Ibhetri yoMbane oPhezulu
I-Turbo H1
I-RENAC Turbo H1 yimodyuli ephezulu yombane, imodyuli yokugcina ibhetri. Inika imodeli ye-3.74 kWh enokwandiswa kuthotho ukuya kuthi ga kwiibhetri ezi-5 ezinomthamo we-18.7kWh. Ufakelo olulula ngeplagi kunye nokudlala.
- > 6000
Amaxesha obomi bomjikelo
- 5iiyunithi
Inkxaso ukuya kuma-5 amaqela
uqhagamshelwano olunxuseneyo
- IP65IP65 uyilo lwangaphandle
Iimodyuli ezizinzileyo,iplagi kunye noyilo lokudlala
Ixabiso eliphezulu lokutshaja / lokukhupha
Ukukhetha umthamo oguquguqukayo
Uphuculo lwe-firmware ekude kunye
ukuxilongwa nge-inverter
| Imowudi | I-TB-H1-3.74 | I-TB-H1-7.48 | I-TB-H1-11.23 | I-TB-H1-14.97 | I-TB-H1-18.7 |
| Inani leeModyuli | 1 | 2 | 3 | 4 | 5 |
| Amandla aNgamandla[kWh] | 3.74 | 7.48 | 11.23 | 14.97 | 18.7 |
| Amandla ombane ngegama[V] | 96 | 192 | 288 | 384 | 480 |
| Ubuninzi.UkuTshaja ngokuqhubekayo/ Ukukhupha okwangoku[A] | 30/30 | ||||
| Ukhuseleko lokungena | IP65 | ||||
Ibhetri yoMbane oPhezulu
I-RENAC Turbo H1 yimodyuli ephezulu yombane, imodyuli yokugcina ibhetri. Inika imodeli ye-3.74 kWh enokwandiswa kuthotho ukuya kuthi ga kwiibhetri ezi-5 ezinomthamo we-18.7kWh. Ufakelo olulula ngeplagi kunye nokudlala.
Khuphela Okunye Ividiyo yeMveliso
FAQs ezinxulumeneyo
- 1.Yintoni impazamo “i-BMS AD_AFE Fault” yebhetri ye-Turbo H1?
Ingxaki ibangelwa ulwahlulo olukhulu phakathi kwe "Total Cell voltage" kunye ne "AD System voltage" yebhetri, umehluko udlula i-15%, yenza ukulinganisa kwe-BMC okanye uphucule i-BMC kwinguqulo yakamuva ye-firmware, umba unokusombulula. Ukuba ingxaki isaqhubeka, nceda ubuyisele i-BMC.
- 2.Ithini impazamo “yeFault yeBattery Volt” kwibhetri yeTurbo H1?
Ingxaki ibangelwa kumbane ongaqhelekanga webhetri. Nceda ujonge ukuba amandla ombane ebhetri aqhelekile na. Ukuba amandla ombane ebhetri yingxaki, jonga ibhetri okanye uqhagamshelo lwebhetris. Ukuba amandla ombane ebhetri aqhelekile,kodwa umcimbi usekhona, ncedakhangela ukuba i-inverter iyakwazi ukubona umbane webhetri. Ukuba amandla ombane ebhetri akabonakalinge-inverter, nceda khangela ukuba amandlaintambo phakathi kwe-inverter nebhetri jonga ukuba ikho na'ikwimeko entle(ngamanye amaxesha ngenxa yokuba iitheminali zebhetri zingacinywangangokuqinileyo). Ukuba le ngxaki ingentlakwenziwekodwa ingxaki iyaqhubeka, buyiselazama ukutshintshaiBMC.
- 3.Kutheni ibhetri ye-Turbo H1 isoloko itsiba i-SOC okanye inokuhlawuliswa kuphela kwi-SOC ethile kwaye ayinakuhlawuliswa ukuya kwi-100%?
Ingcambu yesizathu kukuba xa umsebenzisi ebeka iibhetri, i-SOC yebhetri nganye ayihambelani, ibangela ukuba inkqubo ingene kwisimo esilinganayo.
Isisombululo:
Qhagamshela ibhetri nganye ngokwahlukileyo kwi-inverter, uyihlawulise ukuya kwi-20% okanye i-30%, emva koko uyikhuphe kwi-10%, kwaye ulinganise amandla ombane ebhetri, adla ngokuba yi-97V, qiniseka ukuba zonke iivoltiji zebhetri ziyi-97V, qhagamshela iibhetri kunye, uzihlawulise ukuya kwi-20% okanye i-30% nge-inverter, kwaye emva koko usete imowudi yokuguqula njenge "self-mode".
- 4.Indawo yokugcina impahla izilawula njani ezi bhetri ze-Turbo H1?
Imodyuli yebhetri kufuneka igcinwe icocekile, yomile, kwaye ifakwe umoya ngaphakathi ngaphakathi kunye noluhlu lweqondo lokushisa phakathi -10 ℃ ~ + 35 ℃, uthintele ukunxibelelana nezinto ezitshabalalisayo, ugcine kude nomlilo kunye nemithombo yobushushu, kwaye uhlawuliswe rhoqo emva kweenyanga ezintandathu ngaphandle kwe-0.5C (i-C-izinga ngumlinganiselo wesantya apho ibhetri ikhutshwe ngokumalunga nomthamo wayo ophezulu we-SOC ixesha elide.)
- 5.Ngaba kufuneka ndifake iswitshi ye-DC yangaphandle phakathi kwe-Turbo H1 BMC kunye ne-inverter?
Hayi, sele sinotshintsho lwe-DC kwi-BMC kwaye asikucebisi ukuba wongeze iswitsha ye-DC yangaphandle phakathi kwebhetri kunye ne-inverter. Kuba inokuphembelela umsebenzi wokutshaja kwangaphambili kwebhetri kwaye ibangele umonakalo wehardware kwibhetri nakwi-inverter ukuba uvula iswitshi yangaphandle yeDC emva kwexesha kunebhetri kunye ne-inverter. Ukuba sele uyifakile nceda uqinisekise ukuba inyathelo lokuqala livula iswitshi yangaphandle yeDC, emva koko uvule ibhetri kunye ne-inverter.
