Charging Practicalities

How do I plan a long journey in an electric car?

A practical guide to planning long-distance trips in an electric car, covering route planning, charging stops, apps to use, and tips for stress-free travel.

9 min read
EV road trip, long distance electric car, EV journey planning

Planning a long journey in an EV is different from petrol — but it's not difficult once you know the process. Here's how to do it stress-free.

The Basic Principle

Old way (petrol): Drive until nearly empty, find any petrol station, fill up in 5 minutes.

EV way: Plan charging stops in advance, charge while you take a break, arrive with enough buffer.

Key mindset shift: You're not "stopping to charge" — you're "charging while you stop."

Step 1: Know Your Car's Real Range

Forget the Official Figure

What Manufacturers ClaimWhat You'll Get
WLTP range70–85% in real-world driving
300-mile WLTP210–255 miles realistic

Motorway Reality

Motorway driving at 70mph uses significantly more energy than mixed driving:

SpeedRange Impact
60mph~90% of rated range
70mph~80% of rated range
80mph~65–70% of rated range

Example: A 280-mile WLTP car might show 200–220 miles of realistic motorway range.

Weather Factors

ConditionImpact
Cold (0–5°C)-15 to -25%
Hot with AC-5 to -10%
Rain-5% (wipers, lights, demisters)
Strong headwind-5 to -10%

Winter trip: Assume 60–70% of WLTP range.

Step 2: Use a Route Planner

Recommended Apps

AppBest ForCost
A Better Route Planner (ABRP)Detailed planning, accurateFree / Premium £4/month
ZapmapUK charger info, reliability ratingsFree
Car's built-in navConvenience, battery pre-conditioningFree
Google MapsShows chargers, less EV-specificFree

A Better Route Planner (ABRP)

The gold standard for EV route planning.

What it does:

  • Enter your car model (knows exact consumption)
  • Set start and end points
  • Shows optimal charging stops
  • Estimates arrival charge, charging time, total time
  • Key settings:

  • Set "Arrival SoC" to 10–20% (don't cut it too fine)
  • Set your real-world driving speed
  • Include weather conditions for accuracy
  • How to Use ABRP

  • 1Select your car — important for accuracy
  • 2Enter route — start and destination
  • 3Check suggestions — it shows charging stops
  • 4Adjust if needed — add/remove stops based on preferences
  • 5Save or share — export to your car's nav
  • Your Car's Built-In Nav

    Advantages:

  • Automatically pre-conditions battery for charging
  • Knows your exact current charge
  • Updates in real-time
  • Disadvantages:

  • May suggest suboptimal chargers
  • Less flexibility in planning
  • Can't plan in advance from home
  • Best approach: Plan with ABRP, then set destination in car nav for battery pre-conditioning.

    Step 3: Choose Your Charging Stops

    Charger Types on Motorways

    TypeSpeedTime for 100 milesTypical Location
    50kWModerate45–60 minsServices, some retail parks
    100–150kWFast25–35 minsMost motorway services
    250–350kWUltra-fast15–20 minsNewer installations

    Your car's limit matters: A car that maxes at 100kW won't benefit from a 350kW charger.

    Major UK Networks at Motorway Services

    NetworkSpeedReliabilityPayment
    Tesla Supercharger250kWExcellentApp
    Gridserve350kWVery goodContactless/App
    Ionity350kWGoodApp (expensive ad-hoc)
    BP Pulse150kWImprovingApp/Contactless
    InstaVolt125kWGoodContactless

    Tips for Choosing Stops

    Do:

  • Choose stops with multiple chargers (backup if one's in use)
  • Pick locations with amenities (toilets, food, shelter)
  • Check Zapmap for recent reliability ratings
  • Have a backup stop in mind
  • Don't:

  • Plan to arrive at a charger with <10% battery
  • Rely on a single charger with no alternatives
  • Assume every charger will be working
  • Step 4: The Charging Strategy

    The 20–80% Sweet Spot

    Charging is fastest between 20% and 80%:

    Charge LevelTypical Charging Speed
    10–20%Ramping up
    20–60%Maximum speed
    60–80%Starting to slow
    80–100%Much slower

    Implication: Multiple shorter stops (20% to 80%) are faster than one long stop (10% to 100%).

    Example Journey: London to Edinburgh (400 miles)

    Car: 280-mile WLTP range, 150kW max charge

    Option A: One long stop

  • Drive to 15%, charge to 95%
  • Charging time: ~70 minutes
  • Total stops: 1
  • Option B: Two shorter stops

  • Stop 1: Charge from 25% to 70% (~20 mins)
  • Stop 2: Charge from 20% to 65% (~20 mins)
  • Total charging time: ~40 minutes
  • Total stops: 2
  • Option B is faster overall — even with two stops.

    Practical Stop Timing

    Rule of thumb:

  • Stop every 150–200 miles
  • Charge for 15–30 minutes
  • Coincide with natural breaks (coffee, toilet, stretch)
  • Most people need breaks anyway. The EV just means you're productive during them.

    Step 5: Day of Travel

    Before You Leave

  • 1Charge to 100% — this is when you want full range
  • 2Check charger status — Zapmap shows real-time availability
  • 3Pre-condition if cold — warms battery for efficiency
  • 4Load route in car — for battery pre-conditioning en route
  • On the Road

    Monitor your consumption:

  • Most EVs show estimated range based on current driving
  • Watch for discrepancies from plan
  • Adjust speed if running lower than expected
  • At charging stops:

  • Plug in, set up payment
  • Go get coffee/use facilities
  • Return when charged to target level
  • Some apps notify you when charging complete
  • Pro tip: Don't wait for a full charge. If you have enough to reach the next stop comfortably, move on.

    What If Things Go Wrong?

    Charger not working:

  • Try another charger at the same location
  • Check app for real-time status
  • Move to backup location
  • Call network support (numbers on charger)
  • Lower range than expected:

  • Reduce speed (even 5mph helps)
  • Reduce heating/AC
  • Stop earlier at a closer charger
  • Don't panic — EVs give plenty of warning
  • Running lower than comfortable:

  • Most EVs have a "reserve" beyond 0%
  • Sat nav will find nearest charger
  • Worst case: breakdown cover will charge or recover you
  • Real-World Journey Example

    London to Manchester (200 miles)

    Car: VW ID.4 (310-mile WLTP range)

    Summer conditions:

  • Full charge: realistic 250 miles
  • Arrive with 50+ miles buffer
  • No charging stop needed
  • Winter conditions:

  • Full charge: realistic 200 miles
  • Arrive with minimal buffer
  • Option A: One quick stop (15 mins at Watford Gap)
  • Option B: Drive steadily at 65mph, arrive with small buffer
  • London to Edinburgh (400 miles)

    Car: Hyundai Ioniq 5 (298-mile WLTP range)

    Typical plan:

  • Start: 100% (realistic 230 miles)
  • Stop 1: Wetherby services (215 miles) — charge 20→65% (20 mins)
  • Stop 2: Gretna Green (340 miles) — charge 25→60% (15 mins)
  • Arrive: Edinburgh (400 miles) with ~30% remaining
  • Total charging time: ~35–40 minutes

    Total journey time: ~7 hours (vs. 6.5 hours non-stop in theory)

    Reality: You'd probably stop for breaks anyway. The EV just means you're charging while you eat/rest.

    Tips for Stress-Free Long Journeys

    Planning Stage

  • Check the route 24 hours ahead
  • Identify at least 2 charging options per planned stop
  • Download offline maps in case of poor signal
  • Know your car's real-world range (test it locally first)
  • On the Day

  • Start with 100% charge
  • Leave early to avoid charger queues
  • Bring a charging cable (some chargers are untethered)
  • Have snacks/entertainment for charging stops
  • General Tips

    TipWhy
    Drive at 65–70mphSignificant range benefit vs 80mph
    Use Eco modeOptimises efficiency
    Pre-condition the cabinWhile plugged in at home
    Don't stress about 100% at stops60–80% is usually enough

    Apps to Have Installed

    AppPurpose
    A Better Route PlannerRoute planning
    ZapmapCharger locations and status
    Your car's appRemote monitoring
    Charging network appsBP Pulse, Ionity, etc. for payment
    Google MapsBackup navigation

    The Honest Summary

    Is Long-Distance EV Travel Harder?

    Yes, slightly:

  • Requires planning (10–15 mins at home)
  • Charging stops take longer than petrol
  • Need to be aware of battery level
  • But:

  • It becomes routine after a few trips
  • Charging infrastructure is now comprehensive
  • You're resting while "fuelling"
  • Often not much slower end-to-end
  • Journey Time Reality

    JourneyPetrol (Theory)Petrol (Reality)EV
    200 miles3h3h 20m (one break)3h 20m (no charge)
    400 miles6h7h (two breaks)7h 15m (two charges)
    600 miles9h10h (three breaks)10h 30m (three charges)

    The gap is smaller than you'd think — especially when you factor in realistic breaks.

    After Your First Trip

    Most EV owners report that long-journey anxiety disappears after the first successful trip. You learn:

  • Your car's real range
  • How charging stops work
  • That it's not actually stressful
  • By your third or fourth long trip, it's routine.

    Related Topics

    EV road triplong distance electric carEV journey planningelectric car motorwayEV charging stops

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