EV Charging GuidePlanning & RoutineHow to Choose the Best Charging Location
How to Choose the Best Charging Location
Compare home, workplace, and public charging options to find the best fit for your driving needs. Evaluate cost, speed, convenience, and reliability to build a multi-location charging strategy.
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Home charging is the gold standard for EV ownership, and the numbers make the case clearly. A dedicated 7.4 kW wallbox on a single-phase connection adds roughly 45 km of range per hour, meaning an overnight session of 8 hours delivers 360 km — more than most drivers need in a week. Installation costs range from €500 to €1,500 depending on your electrical setup, but the investment pays for itself within 12–18 months through savings versus public charging.
How to Choose the Best Charging Location
Beyond cost, home charging offers unmatched convenience. You plug in when you arrive, unplug when you leave, and never detour to a charging station. There is no app to open, no payment to process, no queue to wait in. For households with off-peak electricity tariffs, scheduling charges between 22:00 and 06:00 can reduce costs to as low as €0.10–0.15 per kWh — under €2 per 100 km of driving.
If you have three-phase power available, an 11 kW or 22 kW wallbox cuts charging time further. At 22 kW, a full 20–80% charge on a 60 kWh battery takes just over 2 hours. Even with a modest single-phase setup, home charging covers the vast majority of daily needs with zero effort.
Workplace Charging: Pros and Cons
Workplace charging is the second-best option for most EV drivers, especially those without home charging. If your employer provides free or subsidized charging, the economics are unbeatable — 8 hours parked at a 7.4 kW charger adds up to 59 kWh, essentially a full charge for many EVs, at zero personal cost.
The downsides are availability and reliability. Workplace chargers are shared resources, and as EV adoption grows, competition for plugs increases. Many offices have 4–8 charging points for dozens of EV drivers, creating informal rotation systems that require coordination. Some workplaces enforce time limits of 3–4 hours per session, which may not fully charge your battery.
If workplace charging is your primary source, build redundancy into your plan. Identify your nearest public alternatives within a 5-minute drive of the office, and keep your SOC above 30% so a missed workplace session doesn't strand you. Use Plan EV Charge to track which days you successfully charge at work and spot patterns — you may find that arriving before 08:00 on Tuesdays and Thursdays guarantees an open spot.
Public Station Factors: Cost, Speed, Convenience, Reliability
Public charging varies enormously by network, location, and charger type. AC public chargers (7–22 kW) typically cost €0.35–0.55 per kWh and suit longer stops — shopping, dining, or cinema visits where you are parked for 1–3 hours anyway. DC fast chargers (50–350 kW) cost €0.50–0.79 per kWh but can add 200 km of range in 20–30 minutes, making them essential for road trips and urgent top-ups.
Reliability is the hidden variable. Industry data shows that 10–15% of public chargers are out of service at any given time, with some networks performing significantly worse. Before committing to a public-charging-dependent routine, test your chosen stations at least three times during your typical charging hours. A charger that works perfectly at 10:00 on Saturday may have a queue of four cars at 17:00 on Friday.
Convenience multipliers matter more than raw price. A charger that costs €0.05 more per kWh but sits in the car park of your regular supermarket saves you 20 minutes of dedicated charging time per week. Over a year, that is 17+ hours reclaimed. Factor in your time value when comparing locations — the cheapest charger is not always the best one.
Using Plan EV Charge Location Recommendations
Plan EV Charge's location recommendation engine analyzes your logged charging sessions to identify your most effective charging locations. After you log sessions from different spots — home, workplace, a favorite public station — the system evaluates each location on cost efficiency, charging speed, and how well it fits your routine.
The recommendation factors in real patterns, not just raw specs. A 50 kW public charger that you consistently use during a weekly errand scores higher than a 150 kW charger across town that requires a dedicated trip. The algorithm prioritizes locations where charging happens naturally alongside your existing activities, because those are the sessions you will actually complete week after week.
As you build up session history, the recommendations become more personalized. The system may suggest shifting one session per week from an expensive DC charger to a cheaper AC option near your gym, or highlight that your workplace charging covers enough energy that you can skip your Friday home session entirely. These insights turn raw data into actionable savings — both in money and in time.
