Ibhetri yoMbane oPhezulu
I-Turbo H3
I-RENAC Turbo H3 Series yibhetri ye-lithium ephezulu yombane othatha ukuzimela kwakho ukuya kwinqanaba elitsha. Uyilo olubambeneyo kunye nePlag & Dlala kulula ukuthutha kunye nokufakwa. Ubuninzi bamandla kunye nemveliso yamandla aphezulu yenza ukuba ugcino lwekhaya lonke liphelele ngexesha eliphakamileyo kunye nokucima umbane. Ngokujonga idatha yexesha lokwenyani, ukuphuculwa okude kunye nokuxilongwa, kukhuselekile kusetyenziso lwasekhaya.
- -17℃
Ukutshaja okuphantsi
ubushushu
- 6iiyunithi
Inkxaso ukuya kwiiyunithi ezi-6
uqhagamshelwano olunxuseneyo
- IP66IP66 uyilo lwangaphandle
Ixhaswe yiCATL LiFePO4 iiseli zebhetri
Ixabiso eliphezulu lokutshaja / lokukhupha
Ukuqaphela okuzenzekelayo kwemodyuli
Ukuphuculwa kwe-firmware ekude kunye nokuxilongwa nge-inverter
| Imowudi | I-TB-H3-7.1 |
| Amandla aNgamandla[kWh] | 7.1 |
| Amandla ombane ngegama[V] | 307.2 |
| Ubuninzi.UkuTshaja ngokuqhubekayo/ Ukukhupha okwangoku[A] | 18.4 |
| Amandla Aphezulu[kW] | 7.5 |
| Ukhuseleko lokungena | IP65 |
Ibhetri yoMbane oPhezulu
I-RENAC Turbo H3 Series yibhetri ye-lithium ephezulu yombane othatha ukuzimela kwakho ukuya kwinqanaba elitsha. Uyilo olubambeneyo kunye nePlag & Dlala kulula ukuthutha kunye nokufakwa. Ubuninzi bamandla kunye nemveliso yamandla aphezulu yenza ukuba ugcino lwekhaya lonke liphelele ngexesha eliphakamileyo kunye nokucima umbane. Ngokujonga idatha yexesha lokwenyani, ukuphuculwa okude kunye nokuxilongwa, kukhuselekile kusetyenziso lwasekhaya.
Khuphela Okunye Ividiyo yeMveliso
FAQs ezinxulumeneyo
- 1.Kutheni ibhetri yeTurbo H3 icinyiwe ngokuzenzekelayo?
Xa i-SOC yebhetri ingaphantsi kwe-8% kwaye ibhetri ayihlawuliswanga ngaphakathi kwemizuzu eyi-10, i-breaker yebhetri iya kucima ngokuzenzekelayo ukukhusela ibhetri ukuba ingakhutshwa ngokupheleleyo, xa inkqubo ye-photovoltaic ivuliwe (ilanga elaneleyo ukuhlawula ibhetri), ibhetri iya kuvuswa ngokuzenzekelayo.
- 2. Ngaba iibhetri zingaqhagamshelwa ngokuhambelanayo?
Ewe, inokudityaniswa ngokuhambelanayo.
YeTurbo H1:
Abasebenzisi kufuneka bathenge ibhokisi yokudibanisa ukuze badibanise iibhetri ngokuhambelanayo.
1. I-inverter engumxube ye-N1 HVingayiiqhagamshelwe kwi-Turbo H1 battery. I-inverter enye ye-N1 HV hybrid inokudibanisa i-5 Turbo H1 iyonkeiiseti zebhetri(5 BMCsngokupheleleyo) ngokuhambelanayo, kunye nebhetri nganyeisetiunakobe qhagamshelaedukuya kuthi ga kwiimodyuli zebhetri ezi-4. Iyonke yi-74.8kWh.
2. I-N3 HV hybrid inverter inokudityaniswa ne-Turbo H1 battery. I-inverter enye ye-N3 HV hybrid inokudibanisa i-5 Turbo H1 iyonkeiiseti zebhetri(i-5 BMC iyonke) ngokuhambelanayo, kunye nebhetri nganyeisetiunakobe qhagamshelaedixhomekeke ku5iimodyuli zebhetri. Iyonke ngama-93.5kWh.
YeTurbo H3:
I-N3 HV hybrid inverter inokuqhagamshelwa kwibhetri yeTurbo H3, kunye ne-N3 HV hybrid inverter enye inokudityaniswa.be qhagamshelaedukuya kwi-6 Turbo H3 iyonkeiibhetringaxeshanye,a iyonkeof 57kWh.
YeTurbo L1:
I-N1 HL hybrid inverter inokudityaniswa ne-Turbo L1 battery, kunye ne-N1 HL hybrid inverter enyebe qhagamshelaedukuya kwi-5 Turbo L1 iyonkeiibhetringokuhambelanayo, kunye no-aiyonkeamandla angama-26.5kWh.
- 3.Ingakwazi i-Turbo H3 ukuqhagamshela kwi-N1 HV hybrid inverter?
Ewe, i-N1 HV hybrid inverter inokuqhagamshelwa kwibhetri yeTurbo H3. I-inverter enye ye-N1 HV hybrid inokungqamana netotali yeebhetri ezi-5 ze-Turbo H3, ezine-47.5kWh iyonke.
- 4.Indlela yokongeza ibhetri ye-Turbo H3 kwinkqubo?
Ukuhlawula okanye ukukhupha ibhetri yokuqala kwi-30%, emva koko udibanise ibhetri entsha kwi-parallel system ngokuhambelana nomzobo wokudibanisa, uqinisekise i-SOC kunye ne-voltage engaguqukiyo yazo zonke iibhetri ngaphambi kokuba zidibanise.
