Ko te PV Energy Storage System he rūnanga rokiroki hiko o waho katoa e whakauru ana i te pākahiko LFP, BMS, PCS, EMS, rangi, me nga taputapu tiaki ahi. Kei roto i tana hoahoa tauira ko te punaha punaha papahiko-hiko-hiko-hiko-hiko-papa-hiko-a-papahiko raupaparorohiko mo te whakaurunga me te tiaki ngawari. Kei roto i te punaha te whatanga pākahiko tino pai, te whakamaarama-a-rangi me te mana o te pāmahana, te rapu ahi me te tineia, te haumarutanga, te urupare ohorere, te aukati i te ngaru, me nga taputapu whakamarumaru whenua. Ka hangaia he otinga waro iti me te hua nui mo nga momo tono, ka whai waahi ki te hanga i te rauropi kore-wao hou me te whakaheke i nga tapuwae waro a nga umanga me te whakapai ake i te kaha o te kaha.
Ma tenei hangarau e whakarite kia utuhia, kia rite te tukunga o ia pūtau kei roto i te kete pākahiko, e whakanui ana i te kaha o te pākahiko me te whakaroa i tona roanga. Ka awhina ano hoki ki te aukati i te utu nui, te whakaheke ranei i te utu, tera pea ka raru te haumaru, ka heke ranei te mahi.
Ko te Pūnaha Whakahaere Pūhiko (BMS) te ine tika i te State of Charge (SOC), State of Health (SOH), me etahi atu tawhā tino nui me te wa whakautu mirihakona. Ma tenei ka whakarite kia mahi te pākahiko i roto i nga rohe haumaru me te whakarato mahi pono.
Ka whakamahia e te kete pākahiko nga pūtau pākahiko kounga teitei e hangaia ana mo te mauroa me te haumaru. Kei roto ano hoki he taputapu awhina pehanga e rua-papa e aukati ana i te taumahatanga me te punaha aroturuki kapua e tuku whakatupato tere ana mena he raru.
Ka tae mai te kete pākahiko me te whakaaturanga LCD mamati matawhānui e whakaatu ana i nga korero mo te wa-pono mo te mahi o te pākahiko, tae atu ki te SOC, ngaohiko, te mahana, me etahi atu tawhā. Ka awhina tenei i nga kaiwhakamahi ki te aro turuki i te hauora o te pākahiko me te arotau i tana whakamahinga.
Ka mahi tahi te BMS me etahi atu punaha haumaru i roto i te waka ki te whakarato i te mana haumarutanga matawhānui. Kei roto i tenei ko nga ahuatanga penei i te whakamarumaru o te utu, te whakamarumaru o te tuku, te whakamarutanga ara iahiko poto, me te whakamarumaru wera.
Ka mahi tahi te BMS me te papaa kapua e taea ai te kite i te mana o te pūtau pākahiko i roto i te waa-tūturu. Ka awhina tenei i nga kaiwhakamahi ki te aro turuki i te hauora o te pākahiko me te kite i nga take i mua i to raatau kino.
Tauira | SFQ-E241 |
Tawhā PV | |
Te mana whakatau | 60kW |
Te kaha whakaurunga teitei | 84kW |
Ngaohiko whakauru Max | 1000V |
awhe ngaohiko MPPT | 200~850V |
Ngaohiko timata | 200V |
Raina MPPT | 1 |
Tauru nui o naianei | 200A |
Tawhā pākahiko | |
Momo pūtau | LFP 3.2V/314Ah |
Ngaohiko | 51.2V/16.077kWh |
Whirihoranga | 1P16S*15S |
Awhe ngaohiko | 600~876V |
Mana | 241kWh |
Atanga whakawhitiwhiti BMS | KIA/RS485 |
Te utu me te reanga tuku | 0.5C |
AC i runga i nga tawhā mātiti | |
Kua whakatauhia te mana AC | 100kW |
Te kaha whakaurunga teitei | 110kW |
Ngaohiko tukutuku kua whakatauhia | 230/400Vac |
Te auau tukutuku kua whakatauhia | 50/60Hz |
Tikanga uru | 3P+N+PE |
Max AC nāianei | 158A |
Ihirangi Harmonic THDi | ≤3% |
AC atu tawhā mātiti | |
Te mana whakaputa nui | 110kW |
Ngaohiko putanga whakatau | 230/400Vac |
Nga hononga hiko | 3P+N+PE |
Te auau putanga kua tohua | 50Hz/60Hz |
Max putanga o nāianei | 158A |
Te kaha o te taumaha | 1.1 wa 10min i te 35 ℃/1.2wa 1min |
Kore taurite te kaha kawenga | 100% |
Parenga | |
Whakauru DC | Utaina te pana+Bussmann fuse |
Kaitahuri AC | Kaiwhati iahiko Schneider |
Putanga AC | Kaiwhati iahiko Schneider |
Tiaki ahi | PACK taumata parenga ahi+te auahi+te werawera, perfluorohexaenone pipeline pūnaha tinei ahi |
Tawhā whānui | |
Ahu (W*D*H) | 1950mm * 1000mm * 2230mm |
Taumaha | 3100kg |
Te tikanga whangai ki roto, ki waho | Raro-roto me Raro-waho |
Te pāmahana | -30 ℃~+60 ℃ (45 ℃ whakahekeheke) |
Te teitei | ≤ 4000m (>2000m te whakaheke) |
Koeke tiaki | IP65 |
Tikanga whakamatao | Whakarererangi (he mea whakamahana wai hei whiriwhiri) |
Atanga whakawhitiwhiti | RS485/CAN/Ethernet |
Kawa korero | MODBUS-RTU/MODBUS-TCP |
Whakaatu | Paa mata/puara kapua |