The wheel design solar battery is engineered specifically for mobile and portable energy solutions. Each module is equipped with an intelligent Battery Management System (BMS), ensuring stable operation across various working environments, providing protection against over-voltage, under-voltage, over-current, short circuits, and extreme temperature conditions. Additionally, the product’s safety is significantly enhanced by a multi-layered design that incorporates material, cell, structural, and fire aerosol safeguards.
The wheel-designed lithium iron phosphate (LFP) battery module is engineered specifically for mobile and portable energy solutions. Each module is equipped with an intelligent Battery Management System (BMS), ensuring stable operation across various working environments, providing protection against over-voltage, under-voltage, over-current, short circuits, and extreme temperature conditions. Additionally, the product’s safety is significantly enhanced by a multi-layered design that incorporates material, cell, structural, and fire aerosol safeguards.
The wheel design allows the battery module to be easily moved and positioned, making it particularly suitable for applications that require frequent movement of energy storage. The structure of the wheels is robust, capable of handling challenges of various terrains, while offering superior suspension and shock absorption to ensure the integrity and safety of the battery during transportation. The wheel design also allows for more flexible layout and deployment, making it an ideal choice for temporary setups or remote locations.
In summary, the wheel-designed lithium iron phosphate (LFP) battery module combines advanced battery technology with a flexible mobile design, offering an efficient, reliable, and safe solution for various mobile and temporary energy needs.
| Grundlegende Spezifikationen | |
| • Nennspannung | 51,2 V |
| • Nennleistung | 200 Ah |
| • Nennenergie | 10240 Wh |
| • Lebensdauer | 6000 (0,5 °C bei 25 °C, 80% DOD) |
| • Design-Lebensdauer | 15 Jahre |
| Physikalische Spezifikationen | |
| • Abmessungen (L x B x H) | 420*570*740 mm |
| • Gewichte | 85 KGs |
| • Kathodenmaterial | Lithiumeisenphosphat (LiFePo₄) |
| • Gehäusematerial | ABS (Acrylnitril-Butadien-Styrol) |
| • Gehäusefarbe | Weiß |
| • Anzeigemethode | LED + LCD-Bildschirm |
| Betriebsspezifikationen | |
| • Spannungsbereich | 44,8-56 V |
| • Abschaltspannung | 44,8 V |
| • Empfohlener Ladestrom | ≤100 A |
| • Maximaler Ladestrom | 100 A |
| • Maximaler Entladestrom | 200 A |
| Umweltspezifikationen | |
| • Relative Luftfeuchtigkeit | 5-95% |
| • Ladetemperatur | -20 bis 45 °C / -4 bis 113 °F (Heizung aktiv, wenn unter 0 °C / 32 °F) |
| • Entladungstemperaturbereich | -20 bis 55 °C / -4 bis 131 °F |
| • Lagertemperaturbereich | -20 bis 55 °C / -4 bis 131 °F |
| Zertifizierungen | |
| • Sicherheit | CE- und IEC62619-konform |
| • Transport | UN38.3 |
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