BLUETTI AC200PL Portable Power Station | 2,400W 2,304Wh
Equipment Type: High-capacity lithium iron phosphate (LiFePO4) portable power station.Primary Applications: Residential emergency backup, recreational vehicle deployment, and off-grid work site operations requiring sustained appliance and tool runtime.
Performance Specifications- Battery capacity: 2,304Wh expandable to 6,604Wh (2×B210P) or 7,834Wh (2×B300K)
- Continuous AC output: 2,400W pure sine wave
- Surge handling: 3,600W via Power Lifting Mode
- Solar input: 1,200W maximum (12–145VDC operating range)
- AC recharge rate: 2,400W input, 0–80% in approximately 1.5 hours
- UPS transfer time: ≤20 milliseconds
- Output matrix: 11 total ports comprising dual 15W wireless pads and one 48V/8A DC port
- Integrated battery management system (BMS) providing overcharge, deep discharge, short-circuit, and thermal overrun protection
- Ruggedized enclosure meets IP65 surface dust resistance; internal topology adheres to standard utility-grade galvanic isolation practices
- Position on level, structurally sound flooring; maintain unobstructed clearance around vents for passive convective cooling
- Wire photovoltaic inputs within the 12–145VDC open-circuit limit to prevent controller damage
- Conduct quarterly terminal torque verification and annual firmware synchronization through the integrated Wi-Fi module to preserve cell balance
- Five-year coverage addressing manufacturing defects and capacity retention below published degradation curves
- Support routed through authorized distributor networks for diagnostic triage and OEM replacement components
- Service response follows standard commercial equipment dispatch protocols
- Manufacturer: BLUETTI
- Model: AC200PL
- Expands using paired B210P or B300K battery modules
- System monitoring utilizes dedicated mobile application connectivity via Wi-Fi and Bluetooth telemetry
- Built-in Power Lifting algorithm dynamically adjusts voltage profiles to safely energize high-inductive compressor appliances exceeding standard continuous ratings without triggering protective shutdowns