Ukubambelela kwinkolelo "yokwenza izinto eziphezulu kuluhlu kunye nokwenza abahlobo nabantu namhlanje abavela kwihlabathi liphela", sihlala sibeka umdla wabathengi kwindawo yokuqala kwiFactory yaseChina eNgqongileyo yeVanadium Redox Flow Cell yeBattery, eyethu. ezona njongo ziphambili kukubonelela abathengi bethu kwihlabathi liphela ngomgangatho olungileyo, ixabiso elikhuphisanayo, ukuhanjiswa okwanelisekayo kunye neenkonzo ezigqwesileyo.
Ukubambelela kwinkolelo "yokwenza izinto eziphezulu kuluhlu kunye nokwenza abahlobo nabantu namhlanje abavela kwihlabathi liphela", sihlala sibeka umdla wabathengi kwindawo yokuqala, Inkampani yethu ingumnikezeli wehlabathi kolu hlobo lwentengiso. . Sikunika ukhetho olumangalisayo lwezinto ezikumgangatho ophezulu. Injongo yethu kukuyolisa ngengqokelela yethu eyahlukileyo yeemveliso ezinengqondo ngelixa sibonelela ngexabiso kunye nenkonzo ebalaseleyo. Injongo yethu ilula: Ukuhambisa iimveliso ezingcono kunye nezisombululo kunye nenkonzo kubathengi bethu ngamaxabiso aphantsi kunokwenzeka.
Inkqubo yokugcina amandla ye-vanadium redox flow ibhetri ineenzuzo zobomi obude, ukhuseleko oluphezulu, ukusebenza kakuhle okuphezulu, ukubuyiswa lula, ukuyila okuzimeleyo kwamandla ombane, ukuhambelana nokusingqongileyo kunye nokungangcoli.
Amandla ahlukeneyo anokuqwalaselwa ngokwemfuno yomthengi, edityaniswe ne-photovoltaic, amandla omoya, njl. ukugcinwa kwamandla ezolimo, ipaki yoshishino kunye nezinye izihlandlo.
| I-VRB-5kW/30kWh IiParameters ezingundoqo zobuGcisa | ||||
| Uthotho | Isalathiso | Ixabiso | Isalathiso | Ixabiso |
| 1 | Ulinganiso lweVoltage | 48V DC | Ikalwe ngoku | 105A |
| 2 | Ilinganiswe Amandla | 5kW | Ixesha elibekiweyo | 6h |
| 3 | Rated Energy | 30kWh | Umthamo olinganiselweyo | 630Ah |
| 4 | Ireyithi yokuSebenza | >75% | Umthamo we-Electrolyte | 1.5m3 |
| 5 | Ubunzima bebhetri | 2.4t | Ubungakanani bebhetri | 2.0m×1.2m×2.0m |
| 6 | Electrolyte | 1.6M | Ubushushu bokusebenza | -20C ~ 60C |
| 7 | UkuTshaja Umlinganiselo weVoltage | 60VDC | Ukukhutshwa komda weVoltage | 40VDC |
| 8 | Cycle Life | > 20000 amaxesha | Ubuchule bangoku | 98.6% |
| 9 | I-Voltage Efficiency | 83.5% | Ukusebenza kakuhle kwamandla | 82.3% |
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