How long will a BLUETTI Elite 100 V2 run a desktop PC? (EU 230 V)
Tight fit 36 h
This load’s manufacturer asks for a pure sine wave and BLUETTI does not publish this model’s inverter waveform. The watts are not the problem — the refusal to assume a waveform is.
officialverified 2026-08-01EU 230 V unit × desktop PC
Two numbers decide this, and readers arrive using them interchangeably. Watts are the ceiling on what the inverter can hold at any instant — a desktop PC needs 13 W of them while it runs. Watt-hours are how much energy the battery holds, and the BLUETTI Elite 100 V2 holds 829.4 Wh of them that are actually retrievable. A machine can have plenty of one and not enough of the other.
The verdict above is a calculation — running watts, start-up inrush, duty cycle and inverter waveform against this machine's continuous output, surge ceiling and a usable-capacity figure derived from BLUETTI's own published coefficients — not a lookup. The hours divide that capacity by the load plus the machine's own idle draw.
Where those numbers come from
Every figure below carries the tier it came from and the date it was checked. A blank is never left blank: a field the manufacturer does not publish says so, and a field whose sources disagree — two documents, or one document with itself — says that instead of picking one.
The surge ceiling on this page is ours, not the manufacturer’s
BLUETTI does not publish a surge rating for this model. So the start-up check runs against the continuous output instead — an inverter cannot surge below what it sustains, which makes that the safest number we can defend. Real inverters usually manage 1.5–2× their continuous rating, so a start-up call held back by this figure may well be fine in practice; we are not going to say so until the manufacturer does.
What a desktop PC demands
This figure is on the record and it is deliberately not what the verdict was checked against: the spike lasts 50 ms — a capacitor charging, not a motor starting — while a station's surge rating describes a second-scale event. The two are not the same quantity, so the engine held this load's steady draw against the ceiling instead, 13 W. A site that compared them would fail this load against machines that run it perfectly well.
The inverter is loaded to 15 VA — 13.2 W ÷ 0.90 — which is the quantity its ceiling is actually measured against.
Start-up figure Manufacturer-stated
The start-up figure is published by the manufacturer for this device, so it describes the actual hardware rather than a category.
What the BLUETTI Elite 100 V2 offers
This figure is ours, not the brand’s: the continuous rating used as a conservative floor because no surge rating is published for this model.
The arithmetic: 1,024 Wh nameplate × 90% depth of discharge × 90% inverter efficiency = 829.4 Wh
BLUETTI publishes the coefficients but not this figure, so it is computed rather than copied — which is why its confidence sits below the specs around it.
What the machine consumes just being switched on. It sits in the runtime denominator, and a brand that does not publish it makes every runtime optimistic by that unknown margin.
Where to buy
Where to buy the BLUETTI Elite 100 V2
Prices checked 2026-08-01
If this is not the pairing
BLUETTI Elite 30 V2 (EU 230 V) — 600 W continuous, and it holds a desktop PC for about 11 h · from €279. See that pairing →
Anker SOLIX C300 (EU 230 V) reaches the same conclusion on a desktop PC at 300 W continuous, and it is €269.99. Cheaper is only cheaper when the answer is the same — this one is. See that pairing →
The same load on the machines beside it
The same machine on the loads beside it
Where to go next
A desktop PC has a guide of its own: the same records this page computes from, worked through in prose with room for the reasoning a table can only summarise — Why does my power station shut off when the pump or fridge starts?