| No. de Modèle |
|
|
|---|---|---|
| Configuration | Empilable | |
| Type de Système de Stockage | LFP (LiFePO4) | |
| Parties | BMS | |
| Options de Montage | Mur | |
| Tension Nominale |
|
|
| Plage de Tension de Fonctionnement | 43.2 - 58.4 V | |
| Capacité Nominale |
|
|
| Énergie Nominale |
|
|
| Courant de Décharge Max. |
|
|
| Courant de Charge Max. |
|
|
| Cycle de Vie | 6000@80%DOD | |
| Température de Charge | -0 ~ +40 ℃ | |
| Température de Décharge | -10 ~ +50 ℃ | |
| Température de Stockage | -20 ~ +55 ℃ | |
| Dimensions (L*L*H) |
|
|
| Poids |
|
|
| Communication | CAN, RS485 | |
| Télécharger le PDF du Fabricant | ||
Energy Storage System (ESS) can store energy, through a medium or device, in the same form or converted into another form of energy, and release it in a specific form of energy based on future applications. Energy storage system is an important part of the "generation-transmission-transformation-distribution-use" link of the power grid, and is an indispensable part of energy Internet and smart energy. It meets the application needs of on-site peak shaving, off-grid backup power supply, self-generation and self-use. Our company can provide 100KW/200kWh-1MW/2MWh container energy storage R&D and production.