2000Wh 1000W Portable Power Station with 220V Pure Sine Wave Output
This high-capacity portable power station combines a 2000Wh LiFePO4 battery with a 1000W pure sine wave inverter. It supports longer operating periods and a broader range of compatible equipment than the smaller stations in the same series.
The metal enclosure measures 280 × 230 × 285mm and weighs 18.5kg net. It is transportable between sites, but it should be regarded as planned mobile equipment rather than a lightweight handheld charging device.
A larger battery reserve may be useful when several electronic devices must operate together or when the required runtime exceeds the practical range of a 650Wh or 1000Wh unit.
The 2000Wh battery value describes nominal stored energy. The 1000W inverter rating determines the maximum continuous AC power available at one moment.
Longer-Duration Electronics
Communication equipment, computers, monitoring systems and lighting can benefit from the larger energy reserve.
Medium-Power AC Devices
Compatible equipment may operate when its continuous and temporary startup requirements remain within the station’s limits.
The supplied table lists a rated output of 1000W but does not provide a separate inverter surge-power value. Pumps, compressors, refrigerators and motor-driven tools should therefore be reviewed before connection.
A device whose normal operating power is below 1000W can still exceed the station limit during startup. Obtain the appliance’s peak or startup wattage when available.
The AC output range is listed as 220–240V, with a rated voltage of 220Vac ±5Vac. The inverter uses a pure sine wave waveform for compatible equipment.
The supplied specification lists 60Hz ±0.5% output. Devices that require 50Hz operation should be checked before the order is confirmed.
USB 2.0 and PD 20W Type-C charging support compatible mobile and communication devices without using additional AC outlets.
AC charging is rated at 1000W and accepts a 90–280V input. This provides the fastest documented recovery method when compatible utility or generator power is available.
The PV input supports 12–60V and up to 550W. Panel voltage should be checked at maximum open-circuit conditions, and available solar energy should be evaluated over the complete charging day.
Actual recharge time depends on the battery state, available input power, temperature and conversion efficiency.
The packaged station measures 330 × 280 × 350mm and weighs 20.1kg gross. Repeated site movement should include a suitable lifting and carrying method.
Place the unit on a stable surface with unobstructed airflow. No water-protection rating is stated, so direct rain and condensation should be avoided.
| Energy and AC Output | 2000Wh LiFePO4 / 1000W Rated Output |
| AC Output Quality | 220–240V / 220Vac ±5Vac / Pure Sine Wave |
| Frequency Platform | 60Hz Input / 60Hz ±0.5% Output |
| AC Charging Power | 90–280V / 1000W |
| Solar Charging Input | 12–60V / 550W Maximum |
| Device Charging Ports | AC Outlet / USB 2.0 / Type-C PD 20W |
| Transfer and Efficiency | Below 50ms / Charging >95% / Inverter >86% |
| Dimensions and Weight | 280 × 230 × 285mm / 18.5kg Net / 20.1kg Gross |
| Operating Conditions | -10°C to 40°C / 20–95% RH / Noise Below 50dB |
Not automatically. Startup demand, voltage, frequency and simultaneous connected loads must also be compatible.
A separate surge value is not stated in the supplied specification and should be confirmed before selecting motor loads.
It may be suitable when the complete panel voltage remains within 12–60V under all expected conditions.
The formal specification lists 60Hz output. Frequency-sensitive equipment must be checked.
Provide normal wattage, startup wattage, voltage, frequency and required runtime.
Need to verify equipment startup power and frequency?