Katoa i roto i te Kotahi ESS Battery
30kW / 60kWh 70kWh 80kWh 90kWh
Ko te BSLBATT DyniO he punaha rokiroki pākahiko ESS katoa-i-kotahi e whakakotahi ana i te kaitahuri ranu 30kW, pouaka mana ngaohiko teitei, me te 60kWh / 70kWh / 80kWh / 90kWh Li-Ion kōwae pākahiko mo nga punaha AC-honohono me te DC-hononga. kia tere ake, kia ngawari ake hoki te hanga i a koe ake punaha rokiroki hiko solar.
He pai, he pono, he taumau: Katoa i roto i te Kotahi ESS Battery 30kW / 60 ~ 90kWh
Ko te ESS-GRID DyniO he punaha pākahiko katoa-i-kotahi tino pai, pono-nui i whakawhanakehia mo nga miihini rokiroki hiko iti me te reo-rahi, e tautoko ana i te urunga photovoltaic, kei roto te EMS, me te taputapu whakawhiti-waho, e tautoko ana i nga mahi whakarara o he maha nga waeine, e tautoko ana i te mahi ranu hinu-miihini, me te tautoko i nga mahi whakawhiti tere i waenga i te matiti-a-waho.
E pa ana ki nga momo ahuatanga penei i te ahumahi iti me te arumoni, nga microgrids motu iti, nga paamu, nga kaainga, te whakamahi i te papahiko, me etahi atu hei whakatutuki i nga hiahia o nga kaiwhakamahi rereke.
Nga waahanga hua
ESS-IN-ONE KATOA
Ora roa
Neke atu i te 6000 huringa @ 90% DOD
Te Mana Iti
He iti te kohi hiko tatari ≤15W, he iti iho i te 100W te ngaronga mahi kore-uta
Hoahoa Modular
Tāpirihia te maha o ngā kōwae pūhiko ina hiahiatia
Taumahi Whakawhiti Moni
Tautokohia te whakawhiti korekore i waenga i te whakarara me te matiti-atu (iti iho i te 5ms)
Mahi Haruru
He iti iho i te 20dB te taumata haruru o te miihini katoa
Tino Whakauru
Hanga-i roto i te Hybird Inverter, BMS, EMS, Peeke pākahiko
Nga Whakakotahitanga Hiko Maha me te Kaha
- 15kW / 38kWh 46kWh 54kWh 62kWh
- 30kW / 62kWh 69kWh 77kWh 85kWh 93kWH
E tautoko ana i te roha taha AC
Ko te taha AC o te Katoa i roto i te Kotahi ESS e tautoko ana i nga waahanga e 3 i roto i te mahi whakarara, i waho-matiti ranei, a ka eke te kaha ki te 90kW.
| Tawhā Pūhiko | |||||
| Tauira Pūhiko | PAKI HV 8 | PAKI HV 9 | PAKI HV 10 | PAKI HV11 | PAKI HV12 |
| Te maha o nga putea pākahiko | 8 | 9 | 10 | 11 | 12 |
| Ngaohiko Whakatau (V) | 460.8 | 518.4 | 576 | 633.6 | 691.2 |
| Awhe Ngaohiko (V) | 410.4 -511.2 | 461.7-575.1 | 513.0-639.0 | 564.3-702.9 | 615.6-766.8 |
| Pūngao Whakatau (kWh) | 62.4 | 69.9 | 77.7 | 85.5 | 93.3 |
| Max. Te Whakarere O Naianei (A) | 67.5 | ||||
| Porohita Ora | 6000 Porohita @90% DOD | ||||
| Tawhā PV | |||||
| Tauira Hurihuri | INV C30 | ||||
| Te Mana Nui | 19.2kW+19.2kW | ||||
| Ngaohiko PV Morahi | 850V | ||||
| Ngaohiko Timata PV | 250V | ||||
| Awhe Ngaohiko MPPT | 200V-830V | ||||
| Morahi PV o nāianei | 32A+32A | ||||
| Taha AC (Hono-Matiti) | |||||
| Te Mana Whakatau | 30kVA | ||||
| Whakatauhia o naianei | 43.5A | ||||
| Ngaohiko Matiti Whakatauria | 400V/230V | ||||
| Awhe Ngaohiko Matiti | -20%~15% | ||||
| Awhe Auautanga Ngaohiko | 50Hz/47Hz~52Hz | ||||
| 60Hz/57Hz~62Hz | |||||
| Ngaohiko Harmonics | ＜5% (>30% Uta) | ||||
| Tauira Mana | -0.8~0.8 | ||||
| Taha AC (Matiti-atu) | |||||
| Te Mana Putanga Whakatauria | 30kVA | ||||
| Te Mana Putanga Morahi | 33kVA | ||||
| Whakatauria Putanga o naianei | 43.5A | ||||
| Morahi Putanga Naianei | 48A | ||||
| Ngaohiko Whakatau | 400V/230V | ||||
| Kore taurite | ＜3% (Uta Atete) | ||||
| Harmonics Ngaohiko Huaputa | 1 | ||||
| Awhe auau | 50/60Hz | ||||
| Te Utaha Putanga (Naianei) | 48A＜Ka utaina e ahau ≤54A/100S 54A＜Ka utaina e ahau ≤65A/100S | ||||
| Tawhā Pūnaha | |||||
| Whakawhitiwhiti Por | EMS:RS485 Pūhiko: CAN/RS485 | ||||
| DIDO | DI: 2-ara MAHI: 2-ara | ||||
| Te mana teitei | 97.8% | ||||
| Tāutatanga | Tāpare Kōkuhu | ||||
| Ngaronga | Tatari <10W, Mana kore-uta <100W | ||||
| Ahu(W*L*H) | 586*713*1719 | 586*713*1874 | 586*713*2029 | 586*713*2184 | 586*713*2339 |
| Taumaha(kg) | 617 | 685 | 753 | 821 | 889 |
| Parenga | IP20 | ||||
| Awhe Pawera | -30~60 ℃ | ||||
| Awhe haumākū | 5~95% | ||||
| Te whakamatao | Maamaa Matao Air Force | ||||
| Te teitei | 2000m (90%/80% whakahekenga mo te 3000/4000 mita) | ||||
| Tiwhikete | Kaihurihuri | CE / IEC62019 / IEC6100 / EN50549 | |||
| Pūhiko | IEC62619 / IEC62040 / IEC62477 / CE / UN38.3 | ||||
