Most days, charging an EV in Ireland looks like plugging in at home before bed. The only time it gets interesting is on long trips, where the question becomes "which network, what speed, how much per kWh". This page covers both ends.
Before you choose a car, choose your charging pattern. A buyer with a driveway can prioritise price, range and body type. A buyer without home charging should prioritise public-network reliability, DC charging speed and how often the car will need to rapid-charge on ordinary weeks.
Home charging is 90% of the answer
If you have suitable off-street parking, a 7 kW smart charger is usually the practical home option. The cost depends on the unit rate and charging window on your own electricity plan. Multiply usable battery kWh by your rate for a rough full-charge cost, allowing for charging losses.
Hardware cost: obtain a written site-specific quotation covering the charge point, cable run, protection equipment, commissioning and any supply upgrade. Property work varies too much for a single reliable national installed-price claim. Use a Safe Electric registered contractor.
SEAI grant: up to €300 toward an eligible smart charger and installation. Apply and receive a Letter of Offer before work starts, use a Safe Electric registered electrician and complete the claim within six months. Check the current SEAI rules.
The four public networks that matter
| Network | Coverage | Speeds | Price check (31 Jul 2026) |
|---|---|---|---|
| ESB eCars | Nationwide, motorway and rural | AC and DC | Member €0.55 AC / €0.67 DC; PAYG €0.60 / €0.72 |
| EasyGo | Urban and regional locations | AC and DC vary by site | Check the app before starting |
| Ionity | Motorway corridors | High-power DC | Check live tariff and subscription terms |
| Applegreen Electric | Selected forecourts | DC varies by site | Check live tariff before starting |
Smaller networks (Tesla Supercharger now opening to non-Teslas at selected sites, hotel/restaurant slow chargers via Easygo, Lidl/SuperValu carparks) fill in the gaps. ESB eCars remains the only network with genuinely rural coverage; if you do regular Donegal, Mayo or Kerry trips, ESB is the one app you can't live without.
For a used EV, check the car's maximum DC charging speed before you buy. A cheaper car that peaks at 50 kW may be fine as a second car with home charging, but it can make long motorway trips slow. A family EV expected to handle Dublin-Cork, Dublin-Galway or western trips should ideally accept at least 100 kW peak DC charging.
What the speeds actually mean
Charger speed is described in kW, but the real question is "how much range per minute". Rough numbers, assuming a battery between 20% and 80% (where DC charging is fastest):
- 3 kW domestic plug (granny cable): 10–15 km of range per hour. Useful for emergencies or to top a PHEV. Not a real charging strategy for a BEV.
- 7 kW home charger (AC): 30–40 km of range per hour. A typical car fills overnight.
- 22 kW destination charger (AC): 90–130 km of range per hour. Hotels, carparks, supermarkets. Most cars are limited to 11 kW AC even at a 22 kW point.
- 50 kW DC fast charger: roughly 200 km of range in 30 minutes for most cars.
- 150 kW DC ultra-fast: 250–320 km in 25 minutes — if your car can accept that much power. Many can't.
- 350 kW DC (Ionity): currently overkill for almost every car on Irish roads. The Hyundai Ioniq 5/6, Kia EV6, Porsche Taycan, and Audi e-tron GT are the rare cases that exploit it.
Day-rate vs night-rate at home
Domestic electricity rates and night windows vary by supplier, meter and contract. Use the editable rates in our EV cost calculator and copy the unit rates from your own bill; do not rely on a market-wide average.
Pair the tariff with the charger's scheduling app and the car will charge automatically in the night window. Free drive equivalent: a 14,000 km/year EV on home charging at night-rate is roughly €480/year of electricity, against ~€1,820 of diesel. That's the headline TCO win.
Apartment and on-street buyers
If you live in an apartment, terraced street or managed development, get written clarity before buying. Ask the management company about charger installation rules, check whether assigned spaces can be wired, and map reliable public AC chargers within walking distance. If the answer is vague, treat the purchase as public-charging ownership and run the numbers on the costs page before committing.
Where the network has gaps
- Donegal interior: ESB eCars covers the main towns but the network thins between them. Plan for chargers at the destination, not on the way.
- West Cork & Kerry peninsulas: hotel and pub chargers fill in, but they're slow (mostly 22 kW AC). Add an hour or two to long trips.
- Mayo north of Castlebar: similar story to Donegal interior. ESB sites in Belmullet, Achill, Westport are fine; the rural roads between them aren't densely served.
- Apartment blocks generally: kerbside charging in Dublin is improving but coverage is uneven by postcode. Confirm your nearest reliable point before committing.
None of these gaps are deal-breakers; they just shape model choice. If you do regular trips into the gaps, prioritise real-world winter range over WLTP marketing numbers, and pick a car that does at least 75 kW DC charging so a 20-minute coffee stop actually moves the needle.
Public-charging etiquette (the unwritten rules)
- Don't sit on a fast charger past 80%. Charging slows dramatically above 80%, and you're blocking someone who needs the slot.
- Cable management: leave the cable hung tidily, not coiled on the ground.
- Pay attention to the bay markings — some are EV-only, some are time-limited even with an EV plate.
- Report broken units in the network app. ESB eCars has a fault flag in the app; use it. The network can't fix what no-one tells them about.
The cars that charge fastest
If charging speed matters to you (long-distance regular drivers, sales reps, people without home charging), the 800V architecture cars are in a league of their own:
- Hyundai Ioniq 5 / Ioniq 6
- Kia EV6 / EV9
- Porsche Taycan / Audi e-tron GT
- Genesis GV60 / G80 Electrified
These can pull genuinely 200+ kW from a 350 kW Ionity unit and add 250 km of range in well under 20 minutes. For the rest of the market — Tesla Model 3/Y, VW ID range, BYD, MG, Renault, Stellantis — expect 100–150 kW peak DC, which is still fast enough that a coffee-and-toilet stop covers it.