BLUETTI EP500 3-Unit Power Station Kit, 15,360Wh
Equipment Type and Primary Applications
The BLUETTI EP500 three-unit kit combines 15,360Wh of LiFePO4 energy storage with 6,000W of continuous pure sine wave output for whole-home backup, off-grid operation, and continuous protection of critical loads.
Performance Specifications
- Total energy capacity: 15,360Wh across three independent 5,120Wh modules.
- Continuous AC output: 6,000W combined, rated at 2,000W per unit.
- Battery chemistry: LiFePO4, rated for more than 6,000 cycles to 80% state of health.
- Charging inputs: AC mains, photovoltaic solar arrays, and vehicular DC.
- Backup operation: EPS and configurable UPS modes provide instantaneous switchover for uninterrupted infrastructure supply.
- Operating temperature: 0°C to 40°C while charging; -20°C to 60°C while discharging.
Safety Features and Certifications
- Multi-stage battery management system limits current draw, voltage fluctuation, and internal temperature.
- Insulated terminal compartments help prevent accidental contact.
- Enclosure design complies with standard stationary electrical codes for residential and commercial deployment.
Installation and Maintenance Requirements
Place each unit on level flooring with adequate lateral clearance for heat dissipation. Connect to standard wall outlets or compatible solar harnesses. Fully charge the system for baseline commissioning before connecting critical loads. Keep ventilation gaps unobstructed and perform annual functional diagnostics using the integrated touchscreen.
Warranty and Service Information
The five-year limited warranty covers premature cell degradation below 80% of nominal capacity and core inverter defects. Technical support provides diagnostic triage within 24 hours. Replacement hardware follows standard manufacturer exchange protocols.
Branding/References
Manufactured by BLUETTI Technology Co., Ltd.; model designation EP500. Setup guides, electrical load charts, and compliance documentation are referenced in the official product datasheet.
Differentiators
Three independent housings synchronize into one power bank while retaining separate thermal zones, helping eliminate shared-heat throttling during peak discharge cycles.