“Is it supposed to be clicking like that?”
“It’s just the rain hitting the plastic housing.”
“But it’s getting into the port. Look at the way the water is running down the cable.”
“The seals are rated for this. Just plug it in.”
“I can’t. The app hasn’t recognized the station yet, and my screen is so wet it thinks my thumb is a ghost.”
Katrien is standing in a car park behind a supermarket on the outskirts of Ghent. It is on a . The drizzle is not a mist; it is a heavy, directional curtain that has already soaked through the shoulder of her coat.
In her right hand, she holds a four-kilogram CCS2 connector. In her left, she holds a smartphone that is currently useless because a single droplet of water on the glass has convinced the software she is trying to open her calendar rather than initiate a charge.
The EV Reality
Standing in the Flemish rain, struggling with a 4kg cable and a wet capacitive touchscreen.
The Legacy Standard
Petrol pumps sit forty metres away under a massive, illuminated steel canopy. The drivers there are dry.
Forty metres to her left, the petrol pumps sit under a massive, illuminated steel canopy. The drivers there are dry. They are moving with a speed and posture that suggests they are part of a different century, or at least a different set of priorities.
The European transition to electric mobility has been handled as an engineering problem solved on a spreadsheet. On a spreadsheet, the variables are kilowatts, time, and availability. Precipitation does not appear in a kilowatt figure. Because the human experience of the weather is not a metric that can be easily graphed, it was designed out of the initial infrastructure rollout.
We are currently witnessing a massive, multi-billion-euro rollout of technology that assumes the sun is always shining, or at least that the user has a third hand to hold an umbrella.
The canopy over the petrol station is a piece of historical evidence. It is proof that an older industry learned, through decades of competition and customer feedback, that people will not pay for a product if the process of acquiring it makes them miserable.
The early days of motoring were similarly exposed. You bought fuel in cans from chemists. You stood in the mud. Eventually, the industry realized that the “experience” of the fuel was actually the experience of the station. The charging industry is currently relearning this lesson from scratch, and the cost of that education is being paid by people like Katrien, standing in the Flemish rain.
“We treat electricity as a digital asset, but the delivery mechanism is stubbornly analog.”
– Taylor H., Seed Analyst
Taylor H., a seed analyst who spends her professional life mapping the impact of moisture on future harvests, observed the phenomenon during a cross-border trip. This disconnect between the high-tech promise of the vehicle and the low-tech reality of the plug is the primary friction point for the modern EV owner.
7 Reasons for Infrastructure Failure
1
The Metric Trap
Infrastructure providers are incentivized by the number of plugs and the speed of the juice. When a government or a corporate board reviews the success of a charging hub, they look at “up-time” and “utilization rates.” If a charger is providing 150kW in a rainstorm, it is considered 100% functional.
The fact that the user is shivering and their touchscreen is malfunctioning is a “soft” variable that doesn’t show up in the quarterly report.
The “Path of Least Resistance” often skips the canopy to avoid of planning delays and significant per-bay architectural surcharges.
2
The Permit Paradox
Building a charging post is relatively easy from a planning perspective. It is a piece of electrical equipment. Building a canopy, however, is a structural undertaking.
In many European jurisdictions, adding a roof over a charging bay requires a different tier of building permits, architectural reviews, and “visual impact” assessments. Many operators choose the path where the user gets wet to save time and capital.
3
The Screen Friction
The vast majority of public chargers rely on capacitive touchscreens or, worse, smartphone apps. Capacitive technology works by sensing the electrical properties of the human finger. Water is also conductive.
In a heavy downpour, entering a credit card number or selecting a pump becomes a test of patience that most people fail after the third attempt.
4
The Cable Physics
An ultra-rapid charging cable is thick, heavy, and liquid-cooled. When it is dry, it is already a bit of a struggle to maneuver. When it is wet, it becomes a slick, heavy snake.
As you lift it toward the car, the water trapped in the ridges of the plastic runs down the cable and directly into the sleeve of your coat. This is a specific kind of “wicking” that turns a routine chore into a ruined evening.
5
The Lighting Gap
Rain usually comes with low visibility and early darkness. Petrol stations are “cathedrals of light,” designed to make the driver feel safe and the environment visible.
Charging hubs are often tucked into the dark corners of hotel car parks. Finding the port and ensuring you aren’t stepping into a ten-centimetre-deep puddle requires a level of lighting that most current hubs simply do not provide.
Comparative average Lux levels in non-urban service areas.
6
The Drainage Deficit
Standard car park design usually slopes away from buildings. Because chargers are often placed at the absolute perimeter, they frequently occupy the lowest point of the local topography.
In a heavy Belgian or British rain, the charging bay becomes a collection point for runoff. You aren’t just charging in the rain; you are standing in a lake created by the rest of the car park’s drainage.
7
The “Fast Enough” Myth
There is a prevailing belief that because charging is getting faster, we don’t need shelters. The argument is that you’ll only be there for , so why bother with a roof?
This ignores the reality that the first and last of every charging session are spent outside the car. Those six minutes are the difference between a dry interior and a damp, steaming cabin for the next two hours of your drive.
Managing the Moisture
The internal environment of the vehicle becomes a sanctuary in these moments. For owners of modern EVs like the Leapmotor series, the cabin is where you retreat while the weather rages outside. This transition from the wet exterior to the dry interior highlights the need for high-quality protection within the car.
Using leapmotor c10 accessories is one way owners manage the aftermath of these wet charging sessions, ensuring that the water brought in on coats and shoes doesn’t degrade the cabin’s materials. If the infrastructure won’t keep you dry, the interior of the car has to handle the moisture you inevitably bring back with you.
There is a psychological toll to this design oversight. Every time a driver has a negative experience at a charger, the “mental friction” of EV ownership increases. It isn’t just about whether the car has enough range; it’s about whether the driver has enough patience to deal with the logistics.
We are asking people to give up a refined, sheltered experience (the petrol station) for a raw, exposed one. The solution is not more battery capacity. The solution is a return to basic architectural empathy.
Some forward-thinking providers are beginning to build “charging lounges” and covered hubs, but these remain the exception. For the average driver in Ghent, or Manchester, or Hamburg, the reality remains a wet cable and a flickering screen.
The evolution of these spaces will likely follow the path of the supermarket. In the , you stood at a counter and asked a clerk for items. It was inefficient. Eventually, we moved to self-service, but the environment had to be optimized to make that self-service pleasant.
Charging is currently in that awkward “clerk-less but uncomfortable” phase. We have removed the attendant but haven’t yet provided the roof.
As the fleet of electric vehicles grows to include more families and less “early adopter” enthusiasts, the tolerance for these meteorological failures will drop to zero. A parent trying to juggle a charging cable, a crying child, and a grocery bag in a thunderstorm does not care about the peak charging curve of the lithium-ion cells.
Until the gap between the plug and the door is sheltered, the network will remain a collection of impressive machines that simply forgot it rains in Europe.