I-GBP-H2 yeLithium yeBattery yeQela lokuGcina iNkqubo yokuGcina amandla
Intshayelelo yemveliso
Iimveliso zebhetri ze-GBP-H2 ziyi-high-voltage kunye neenkqubo ezinkulu zomthamo eziphuhliselwe umbane ongxamisekileyo wezoshishino kunye nezorhwebo, ukucheba okuphezulu kunye nokuzaliswa kwentlambo, kunye nokunikezelwa kwamandla kwiindawo ezikude zeentaba, iziqithi, kunye nezinye iindawo ngaphandle kombane kunye nombane obuthathaka. Ukusebenzisa iiseli ze-lithium iron phosphate kunye nokuqwalasela inkqubo ye-BMS elungiselelwe ukulawula ngokufanelekileyo iiseli, xa kuthelekiswa neebhetri zendabuko, inomsebenzi ongcono kakhulu wemveliso kunye nokhuseleko, kunye nokuthembeka. Unxibelelwano oluhlukeneyo lonxibelelwano kunye namathala eencwadi eprothokholi yesoftware yenza ukuba inkqubo yebhetri inxibelelane ngokuthe ngqo nazo zonke ii-inverters eziphambili kwimarike. Imveliso inemijikelo emininzi yentlawulo kunye nokukhupha, ukuxinana kwamandla aphezulu, kunye nobomi benkonzo ende. Uyilo olulodwa kunye nokuveliswa kwezinto ezintsha kuye kwaqhutywa ngokuhambelana, ukuxinana kwamandla, ukubeka iliso okuguquguqukayo, ukhuseleko, ukuthembeka, kunye nembonakalo yemveliso, enokuthi izise abasebenzisi amava okufaka isicelo sokugcina amandla angcono.
Itekhnoloji yebhetri yeLithium-ion
Iisistim zogcino lwebhetri yeLithium ziyilelwe ukuguqula indlela esiwugcina ngayo kunye nokusebenzisa umbane. Inkqubo isebenzisa iteknoloji yebhetri ye-lithium-ion ukubonelela ngesisombululo esihlala ixesha elide kunye nesisebenzayo sokugcina amandla. Nokuba ufaka iipaneli zelanga eluphahleni lwakho okanye uthembele kwigridi, inkqubo ikuvumela ukuba ugcine amandla angaphezulu ngexesha leeyure ezingasebenziyo kwaye uyisebenzise ngexesha lombane ophakamileyo okanye ukuphuma.
Uyilo lwemodyuli
Enye yeempawu ezibalaseleyo zale nkqubo yokugcina amandla yi-compact kunye noyilo lwemodyuli. Ipakethi yebhetri ye-lithium-ion ekhaphukhaphu inokufakwa ngokulula naphi na kwipropati yakho, nokuba ikumgangatho ongaphantsi, igaraji, okanye naphantsi kwezinyuko. Ngokungafaniyo neenkqubo zebhetri ezinkulu, olu luyilo lucekeceke lukhulisa indawo, luyenza ilunge kumakhaya anendawo enyiniweyo okanye amaziko orhwebo ajonge ukonyusa umthamo wokugcina amandla.
Ukhuseleko
Ukhuseleko luhlala luhamba phambili, ngakumbi xa kuziwa kwiinkqubo zokugcina amandla. Inkqubo yethu yokugcina amandla ebhetri ye-lithium ixhotyiswe ngamanyathelo okhuseleko amaninzi, ekuvumela ukuba uyisebenzise ngoxolo lwengqondo. Ezi ziquka iinkqubo ezidibeneyo zokukhusela umlilo, iindlela zokulawula ukushisa, kunye nokukhuselwa kwe-overcharge. Inkqubo kwakhona yenzelwe ukuqhawula kumandla ombane xa kukho imeko engxamisekileyo, ukubonelela ngokhuseleko olongezelelweyo kwiingozi zombane.
Uzinzo
Le nkqubo yokugcina amandla ayinikezeli kuphela amandla okugcina athembekileyo ngexesha lokuphuma kombane, kodwa ikwanceda ekunciphiseni ukuxhomekeka kwakho kwigridi. Ngokugcina amandla agqithisileyo avela kwimithombo evuselelekayo efana neepaneli zelanga okanye iiinjini zomoya, unokunciphisa unyawo lwakho lwekhabhoni kwaye ube negalelo kwikamva elizinzileyo. Le nkqubo ikuvumela ukuba ube nokuzimela kwaye ungaxhomekeki kumafutha e-fossil, okukhokelela kwindawo eluhlaza, ecocekileyo.
Imveliso eluncedo
* Uyilo lwemodyuli, ukudityaniswa okuphezulu, ukugcina indawo yokufaka;
* Ukusebenza okuphezulu kwe-lithium iron phosphate cathode, kunye nokuhambelana kakuhle kondoqo kunye nobomi boyilo obungaphezulu kweminyaka eyi-10.
* Ukutshintshwa kwe-touch enye, ukusebenza kwangaphambili, i-wiring yangaphambili, ukulula kokufakela, ukugcinwa kunye nokusebenza.
* Imisebenzi eyahlukeneyo, ukukhuselwa kwe-alam yobushushu obungaphaya kobushushu, ukuchasa kakhulu kunye nokhuseleko lokukhupha ngaphezulu, ukhuseleko olufutshane.
* Iyahambelana kakhulu, inxibelelana ngokungenamthungo kunye nezixhobo eziphambili ezifana ne-UPS kunye nokuveliswa kwamandla efotovoltaic.
* Iindlela ezahlukeneyo zonxibelelwano lonxibelelwano, i-CAN/RS485 njl.inokwenziwa ngokwezifiso ngokweemfuno zabathengi, kulula ukubeka iliso kude.
* Uluhlu olusebenzisekayo oluguquguqukayo, lunokusetyenziswa njengonikezelo lwamandla lodwa lwe-DC, okanye njengeyunithi esisiseko ukwenza iintlobo ngeentlobo zokucaciswa kogcino lwamandla ombane kunye neenkqubo zokugcina amandla kwizikhongozeli. Ingasetyenziswa njengonikezelo lwamandla oluyi-abackup kwizikhululo zesiseko se-communicatlon, unikezelo lwamandla okuxhasayo kumaziko edijithali, unikezelo lwamandla okugcina amandla ekhaya, unikezelo lwamandla okugcina amandla kwimizi-mveliso, njl.
Iimpawu zokuSebenza
* Ixhotyiswe ngesikrini esichukumisayo ukubonisa ngokubonakalayo imeko yokusebenza yepakethi yebhetri
* Ufakelo olufanelekileyo lwemodyuli
* Umbane okhethekileyo, ukuhambelana okuguquguqukayo kwenkqubo yamandla
* Ubomi bomjikelo ongaphezulu kwemijikelo engama-5000.
* Ngemowudi yokusetyenziswa kwamandla aphantsi, ukuqalisa kwakhona isitshixo esinye kuqinisekisiwe phakathi kweeyure ezingama-5000 ngexesha lokulinda, kwaye idatha iyagcinwa;
* Impazamo kunye neerekhodi zedatha zomjikelo wobomi bonke, ukujongwa kweempazamo, ukuphuculwa kwesoftware ye-intanethi.
IParameter yePaki yebhetri
| Inombolo yoMfanekiso | GBP9650 | GBP48100 | GBP32150 | GBP96100 | GBP48200 | GBP32300 |
| Uguqulelo lweseli | 52AH | 105AH | ||||
| Amandla aqhelekileyo (KWH) | 5 | 10 | ||||
| Umthamo wegama(AH) | 52 | 104 | 156 | 105 | 210 | 315 |
| Umbane oqhelekileyo (VDC) | 96 | 48 | 32 | 96 | 48 | 32 |
| Uluhlu lwamandla ombane osebenzayo (VDC) | 87-106.5 | 43.5-53.2 | 29-35.5 | 87-106.5 | 43.5-53.2 | 29-35.5 |
| Ubushushu bokusebenza | -20-65℃ | |||||
| IP grade | IP20 | |||||
| Ubunzima bereferensi(Kg) | 50 | 90 | ||||
| Ubungakanani bereferensi(Ubunzulu*Banzi*Ubude) | 475*630*162 | 510*640*252 | ||||
| Qaphela: Ipakethi yebhetri isetyenziswe kwinkqubo, i-cycle life2 5000, phantsi kwemeko yokusebenza ye-25 ° C, 80% DOD. Iisistim ezinamaqondo omthamo ohlukeneyo wombane zinokumiselwa ngokweenkcukacha zepakethi yebhetri | ||||||
Iprojekthi
