Consumer Electronics • Practice • Reviews

Aferiy P180Pro Power Station Review – Portable Power Outlet with Solar Handbag

20. August 2026 05:30
Tim Kutzner
📖 Reading time: approx. 10 minutes · 1,875 words · 11,119 characters
Brief content overview

This review examines the Aferiy P180Pro as a portable power station with 1024 Wh battery capacity and an optional AF-S100A1 solar panel. In practical use, it was particularly convincing due to its portable design, versatile connections, app integration and use as an offline UPS. Limitations were observed in the actual solar output, fan control, complete discharge to 0 percent and the switching time in UPS operation.

Key facts

  • Battery capacity: 1024 Wh, Suitable for mobile consumers, lighting and charging tasks
  • Weight: 11.64 kg, Portable with two carrying handles
  • AC output: 1800 W, Output via two sockets
  • Solar input: Up to 500 W at 55 V, Connection via XT60
  • Measured solar output: Maximum of 76 W at a specified 100 W, Under the described weather and alignment conditions
  • Fan noise: 36.4 dB(A) from 40 cm, Measured despite fluctuating fan speed
  • UPS switching time: 10 ms, In the range of an offline UPS, Class 3
  • Price with voucher code: 459 euros, At the time of the report

    • Technical specifications

  • Outputs: Cigarette lighter socket, Up to 120 W
  • Outputs: 2 × DC5521, Up to 36 W each
  • Outputs: 2 × USB Type-A, QuickCharge 3.0, 18 W each
  • Outputs: USB Type-C, Power Delivery up to 20 W
  • Outputs: USB Type-C, Power Delivery 3.0 up to 140 W
  • Charging: Mains charging, Selectable between 500 W and 1000 W
  • Charging: Vehicle charging, Up to 96 W via XT60
  • Battery and warranty: LiFePO4, Manufacturer specifications, 4000+ cycles, 2-year warranty; 7 years after registration

    • The two AC sockets can be switched via a button on the rear and provide a combined 1800 W. The output frequency can be selected between 50 Hz and 60 Hz. To do so, the corresponding button must be held for three seconds and then pressed briefly. According to the operating instructions, the voltage can be changed by pressing the AC button ten times in quick succession.

    Measurements and observations

  • Power consumption during mains charging: 1026 W, Measuring device; internal display showed 1000 W
  • Start of fan activity: After approximately 10 minutes, room temperature 22 °C
  • Fan noise: 36.4 dB(A), Measured from a distance of 40 cm
  • Reduced charging power: 750 W, Later in the charging process
  • Solar output: Maximum of 76 W, AF-S100A1 with a specified output of 100 W
  • UPS switching time: 10 ms, Classified as an offline UPS, VFD or Class 3
  • UPS comparison value: 2 to 4 ms, Stated switching time of Class 2 devices

    • A discrepancy between the measuring device and the display was identified during mains charging: the external measuring device showed 1026 W, while the power station's display indicated 1000 W. At 22 °C, the fans switched on after approximately ten minutes. Before that, unusual squeaking noises were audible. During operation, the fan speed fluctuated slightly, which was subjectively considered more disturbing than continuous operation. However, the measured 36.4 dB(A) from a distance of 40 cm was described as far from loud. Later, the charging power was reduced to 750 W, after which the fans became slightly quieter again. A silent charging mode at 500 W is also available.

    Teardown, material inspection and construction

    The P180Pro uses a total of four 60-mm fans of the CLS6020H12 type. When viewed from the front, airflow passes through the housing from right to left. Four cover caps are located on the top and can be removed with a small flat-head screwdriver. Four long screws are located underneath. Due to the tight plastic clips, removing the plastic cover required considerable effort. No further disassembly was carried out.

    Two transformers marked “SYD-N113-BYQ-230” and “SYD-N113-DGQ-230V-1” are visible on the front of the circuit board. They convert low-voltage direct current to 230 V. Two large capacitors from Yuscon serve as energy buffers to stabilize the voltage during sudden load changes.

    The large and small aluminum heatsinks apparently have a ground connection established via a cable lug. An alternative explanation is that they secure a temperature sensor that could influence fan control. On the rear of the circuit board are yellow components presumably used as X capacitors, as well as small light-blue discs that are presumably Y capacitors or varistors, also known as MOVs. This area protects against voltage spikes from the mains while also reducing interference signals in connected devices.

    A thick toroidal coil forms the main output filter. It smooths the switching pulses from the transistors into the described pure sine wave. Several black boxes are relays; one is marked “HF115F”. They switch the various power outputs in conjunction with software and control elements.

    Test conditions and limitations

  • The noise measurement was performed from a distance of 40 cm, while the room temperature was 22 °C during the described fan behavior.
  • Solar output was measured using the AF-S100A1 in the best weather conditions and, according to the author's assessment, with good alignment. A maximum of 76 W was achieved instead of the specified 100 W.
  • For the UPS test, a power failure was simulated by pulling the mains plug. Two mini PCs in a small homelab were supplied without interruption.
  • The author explicitly points out that they lack the equipment and expertise for an objective assessment of battery technology and electronics. The report is therefore based on the described usage scenarios and observations.
  • The test sample was provided by Aferiy without obligation. According to the source, there was no influence, compensation or publication requirement.

    • Assessment

    The P180Pro is classified as part of a power station category that has become increasingly affordable and has developed from a former niche product into a practical everyday device. With the voucher code, the price was 459 euros at the time of the report. This was less than half the price stated for a comparable device three years earlier, but was not significantly lower than devices from other manufacturers.

    For typical mobile scenarios such as operating a fan on the patio, charging drone batteries, providing additional lighting while camping or charging smartphones, the capacity was fully sufficient in the described use. However, the measured maximum output of 76 W is of limited suitability for fully charging the 1024 Wh exclusively via the tested 100-W solar panel. As a UPS, the power station operated the two mini PCs without problems, although its switching time of 10 ms is above the stated range of 2 to 4 ms for Class 2 devices.

    Strengths

  • Relatively easy to transport at 11.64 kg, with two carrying handles.
  • Many connections, including USB Type-C with Power Delivery 3.0 up to 140 W.
  • Combined AC output of 1800 W via two sockets.
  • 500-W mode for quieter charging via switch or app.
  • App with Bluetooth and Wi-Fi connectivity, as well as the option of a local MQTT connection without cloud services.
  • Reliable operation of a homelab with two mini PCs in the described test scenario.

    • Limitations

  • The fan speed oscillates slightly and was therefore subjectively perceived as distracting.
  • A slight electrical odor reminiscent of ozone occurred repeatedly during charging.
  • Solar output remained well below the AF-S100A1's specified 100 W, reaching a maximum of 76 W.
  • By default, the power station can be discharged down to 0 percent, which was viewed critically in the report in connection with the 40135 LiFePO4 technology.
  • The app does not display temperature values for the core components or batteries.
  • An app account can be active on only one device at a time.
  • The 10-ms switching time may be too long for sensitive devices or higher-power consumers.

    • Questions and answers

  • How much does the Aferiy P180Pro weigh? It weighs 11.64 kg and has two carrying handles.
  • How quickly can the P180Pro be charged? Via the mains, 500 W or 1000 W can be selected; later in the charging process, the power was reduced to 750 W.
  • What solar output was actually measured? With the AF-S100A1, a maximum of 76 W was achieved under the described conditions at a specified 100 W.
  • Is the P180Pro suitable as a UPS? In the described test, it supplied two mini PCs without interruption, but with a 10-ms switching time it operates in the range of a Class 3 offline UPS.
  • Can the power station be integrated into a local smart home system? The app supports specifying a local MQTT broker, enabling connection to Home Assistant, for example, without a dedicated integration.
    • Generated as an editorial, reader-visible overview from the article content.

    Today, the topic is once again quite different from usual, although not entirely new. Those who still remember may recall that I presented a power station here more than three years ago; quite a lot has changed since then. What was once an expensive niche has supposedly become affordable everyday technology. We will find out together whether this is also confirmed in practice.

    Packaging and Scope of Delivery

    Apparently, the name was changed once again at the last minute, as the box says Nomad1800 Pro, while the model is otherwise referred to only as P180Pro everywhere else.

    Shipping items with large batteries is always somewhat tricky, but with this thick foam padding, there is probably no need to worry.

    The package contains only a manual, a warranty flyer, an IEC power cable, and adapters from XT60 to MC4.

    That is rather limited, but there is not really anything else needed.

    Specifications

    The following is an overview of the technical details; further information can be found on the manufacturer’s product page.

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