwe-UPS), 20ms Okujwayelekile (Okwezinto zikagesi zasekhaya) |
Ukuvikelwa Kwangaphakathi | I-Output Short-circuit Protection, Output Overvoltage Protection |
Surge Protection | I-PV: Uhlobo III, AC: Uhlobo III |
Isilinganiso se-IP | IP54 |
I-Operating Temperature Range | -10℃~55℃ |
Ibanga Lokuswakama Okuhlobene | 5%~95% |
Ubukhulu. I-Altitude Yokusebenza | >2000m Derating |
Okubekwe eceleni Ukuzidla | <10W |
Uhlobo Lokufaka | Ifakwe odongeni |
Imodi Yokupholisa | Ukupholisa abalandeli |
Ukuxhumana | RS232/RS485/Dry Contact/Wi-Fi |
Bonisa | I-LCD |
I-Inverter Dimension (L x W x H) | 444.7 x 346.6 x 120mm | Shipping Dimension | 560 x 465 x 240mm |
Isisindo sengqikithi | 12.4kg | Isisindo esikhulu | 14.6kg |
Isikhathi sewaranti | 3 Iminyaka |
Yebo, kungenzeka ukusebenzisa iphaneli yelanga ne-inverter ngaphandle kwebhethri. Kulokhu kusetha, iphaneli yelanga iguqulela ukukhanya kwelanga kube ugesi we-DC, isiguquli esibe sesiwuguqula sibe ugesi we-AC ukuze sisetshenziswe ngokushesha noma sifakwe kugridi.
Nokho, ngaphandle kwebhethri, awukwazi ukugcina ugesi oweqile. Lokhu kusho ukuthi lapho ukukhanya kwelanga kunganele noma kungabikho, isistimu ngeke inikeze amandla, futhi ukusetshenziswa okuqondile kwesistimu kungaholela ekuphazamisekeni kwamandla uma ukukhanya kwelanga kushintshashintsha.
Izindleko eziphelele zesistimu yelanga engaphandle kwegridi incike ezicini ezihlukahlukene ezifana nezidingo zamandla, izidingo zamandla aphezulu, ikhwalithi yemishini, izimo zokukhanya kwelanga zendawo, indawo yokufaka, ukugcinwa kwezindleko kanye nokushintshwa, njll. Ngokuvamile, izindleko ze-solar off-grid amasistimu enza isilinganiso esingaba ngu-$1,000 kuya ku-$20,000, kusukela kusisekelo sebhethri nenhlanganisela ye-inverter kuya kusethi ephelele.
I-ROYPOW ihlinzeka ngezixazululo ezenziwe ngokwezifiso, ezithengekayo ngaphandle kwegridi yesolar ezihlanganiswe neziguquli eziphephile, ezisebenza kahle neziqinile ezingaphandle kwegridi kanye nezinhlelo zebhethri ukuze kunikezwe amandla ukuzimela kwamandla.
Nazi izinyathelo ezine ezinconyiwe ukuthi uzilandele:
Isinyathelo 1: Bala umthwalo wakho. Hlola yonke imithwalo (imishini yasendlini) futhi urekhode izidingo zayo zamandla. Udinga ukwenza isiqiniseko sokuthi yimaphi amadivayisi okungenzeka ukuthi avuliwe ngesikhathi esisodwa futhi ubale isamba somthwalo (umthwalo omkhulu).
Isinyathelo sesi-2: Ukulinganisa kwe-inverter. Njengoba ezinye izinto zikagesi zasendlini, ikakhulukazi lezo ezinamamotho, zizoba nokungena okukhulu kwamanje lapho uqalisa, udinga isiguquli esinesilinganiso esiphezulu somthwalo ofaniswe nenani eliphelele elibalwe kusinyathelo soku-1 ukuze uhlangabezane nomthelela wamanje wokuqalisa. Phakathi kwezinhlobo zayo ezihlukene, i-inverter enokukhishwa kwe-sine wave ehlanzekile iyanconywa ngokusebenza kahle nokuthembeka.
Isinyathelo sesi-3: Ukukhetha ibhethri. Phakathi kwezinhlobo ezinkulu zebhethri, inketho ethuthuke kakhulu namuhla ibhethri ye-lithium-ion, epakisha umthamo wamandla amaningi ngevolumu yeyunithi futhi inikeza izinzuzo ezifana nokuphepha okukhulu nokuthembeka. Bala ukuthi ibhethri elilodwa lizolayisha isikhathi esingakanani futhi mangaki amabhethri owadingayo.
Isinyathelo sesi-4: Ukubalwa kwenombolo yephaneli yelanga. Inombolo incike emithwalweni, ukusebenza kahle kwamaphaneli, indawo yendawo yamaphaneli ngokuphathelene ne-solar irradiance, ukuthambekela nokujikeleza kwamapaneli elanga, njll.
Nazi izinyathelo ezine ezinconyiwe ukuthi uzilandele:
Isinyathelo 1: Thola izingxenye. Thenga izakhi, okuhlanganisa amaphaneli elanga, amabhethri, iziguquli, izilawuli zokushaja, ihadiwe ekhwezwayo, izintambo, kanye negiya lokuphepha elibalulekile.
Isinyathelo sesi-2: Faka amaphaneli elanga. Faka amaphaneli ophahleni lwakho noma endaweni enokuchayeka elangeni. Zibophe ngokuphephile bese uzifake nge-engeli ukuze ukwandise ukumuncwa kwelanga.
Isinyathelo sesi-3: Faka isilawuli sokushaja. Misa isilawuli sokushaja eduze nebhethri endaweni engenisa umoya. Xhuma amaphaneli elanga kusilawuli usebenzisa izintambo zokukala ezifanele.
Isinyathelo sesi-4: Faka ibhethri. Xhuma ibhethri ngochungechunge noma ngokuhambisana ngokuya ngezidingo zamandla kagesi wesistimu yakho.
Isinyathelo sesi-5: Faka i-inverter. Beka i-inverter eduze kwebhethri bese uxhuma, uqinisekisa i-polarity efanele, futhi uxhumanise okukhiphayo kwe-AC ohlelweni lukagesi lwasekhaya.
Isinyathelo sesi-6: Xhuma futhi uhlole. Phinda uhlole konke ukuxhumana, bese unika amandla kusistimu yelanga. Gada isistimu ukuze uqinisekise ukusebenza kahle, wenze noma yiziphi izinguquko ezidingekayo.
Isistimu yelanga engaphandle kwegridi isebenza ngokuzimela ngaphandle kwegridi kagesi, ikhiqiza futhi igcine amandla anele ukuhlangabezana nezidingo zekhaya.
Isistimu yelanga ekugridi ixhunywe kugridi yensiza yendawo, ihlanganisa kalula amandla elanga ukuze isetshenziswe emini kuyilapho idonsa ugesi kugridi lapho amaphaneli elanga ekhiqiza amandla anganele, njengasebusuku noma ngezinsuku eziguqubala.
Amasistimu elanga angaphandle kwegridi kanye ne-on-grid anobuhle nobubi bawo obuhlukile. Ukukhetha phakathi kwe-off-grid kanye ne-on-grid solar system kuncike ezintweni ezithile, ezihlanganisa kodwa ezingagcini nje:
Isabelomali: Amasistimu elanga angaphandle kwegridi, kuyilapho enikeza ukuzimela okuphelele kugridi, eza nezindleko eziphezulu zangaphambili. Amasistimu elanga akugridi abiza kakhulu, njengoba angakwazi ukunciphisa izikweletu zikagesi zanyanga zonke futhi akwazi ukukhiqiza inzuzo.
Indawo: Uma uhlala endaweni yasemadolobheni ngokufinyelela kalula kugridi yokusetshenziswa, isistimu yelanga ekugridi ingahlanganisa ngaphandle komthungo nengqalasizinda yakho ekhona. Uma ikhaya lakho likude noma likude negridi yensiza eseduze, isistimu yelanga ye-off-grid ingcono, ngoba iqeda isidingo sezandiso zegridi ezibizayo.
Izidingo Zamandla: Ezindlini ezinkulu nezinethezekile ezinezidingo zamandla aphezulu, isistimu sonozungezilanga ekugridi ingcono, inikeza ikhophi yasenqolobaneni ethembekile ngezikhathi zokukhiqiza okuphansi kwelanga. Ngakolunye uhlangothi, uma unekhaya elincane noma uhlala endaweni evamise ukucisha ugesi noma ukuxhumeka kwegridi okungazinzile, isistimu yelanga engaphandle kwegridi iyindlela okufanele uhambe ngayo.
Yebo, kungenzeka ukusebenzisa iphaneli yelanga ne-inverter ngaphandle kwebhethri. Kulokhu kusetha, iphaneli yelanga iguqulela ukukhanya kwelanga kube ugesi we-DC, isiguquli esibe sesiwuguqula sibe ugesi we-AC ukuze sisetshenziswe ngokushesha noma sifakwe kugridi.
Nokho, ngaphandle kwebhethri, awukwazi ukugcina ugesi oweqile. Lokhu kusho ukuthi lapho ukukhanya kwelanga kunganele noma kungabikho, isistimu ngeke inikeze amandla, futhi ukusetshenziswa okuqondile kwesistimu kungaholela ekuphazamisekeni kwamandla uma ukukhanya kwelanga kushintshashintsha.
Ama-inverter amaHybrid ahlanganisa ukusebenza kwakho kokubili ama-inverter elanga nebhethri. Ama-inverter angaphandle kwegridi aklanyelwe ukusebenza ngokuzimela ngaphandle kwegridi yokusetshenziswa, ngokuvamile asetshenziswa ezindaweni ezikude lapho amandla egridi engatholakali noma engathembekile. Nansi umehluko oyinhloko:
Uxhumano Lwegridi: Iziguquli ezihlanganisiwe zixhuma kugridi yensiza, kuyilapho iziguquli ezingaphandle kwegridi zisebenza ngokuzimela.
Isitoreji Samandla: Ama-Hybrid inverter anokuxhumana kwebhethri eyakhelwe ngaphakathi ukuze agcine amandla, kuyilapho ama-inverter angaphandle kwegridi ethembele kuphela ekugcinweni kwebhethri ngaphandle kwegridi.
Amandla Ayisipele: Iziguquli ezihlanganisiwe zidonsa amandla ayisipele kugridi lapho imithombo yelanga nebhethri inganele, kuyilapho iziguquli ze-off-grid zithembele kumabhethri ashajwe ngamaphaneli elanga.
Ukuhlanganiswa Kwesistimu: Amasistimu e-Hybrid adlulisela amandla elanga engeziwe kugridi uma amabhethri eseshajwe ngokugcwele, kuyilapho amasistimu angaphandle kwegridi egcina amandla engeziwe kumabhethri, futhi uma egcwele, amaphaneli elanga kufanele ayeke ukukhiqiza amandla.
Imvamisa, Amabhethri amaningi elanga emakethe namuhla ahlala phakathi kweminyaka emihlanu neyi-15.
Amabhethri e-ROYPOW angekho kugridi asekela iminyaka engu-20 yokuphila kokuklama kanye nezikhathi ezingaphezu kuka-6,000 zempilo yomjikelezo. Ukuphatha ibhethri ngendlela efanele ngokunaka nokunakekelwa okufanele kuzoqinisekisa ukuthi ibhethri izofinyelela ubude bayo obuphelele bempilo noma nangaphezulu.
Amabhethri angcono kakhulu wezinhlelo zelanga ezingaphandle kwegridi yi-lithium-ion ne-LiFePO4. Kokubili kusebenza kahle kunezinye izinhlobo ezinhlelweni zokusebenza ezingaphandle kwegridi, enikeza ukushaja okusheshayo, ukusebenza okuphakeme, ubude bempilo, ukunakekelwa okuyiziro, ukuphepha okuphezulu, nomthelela ophansi kwezemvelo.
Xhumana nathi
Amathiphu: Mayelana nophenyo lwangemuva kokuthengisa sicela uthumele imininingwane yakholapha.
Amathiphu: Mayelana nophenyo lwangemuva kokuthengisa sicela uthumele imininingwane yakholapha.