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Customer application 14 November 2023

HAJ: Hit the Ground Running in a Fully Charged E-Vehicle

Expansion of Charging Infrastructure at Hanover Airport Boosts E-Mobility

The capital of Lower Saxony, Hanover, is making the switch to e-mobility easy. It has a top spot among major German cities in expanding public charging infrastructure.

A strategy paper adopted by the city in 2018 provided the impetus. With the local energy service provider, enercity AG, Hanover has been implementing ambitious plans for climate-friendly mobility. The first goal was reached in 2022 – however, expansion continues. And not just in the inner city area.

Predictable Parking Times

Since the beginning of the year, enercity has been building publicly accessible charging infrastructure at Hanover Airport. “HAJ” is the airport code for Germany’s eighth-largest airport. Around four million passengers passed through the airport this past year. Business travelers are among the many who start their journey here. “And aside from those taking brief vacations, business passengers are our core target with the first expansion step,” says Constantin Reese, Head of Technology for Electric Mobility at enercity. The reason? The user profile is clearly defined: these customer groups are usually traveling for a short period of time. They often park close to the terminal for an average of only one to two days. This time is then available for EV charging. . “This makes planning easier,” explains Reese when discussing the total power required for charging. “At the airport, this can be designed as a below-market rate, based on the predictable, longer parking times, compared with other publicly accessible charging stations.”

Dynamic Load Management

The first construction phase at Hanover Airport included 16 AC charging stations with two charging points each. In order to sensibly distribute the available capacities among the individual charging points, enercity relies on dynamic load management from WAGO. WAGO's Compact Controller 100 is at the core and incorporates dynamic load management as a Docker Container. As a Linux-based controller, this device supports diverse programming languages – just like the rest of the WAGO PFC family – making it ideal for applications like a gradually growing charging park.