Dawnice DW120 120kW EV Charging & Energy Storage Whole System Solution

Dawnice DW120: High Efficiency 120kW EV Charging & 265kWh LiFePO₄ Energy Storage System

1. High-Efficiency EV Charging PerformanceBoasting a 120kW rated charging power and dual guns with 200A current per gun, this solution delivers fast charging for electric vehicles. With a maximal efficiency of ≥95% and a power factor of ≥99%, it minimizes energy loss while ensuring stable power output to meet high-demand charging scenarios.
2. Reliable LiFePO₄ Energy StorageEquipped with a 265kWh LiFePO₄ battery (238.74kWh usable energy at 90% DOD), the system provides long-lasting energy support for off-peak charging or grid backup. It features an impressive cycle life of ≥8000 cycles (at 25℃, 0.5C, 90% DOD, 70% EOL) and a 5+5-year warranty, guaranteeing long-term operational reliability.
3. Multi-Scenario AdaptabilityDesigned with an operating temperature range of -30℃~55℃ (derating above 45℃) and an IP54 protection rating (optional C5 anti-corrosion grade), the system performs stably in harsh outdoor environments like high temperature, cold, dust, and rain. It also supports both on-grid and off-grid modes (125kW rated power for both), fitting diverse application needs.
4. Flexible PV IntegrationThe system includes a 120kW PV input with a 200~700V MPPT voltage range and 1 MPPT tracker, enabling efficient absorption of solar energy to power EV charging or store in the battery. With a 250V start-up voltage and 200A max PV current, it optimizes solar energy utilization for sustainable operation.
5. Convenient User Interaction & PaymentFeaturing 4G and Ethernet communication for real-time data transmission, the system supports multiple user-friendly payment methods: RFID Card, Password Charging, QR Code Scanning, and Bank Card. This simplifies the charging process and caters to different user payment habits.
6. Easy Maintenance & Space-Saving DesignWith a dual-compartment cooling system (battery compartment air conditioning, electrical compartment fan) and a compact dimension of 1758×1476×2135mm, the system balances effective heat dissipation and space efficiency. The structured design also facilitates quick on-site maintenance, reducing downtime for system upkeep.

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