Updated EV charging station map for winter road trips

Why you need an EV charging station map for winter travel

Cold weather directly affects electric vehicle range, as batteries operate less efficiently at low temperatures. In addition, cabin climate control increases energy consumption. That’s why planning a winter trip is all about the details —knowing the location of charging points, their power capacity and the connector types they use.

An updated map allows you to plan ahead, avoid unnecessary detours and optimise every stop. It also helps you choose stations with additional services, which is especially useful in adverse weather conditions.

How to use an EV charging station map to plan your route

Set waypoints based on your vehicle’s range

The first step is to determine your vehicle’s actual winter range. Next, you can mark charging waypoints every few miles, taking into account elevation changes, temperature and road types.

Charge at rapid charging points (≥ 50 kW)

For long-distance trips, rapid and ultra-rapid chargers allow you to regain most of your battery range in a short time. Prioritising stations of 50 kW or higher reduces your total travel time.

Have backup options in case a station is busy

An updated map often shows real-time availability across many networks. That’s why it’s recommended to identify a nearby backup option in case your primary station is occupied or out of service.

Combine rest stops with charging

Ideal planning blends natural driving breaks with charging stops. Stopping to eat, stretch or rest while your car charges makes the trip more comfortable and efficient.

Types of charging stations you’ll find on the map

Urban chargers (up to 22 kW)

These are commonly found on streets, in parking facilities and at shopping centres. Their power is suitable for longer charging sessions during daily activities, but they’re not ideal for long-distance trips.

Semi-fast chargers (22 to 50 kW)

They offer a balance between speed and availability. They’re useful for mid-journey stops or for topping up your range without needing a full charge.

Rapid chargers (50 to 150 kW)

Ideal for road trips. They allow you to charge a significant portion of the battery in under 30 minutes, reducing overall trip time.

Ultra-rapid chargers (≥ 150 kW)

They’re the most efficient option for long-distance travel. In just a few minutes, they can add hundreds of km of range, depending on the vehicle model.

What charging power is best for your trip

The right charging power depends on the type of trip you’re planning.

For city driving or short commutes, stations up to 22 kW are sufficient. On mid-range routes, 50 kW chargers allow for a smooth and steady journey. For long journeys —especially in winter— it’s best to plan stops at rapid or ultra-rapid chargers, as they offset cold-related range loss and minimise waiting time.

Most common connectors you’ll see on the map

EV charging station maps show the connectors available at each station. The most common are:

• Type 2 (Mennekes): European standard for AC charging.
• CCS Combo: The industry standard for DC fast charging.
• CHAdeMO: Found on some Asian models, though less common in new installations.

Knowing your vehicle’s connector type is essential, as it allows you to filter stations and avoid incompatible stops.

Tips for driving an EV in winter

How cold affects range

As noted earlier, batteries lose efficiency at low temperatures, which can reduce range by 10% to 30% depending on the model and conditions.

Battery temperature and pre-conditioning

Many vehicles allow you to preheat the battery before starting your trip. Doing this while the car is plugged in improves performance and reduces initial energy consumption.

Cabin climate control and energy consumption

Heating is one of the biggest energy consumers in winter. Using heated seats or eco-climate modes helps optimise consumption.

Strategic breaks for comfort & charging

Syncing your charges with natural driving breaks helps maintain a comfortable pace and avoid unnecessary waits. In winter, these pauses also give the vehicle a break from the cold outside.

Apps for using EV charging station maps

Mobile apps featuring integrated charging maps let you check availability, power, connector types and prices in real time. They also offer built-in navigation, charger-type filters and recommendations based on your vehicle’s personalised range.

Myths and common mistakes when planning with charging maps

One of the most widespread myths is that winter travel in an electric car is complicated.

In reality, with proper planning and an up-to-date EV charging station map, the journey is just as simple as with any other vehicle. It’s true that cold weather can reduce range, but today’s infrastructure and digital tools make it easy to anticipate charging needs.

Another common mistake is failing to identify backup stations or overestimating your vehicle’s actual range in winter conditions.

It’s also easy to overlook the time needed to pre-heat the cabin before driving, which increases consumption. That’s why having an updated map helps avoid these issues and enjoy stress-free travel —especially when combined with solutions like those from Endesa, which make charging easier both on the road and in the city. In addition, users can benefit from a 20% discount on public charging networks thanks to an exclusive rate that makes every trip more affordable and efficient.

For those seeking the ultimate EV experience, our 48-month leasing plan delivers total freedom: zero down payment and 15,000 km per year, with insurance and maintenance included for a worry-free journey. This plan includes access to our exclusive Automotive rate, featuring up to 200 kWh of complimentary monthly charging. With a network of over 6,000 charging points, every journey —even in winter— becomes a comfortable, accessible and fully connected experience.