Nomad Food 11 min read August 4, 2026

Food in a camper van: cooking, cold storage, resupply

Food is the pillar people prepare last and which nonetheless decides the rest: in a van, eating is first an electrical matter. Refrigeration draws day and night, cooking arbitrates between gas and battery, and dry stores set how many days you can stay far from a shop. The orders of magnitude for sizing.

30–60

Ah/day: compressor fridge in summer

≈ 10

hot meals per 450 g gas canister

2 kW

induction hob draw — the threshold that decides the inverter

3 d

minimum dry stores, off the cold chain

Cooking: gas, induction, or both

The debate is settled less on comfort than on what each solution demands of the rest of the van.

• Gas — unbeatable energy density and total independence from the battery bank: a 450 g canister covers on the order of ten hot meals. In return, it requires permanent low-level ventilation and serious checking of fittings — carbon monoxide gives no warning.
• Induction — no combustion on board, hence no CO risk and no flame-borne condensation. But a hob draws around 2 kW: that assumes a properly sized inverter, a lithium bank and wiring able to take the surge. In practice, induction is not added to an existing installation — it is decided upstream.
• Both — the most common setup among full-timers: induction when the bank is full or on shore power, gas in reserve when the sun is missing. Redundancy beats elegance here.

Cold storage: refrigeration is an electrical item

A 12 V compressor fridge draws 30 to 60 Ah/day in summer — often the van's biggest item after heating. Three levers act before you even change the appliance:

• Placement — a fridge pressed against a south-facing wall runs constantly. A few centimetres of air gap and rear venting do more than a more powerful compressor.
• Format — a top-opening unit retains cold at each opening, unlike a vertical door that dumps it. That is a permanent gain, not a setting.
• Setpoint — dropping the temperature needlessly doubles consumption fast. Set it to preserve, not to freeze, unless you genuinely need to.

And the thermoelectric cooler remains the classic false friend: cheap, it draws continuously for a modest temperature differential — acceptable running off the alternator while driving, ruinous at a wild camp.

Resupply: stores that don't depend on the cold

Real food autonomy is measured by how many days you can hold out if the fridge stops. Hence the simple rule: three days of food that needs neither refrigeration nor long cooking — precooked pulses, tinned goods, starches, nuts.

The rest is a matter of rotation: these stores are not a museum, they get eaten and replaced along with ordinary shopping. An emergency stock you never touch expires precisely on the day it was meant to serve.

One last point, often overlooked: cooking water. Boiling pasta or rice uses drinking water that the water balance has to account for. On a long stay, favouring cooking methods that don't require draining changes the arithmetic more than you would expect.

Key takeaways

In a van, food is first an electrical item: refrigeration draws day and night, 30 to 60 Ah/day in summer.
Gas stays independent of the battery bank; induction, with its ~2 kW draw, is decided upstream of the installation.
Placement, top opening and a sensible setpoint cut refrigeration draw before any change of appliance.
The thermoelectric cooler draws continuously: acceptable while driving, ruinous at a wild camp.
Keep three days of food needing no cold and no long cooking — and rotate it, or find it expired.

FAQ

Do you need a fridge, or is a cool box enough?

A compressor cool box is a fridge: what counts is the technology, not the name. The real dividing line separates compression (which regulates to a setpoint and stops once reached) from thermoelectric (which draws continuously for a limited differential against ambient). For use at a wild camp, only the first holds up.

Is induction viable without lithium?

In practice, no. The roughly 2 kW draw requires a bank able to deliver high current without voltage sag, which lead-acid handles poorly and pays for in lifespan. On an existing lead-acid installation, gas remains the coherent answer.

How much gas for a month?

The usual order of magnitude for two people cooking daily is around one 6 kg bottle per month, cooking alone. That figure climbs fast if gas also serves hot water or supplementary heating — two uses to be counted separately, not added by guesswork.