More Charge Points, Same Grid Connection: FENECON and The Mobility House Solutions Combine Energy Storage with Charging Infrastructure

As electric mobility accelerates, many charging sites are facing a new kind of challenge. The question is no longer just how to install individual charging points, but how to operate and scale entire sites profitably. Whether at a company site, a logistics depot, or a public fast-charging hub, the grid connection is increasingly the ceiling that limits further expansion. That’s driving demand for solutions that manage energy flows more flexibly and get more out of available grid capacity.

Scaling a charging site under a constrained grid connection requires two key levers: flexible energy use and intelligent control of the charging infrastructure. In response, FENECON and The Mobility House Solutions are joining forces, combining their respective strengths in energy storage and charging technology.

FENECON's stationary energy storage systems and its energy management system FEMS optimize how energy from all available sources – grid connection, solar, and beyond – is used on site. By decoupling when energy is drawn from when it's consumed, energy storage adds a layer of flexibility: locally generated solar power, for example, can be stored and made available for charging later in the day.

The Mobility House Solutions' ChargePilot handles the load management side. It runs the day-to-day charging operation, dynamically distributing available power across connected charge points while factoring in each vehicle's actual charging needs and prioritizing accordingly.

The two systems operate with a clear division of responsibilities: FEMS defines the available power budget; ChargePilot puts it to work intelligently across the charging infrastructure. This matters particularly at larger sites, where multiple systems and controllers from different vendors often coexist. The coordinated interplay between energy management, energy storage, and charging infrastructure helps reduce that complexity, enabling more stable and scalable operations.

For charging site operators, the combination of energy management, energy storage, and load management primarily translates into better economics. The well-matched pairing of the two systems also supports faster deployment and easier scaling of charging projects. At the same time, the solution contributes to grid stability more broadly: By better balancing energy flows on site and shaving peak loads, it helps lay the groundwork for continued EV growth.