From infrastructure to energy intelligence: how FLEXECHARGE aims to redefine the future of EV charging

EnergyChannel | Special Interview – May 2026

By Ricardo Honório, reporting from Europe

Amid the rapid global expansion of electric mobility, a new technological layer is emerging as a key driver of the economic and operational sustainability of charging networks: energy intelligence.

To better understand this transformation, EnergyChannel spoke with Christophe Lephilibert, Marketing & Communications Director at FLEXECHARGE a European company gaining prominence by operating precisely where many market players still face challenges: the intelligent orchestration of energy.

Beyond hardware: the invisible layer that defines efficiency

Unlike charger manufacturers or Charge Point Operators (CPOs), FLEXECHARGE occupies a strategic position within the ecosystem.

“We are the intelligence layer of charging infrastructure,” says Lephilibert. “We do not compete with operators, CPMS platforms, or manufacturers we make them all smarter.”

At the core of this approach lies one of the sector’s biggest challenges: grid limitations and energy costs.

With solutions such as HARMON-E and Gateway Connect, FLEXECHARGE enables operators to manage loads, integrate solar energy, leverage battery storage (BESS), comply with utility requirements, and prepare their assets for energy flexibility markets.

Competitive edge: local control with portfolio-level intelligence

FLEXECHARGE’s key differentiator lies in combining local operational control with portfolio-wide intelligence.

While HARMON-E acts as a central brain for multiple energy assets, FLEXBOX provides plug-and-play local management, reducing complexity and accelerating deployments.

But the impact goes far beyond traditional load balancing.

“We help operators avoid grid overloads, reduce peak demand costs, integrate renewables and batteries, and prepare their assets for flexibility markets.”

In practice, charging infrastructure evolves from a cost center into a strategic energy asset.

A market entering a new phase

According to Lephilibert, the e-mobility market is shifting from a deployment race to an optimisation race.

“The first phase was about installing chargers quickly. The next will be about making them profitable.”

As EV adoption grows, pressure on grid capacity, energy costs, and project economics increases.

In this new landscape, success will depend on:

• Intelligent use of available energy

• Integration of local assets such as solar and batteries

• Participation in energy flexibility markets

“Charging infrastructure will no longer be seen as isolated hardware, but as part of an integrated energy ecosystem.”

Key industry challenges

Despite rapid growth, the sector still faces significant challenges:

• Limited grid capacity

• High connection costs

• Rising peak demand charges

• Regulatory complexity

There is also the risk of underutilised assets in still-maturing markets.

For FLEXECHARGE, the answer lies in smarter operations.

“The solution is not just to scale more but to scale smarter.”

Innovation in action: chargers as energy assets

One of the most emblematic examples is the Virtual Power Plant (VPP) project developed with Recharge.

In this project, DC fast chargers became controllable energy assets capable of interacting directly with the grid.

FLEXECHARGE’s technology enables:

• Dynamic load management

• Local energy optimisation

• Battery control (BESS)

• Peak shaving

• Smart tariff strategies

• Readiness for flexibility markets

This concept of “value stacking” allows multiple layers of value to be extracted from charging infrastructure.

Projects that showcase FLEXECHARGE’s impact

Q8 Electric (Netherlands)

In one of Europe’s most grid-constrained markets, FLEXECHARGE enabled fast-charging expansion without increasing grid connection capacity.

Bump x DHL (France)

At DHL’s logistics hub in Lyon, around 80 charging points are intelligently managed, ensuring operational stability for electric fleets.

Recharge (Europe)

A pioneering Virtual Power Plant project based entirely on DC chargers, demonstrating how charging networks can actively participate in the energy system.

The future of the energy transition

For FLEXECHARGE, EV charging will become one of the main flexibility layers in the global energy transition.

As millions of electric vehicles connect to the grid, charging infrastructure will represent:

• A major source of electricity demand

• A tool for grid stabilisation

• A driver for renewable energy integration

“Our vision goes far beyond delivering kilowatt-hours. It is about orchestrating chargers, batteries, solar energy, buildings, grid constraints, and energy markets into one intelligent system.”

From infrastructure to energy intelligence: how FLEXECHARGE aims to redefine the future of EV charging