Charging map for every Ring Road section, summer vs winter feasibility, cost comparison with petrol, and the critical East Fjords gap.
The short answer is yes — in 2025 and 2026, the Ring Road is feasible in an EV with adequate range. But the longer answer requires understanding the specific gaps in charging infrastructure, the effect of weather and season on range, and the routes where there is genuinely no backup plan if your battery runs lower than expected.
The Ring Road (Route 1) is 1,322 kilometres. In a petrol car with a 50-litre tank getting 12 km/l, that is roughly 2.5 fill-ups. Simple. In an EV with a real-world range of 350-400 km (winter) or 450-500 km (summer), you need 3-4 charging stops. Also simple — in theory. The complication is where those charging stops need to happen, and whether the chargers are actually working when you arrive.
Let's walk the Ring Road clockwise from Reykjavík, marking every DC fast charger (50 kW+) available as of early 2026:
Chargers at: Selfoss (ON 150 kW), Hella (ON 50 kW), Vík (ON 50 kW). This is the best-served section. You can charge at multiple points. No range anxiety here.
Chargers at: Kirkjubæjarklaustur (ON 50 kW), Höfn (ON 50 kW). This is manageable but tighter. The 150 km from Kirkjubæjarklaustur to Höfn is the first section where you need to pay attention to your charge level. In winter, with headwinds, this stretch can consume 60-70% of a typical EV battery.
Chargers at: Djúpivogur (ON 50 kW — check status, this is a newer installation), Breiðdalsvík (limited), Egilsstaðir (ON 150 kW). This is the critical section. In winter, the East Fjords mountain passes consume significant energy, and the 250 km distance with limited intermediate charging is the tightest part of the Ring Road for EVs. Charge to 100% at Höfn before attempting this stretch in winter.
Chargers at: Akureyri (ON 150 kW, Tesla Supercharger). The stretch itself is straightforward — a single long valley drive with less elevation change than the East Fjords. Manageable for most EVs even in winter if you left Egilsstaðir with a full charge.
Chargers at: Blönduós (ON 50 kW). Short section, no issues.
Chargers at: Borgarnes (ON 50 kW, Tesla Supercharger), and Reykjavík. Well-served. No issues.
In summer (June-August), the Ring Road in an EV is straightforward. Longer range, warmer batteries, longer daylight for solar-assisted charging at some locations, and generally better charger reliability. Any EV with a real-world range above 350 km can complete the Ring Road with comfortable margins.
In winter (November-March), the feasibility depends heavily on the vehicle. A Tesla Model 3 Long Range or Model Y Long Range (real-world winter range 360-420 km) can do it with careful planning. A shorter-range EV (real-world winter range below 300 km) makes the Höfn-Egilsstaðir stretch very tight and risky.
A petrol car using 8 litres per 100 km on the 1,322 km Ring Road consumes approximately 106 litres. At current Icelandic petrol prices (approximately 305-320 ISK/litre), total fuel cost: 32,000-34,000 ISK.
An EV consuming 18 kWh per 100 km needs approximately 238 kWh. DC fast charging in Iceland costs 60-80 ISK/kWh. Total charging cost: 14,000-19,000 ISK.
EV fuelling is roughly 40-50% cheaper for the same distance. Over a 10-day trip, the saving is modest but real.
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