BLUETTI EP500 3-Unit Power Station Kit (15,360Wh)

Equipment Type and Primary Applications: Portable lithium-storage power station kit engineered for whole-home backup, off-grid grid independence, and continuous critical load protection.
Performance Specifications: Total capacity 15,360Wh across three independent 5,120Wh modules. Combined continuous pure sine wave output delivers 6,000W (2,000W per unit). LiFePO4 chemistry rated for 6,000+ cycles to 80% state of health. Supports AC mains, photovoltaic solar arrays, and vehicular DC inputs. EPS and configurable UPS modes enable instantaneous switchover for uninterrupted infrastructure supply. Operating range: 0°C–40°C charge temperature, -20°C–60°C discharge range.
Safety Features and Certifications: Multi-stage battery management system enforces strict limits on current draw, voltage fluctuation, and internal temperature. Insulated terminal compartments prevent accidental contact. System enclosure design complies with standard stationary electrical codes for residential and commercial deployment.
Installation and Maintenance Requirements: Position units on level flooring with adequate lateral clearance for heat dissipation. Power via standard wall outlets or compatible solar harnesses. Initial commission requires full baseline charging before connecting critical loads. Keep ventilation gaps unobstructed and run annual functional diagnostics through the integrated touchscreen.
Warranty and Service Information: Five-year limited warranty covers premature cell degradation below 80% nominal capacity and core inverter defects. Technical support provides diagnostic triage within 24 hours. Replacement hardware follows standard manufacturer exchange protocols.
Branding and References: Manufactured by BLUETTI Technology Co., Ltd. under model designation EP500. Complete setup guides, electrical load charts, and compliance documentation are referenced in the official product datasheet.
Differentiators: Modular paralleling design synchronizes three independent housings into a single power bank while maintaining separate thermal zones, eliminating shared-heat throttling during peak discharge cycles.