What the quoted 1024 Wh is really worth
The Aferiy P180 packs a 1024 Wh LiFePO4 battery, rated for more than 4000 cycles before dropping below 80% of its original capacity. Like any inverter-based station, part of that energy is lost in conversion before it reaches a mains socket. No independent measurement specific to this model currently supports a precise real-world output figure.
Comparable stations in its class, same 1024 Wh rating and same pure sine wave inverter design, typically deliver between 83% and 92% of their rated capacity once conversion losses are accounted for. On that basis, the P180 would sit somewhere around 850 to 880 usable Wh, a category-position estimate rather than a verified measurement.
That gap is worth keeping in mind: a station backed by a published, independently verified efficiency figure inspires more confidence than a category estimate, however reasonable.
1800 W held up in practice: the kettle doesn't lie
The number the box leans on hardest, 1800 W continuous and up to 3600 W peak, holds up under a demanding load. Against a 3000 W heating element throttled down to a compatible draw, the P180 outputs 1804 W, a near-zero margin above the claim rather than a shortfall below it. A microwave, a kettle or a powerful vacuum cleaner all run without argument, at least for the length of a cycle.
The 3600 W peak rating mainly exists to absorb the inrush current of a motor or heating element starting up (fridge, compressor, power sander), not to feed a device continuously at that level. No independent figure confirms this peak ceiling to date, unlike the continuous rating.
Mains and solar charging: the input switch, an idea rarely copied
On mains power, at full 1000 W input, the P180 reaches 80% charge in a manufacturer-quoted 36 minutes, with a full charge landing a little past the one-hour mark. In practice, a full mains-only charge tends to take somewhere between 60 and 90 minutes depending on ambient temperature and the starting charge level, a spread that stays reasonable for the category.
Solar input tops out at 500 W through a single MPPT tracker and an XT60 connector, across an 11.5 to 55 V range. Combined with mains, hybrid charging can approach 1500 W total, enough to top up a full charge in a little over an hour even with panels connected.
| Source | Max power | Time guide |
|---|---|---|
| Mains (1000 W) | 1000 W | 80% in a quoted 36 min, full charge in 60 to 90 min in practice |
| Limited mains | 500 W | useful on a weak circuit or a small generator |
| Solar (XT60, 1 MPPT) | 500 W | heavily dependent on real sunlight |
| Mains plus solar combined | ≈ 1500 W | full charge in a little over an hour |
The real standout is that physical 500 W or 1000 W selector switch, visible right on the unit's rear panel. Few rivals at this price point offer a hardware-level input power limit: it is a concrete answer to a weak household circuit, a thin extension lead, or a small generator that would otherwise trip its own protection.
The quoted sub-30 dB: under exactly what condition
The manufacturer's own documentation puts the P180's noise level under 30 dB, presented as a peace-of-mind selling point for home or camping use. The important detail sits in the condition attached to it, spelled out in that same documentation: this 30 dB ceiling applies under 300 W of load, a sixth only of the unit's maximum continuous output.
No independent figure covers the P180's noise behaviour beyond that threshold to date, particularly close to its 1800 W where the fan necessarily has to work harder to shed heat. A comparable station of the same capacity, for instance, shows a sizeable gap between its own sub-30 dB claim under light load and a markedly higher figure at full power. Nothing suggests the P180 behaves the same way, but nothing rules it out either: it is an open question worth keeping in mind rather than a fault to hold against it.
Ports, screen and app: 9 outputs, a control app still finding its feet
The P180 lines up 9 outputs: 2 mains sockets, a 140 W USB-C port plus a second at 20 W, 2 USB-A ports at 18 W, 2 DC 12V/3A outputs and a 12V/10A car socket. The main USB-C port delivers 125 W to a compatible laptop when paired with an external charging accessory, a small but real shortfall against the quoted 140 W, still enough for the vast majority of laptops on the market.
The front LCD screen clearly shows the charge percentage, input and output power, and fan status, a complete and legible display. The UPS function, rated under 10 ms, protects a computer or a router properly through a mains outage, even if that figure sits above the sub-5 ms sometimes wanted for demanding server-grade gear.
The control app is the weakest link in the whole package. Its navigation is basic, and its features are largely limited to manual output control and charge monitoring, without the depth of EcoFlow's or Anker's apps. The physical power button also lacks the crisp tactile feedback some rivals offer, a minor but noticeable finishing touch on a recent product.
The 7-year warranty: what it actually requires
The 7-year figure, prominently featured on the product page and in the brand's marketing, does not apply automatically from the moment of purchase. The manufacturer's official policy sets a base period of 2 years, valid with no extra steps. The further 5 years, which bring the total to 7, require a free online registration of the product on Aferiy's site within a set window after purchase.
There is nothing unusual about this structure across the industry, but it is worth knowing before buying rather than discovering at claim time. Registering right after delivery is enough to lock in the full 7 years: the process is free, but the responsibility sits with the buyer, not the seller.
A young brand: what its other models suggest
Aferiy remains a recent name in the European power station market, with a shorter track record than EcoFlow, Anker or Bluetti. Overall brand sentiment on general review platforms stays decent, typically landing between 4 and 4.5 out of 5 across several hundred reviews spanning its whole catalogue. One reported case stands out from that pattern: a Nomad1800 unit arriving faulty, unable to charge, paired with customer service described as slow to respond by the buyer involved, an isolated but real experience to weigh against an otherwise largely positive picture.
The sustained-load voltage pattern flagged above on the P210 and P280 adds a further, reasonable note of caution: nothing points to a problem on the P180 itself, but a still-young brand with a wide catalogue and a fast release pace does not always have the time to prove out every single model as thoroughly as a longer-established player.
Against its direct rivals in the same class
In the fiercely contested 1024 Wh, roughly 1800 W segment, the P180 comes up against three rivals frequently searched alongside it: the EcoFlow Delta 3 Plus, the Anker Solix C1000 and the Bluetti Elite 100 V2. Against them, it plays a clear card: a lower price and a longer warranty, in exchange for a less polished app ecosystem and a shorter brand track record.
| Criterion | Aferiy P180 | EcoFlow Delta 3 Plus | Anker Solix C1000 | Bluetti Elite 100 V2 |
|---|---|---|---|---|
| Rated capacity | 1024 Wh | 1024 Wh | 1056 Wh | 1024 Wh |
| Real-world output | ≈ 850 to 880 Wh (estimate) | 937 Wh (USB-C port) | 850 to 920 Wh | 890 to 946 Wh |
| Weight | 11.64 kg | ≈ 12.5 kg | ≈ 12.9 kg | 11.5 kg |
| Warranty | 7 years (2 automatic + 5 on registration) | 5 years | 5 years | 5 years |
| Observed price | ≈ £409 | ≈ £685 | ≈ £642 | ≈ £599 |
The observed price puts the P180 clearly below all three direct rivals. The Bluetti Elite 100 V2 and the Anker Solix C1000, on the other hand, have their real-world output backed by better-established independent figures, and Anker's app ecosystem in particular remains noticeably more polished.
Do not confuse the P180 reviewed here with the Pro version of the same line, sometimes called the Nomad1800 Pro, which adds capacity expansion up to 5120 Wh through add-on batteries, at a noticeably higher price. The version sold in the United States also differs: 4 mains outlets at 120 V rather than 2 at 230 V, with expansion built in from the start, a configuration specific to that market.
Who it suits, who it doesn't
It suits anyone after light home backup, nomadic use or a small job site, on a tight budget with a genuine need for low weight. The physical 500/1000 W input switch is a concrete plus for anyone working with a limited household circuit or a small generator. Taking the time to register the product online right after delivery secures the full 7-year warranty.
It suits less anyone after the most polished app ecosystem on the market, or a brand with several years of track record and a fully established reputation. For professional use requiring fine-grained noise tolerance above 300 W, or for anyone who wants a verified efficiency figure before buying, a rival backed by published independent measurements may matter more than the price gap.
