BLUETTI AC2P | 300W | 230Wh Portable Power Station

    
By Bluetti

Model

Delivery available

Bluetti AC2P 300W 230.4Wh Portable Power Station 

  • Compact 230.4Wh LiFePO₄ power station with 300W AC output for laptops, comms gear and small tools on the move or during outages.
  • Fast 270W AC charging to 80% in about 45 minutes, with optional 200W DC/solar input for off‑grid top‑ups on site or on the road.
  • Lightweight 3.6kg unit with integrated UPS function (≤20ms switchover) for keeping essential electronics running during brief power cuts.

The Bluetti AC2P Portable Power Station is a small, practical unit for powering and protecting essential devices where mains power is limited or unreliable. With 230.4Wh of LiFePO₄ storage and a 300W pure sine wave inverter (600W lifting mode), it suits laptops, comms equipment, lighting, test instruments and small appliances in vehicles, site cabins or offices. Rapid AC charging, DC/solar input and built‑in UPS capability make it a useful backup tool for UK logistics, survey teams and light commercial users who need portable, dependable power.

Key features

  • 230.4Wh LiFePO₄ battery rated for stable, repeatable daily use, ideal for regular field work and backup tasks.
  • 300W total AC output with 600W lifting power for short‑term resistive loads, covering most small office and site electronics.
  • Fast 270W AC charging (0–80% in around 45 minutes between 10–30°C) plus 200W DC input for solar or vehicle charging via XT60.
  • Integrated UPS mode with ≤20ms switching time to help keep routers, small PCs and monitoring equipment online through brief interruptions.
  • Weighs only 3.6kg with a compact 250 × 156.5 × 174.5mm footprint, making it easy to carry between vehicles, depots and customer sites.

Technical specifications

Model

  • Product name: AC2P Portable Power Station.
  • Area versions: JP / US / CN / EU/AU/UK (this listing refers to the EU/UK variant).

Battery

  • Battery capacity: 230.4Wh / 9Ah.
  • Cell type: LiFePO₄.

General

  • AC + DC charging power: 270W Max..
  • Weight: 3.6kg / 7.9lbs.
  • Dimensions (L × W × H): 250 × 156.5 × 174.5mm / 9.8 × 6.16 × 6.87in.
  • Charging temperature: 0°C–40°C / 32°F–104°F.
  • Discharging temperature: −20°C–40°C / −4°F–104°F.
  • Storage temperature: −20°C–40°C / −4°F–104°F.
  • Working humidity: 10%–90%.

AC output

  • Power: 300W in total.
  • Lifting power: 600W.
  • Voltage options: 100VAC / 120VAC / 220VAC / 230VAC (region‑dependent).
  • Current (by voltage): 3A (100VAC), 2.5A (120VAC), 1.36A (220VAC), 1.3A (230VAC).
  • Frequency: 50Hz / 60Hz.

DC output

  • Cigarette lighter port ×1: 12VDC / 10A.
  • USB‑A ×2: 5V / 2.4A.
  • USB‑C ×1: 5/9/12/15/20VDC, 3A; 20VDC / 5A (up to 100W).

AC input

  • Voltage: 100VAC / 120VAC / 220VAC / 230VAC.
  • Max. current: 5.7A (100VAC), 4.8A (120VAC), 2.6A (220VAC), 2.5A (230VAC).
  • Frequency: 50Hz / 60Hz.
  • UPS: Switching time ≤20ms.
  • Charging power: 270W Max. (0%–80% in 45 minutes @ 10°C–30°C / 50°F–86°F).
  • Input power: 570W Max. (pass‑through charging, 270W charging power + 300W load power).

DC input

  • Interface: XT60PM‑M.
  • Power: 200W Max..
  • Current: 8.2A Max..
  • Voltage: 12V–28VDC.

Shipping

Shipping is available to the UK, Ireland, Africa, the Caribbean and worldwide for the Bluetti AC2P Portable Power Station. If a shipping rate is not shown at checkout, please contact us on +44 2080640335 or info@energian.co.uk for a tailored quote.

UK expert support

The Bluetti AC2P is ready to use out of the box for most portable and desktop applications; where you plan to integrate it with wider systems (such as vehicle electrics or fixed DC distribution), we recommend working with a qualified installer or one of our trusted partners. Our UK team can help you size and specify AC2P units and compatible solar panels or accessories for logistics, commercial or light industrial use, and are available by phone, email or live chat for any pre‑ or post‑sale questions. You can also visit our office for an in‑person consultation to review your power requirements and system design.

Documents available for download