Ionity launches 500 kW ultrafast charging pilot in Norway
Ionity opens 500 kW pilot charging hub in Norway with smart power sharing
Ionity launches 500 kW ultrafast charging pilot in Norway
Ionity unveils its first 500 kW ultrafast site in Norway, built with Ekoenergetyka. Power-sharing keeps speeds high across eight stalls, cutting EV stop times.
2025-12-04T21:42:29+03:00
2025-12-04T21:42:29+03:00
2025-12-04T21:42:29+03:00
Ionity is doubling down on ultrafast charging, opening its first 500 kW pilot station in Norway, in Elverum near the Swedish border. For a network that had long capped out at 350 kW, it’s a meaningful leap: newer EVs increasingly demand higher peak power and a steadier charging curve.The project was delivered with Polish firm Ekoenergetyka. The key is a power-sharing architecture: the system allocates the available kilowatts across the stalls so charging speeds stay high even when several cars plug in at once. The site hosts six chargers rated up to 500 kW and two more up to 400 kW. In theory, 500 kW can add hundreds of kilometers of range in just a few minutes—provided the car and its battery support it. In day-to-day use, that smart load management often matters more than a single peak figure, trimming stop times when stations get busy.
Ionity, 500 kW charging, ultrafast charging, Norway, Elverum, Ekoenergetyka, power-sharing, load management, EV charging network, 400 kW chargers, pilot station, fast charging hub
2025
David Carter
news
Ionity opens 500 kW pilot charging hub in Norway with smart power sharing
A. Krivonosov
David Carter, Editor
21:42 04-12-2025
Ionity unveils its first 500 kW ultrafast site in Norway, built with Ekoenergetyka. Power-sharing keeps speeds high across eight stalls, cutting EV stop times.
Ionity is doubling down on ultrafast charging, opening its first 500 kW pilot station in Norway, in Elverum near the Swedish border. For a network that had long capped out at 350 kW, it’s a meaningful leap: newer EVs increasingly demand higher peak power and a steadier charging curve.
The project was delivered with Polish firm Ekoenergetyka. The key is a power-sharing architecture: the system allocates the available kilowatts across the stalls so charging speeds stay high even when several cars plug in at once. The site hosts six chargers rated up to 500 kW and two more up to 400 kW. In theory, 500 kW can add hundreds of kilometers of range in just a few minutes—provided the car and its battery support it. In day-to-day use, that smart load management often matters more than a single peak figure, trimming stop times when stations get busy.