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Vehicle Charging: Powering mobility where it matters

Vehicle Charging: Charging solutions for public hubs, fleets, and depots

We design charging solutions for a wide range of use cases — from public charging hubs to logistics depots and bus fleets. A key focus is solving the typical bottlenecks of charging projects, especially limited or costly grid connections, through smart system design, storage and energy management. What sets us apart is the combination of vehicle and infrastructure expertise, allowing us to align charging concepts with real operational needs rather than treating energy and mobility separately.

EV charging

We design EV charging solutions for a wide range of applications — from public charging hubs to logistics depots, bus fleets and other high-demand commercial sites. Our work goes beyond charger placement to include grid integration, storage, energy management and the overall system architecture needed to make charging reliable and scalable.

Multi-fuel charging hubs

We design hydrogen and multi-fuel hubs for applications where one energy carrier alone is not enough — from heavy-duty transport and public fleets to industrial and logistics sites. Our approach combines vehicle demand, fueling technology, energy supply and site infrastructure into one integrated system. This enables future-ready hub concepts that balance performance, scalability and cost across multiple fuels and use cases.

On-site generation and storage

We design on-site generation and storage systems that reduce grid dependency, lower energy costs and increase operational resilience. By combining local generation, batteries and intelligent energy management, we create tailored solutions that match real load profiles and site constraints. This turns energy supply from a bottleneck into a strategic asset for charging operations.

The power of V2X

Vehicle-to-X is becoming a key enabler in turning electric vehicles from passive loads into active parts of the energy system. Especially in fleets, depots and large-scale charging environments, it unlocks new potential for grid stability, flexibility and economic value. Our unique strength lies in understanding vehicle technology, charging infrastructure and energy systems together — making V2X not just technically possible, but operationally viable. We help with the technical integration and calculate the business value of V2X applications.

Overcoming grid limitations

Grid limitations are one of the biggest barriers to scaling charging infrastructure — whether the issue is unavailable capacity, restricted connections, high connection costs, congestion or long lead times. We help clients overcome these constraints by designing smarter systems around them, combining load management, storage, local generation and phased expansion concepts. This turns grid bottlenecks from project blockers into design parameters that can be managed strategically.

Services: From strategy to reality

Wether you need to define what lies ahead or implement what’s decided – FEV helps along the whole project lifecycle.

We define the strategic direction, target picture and value case – understanding technological potentials and the reality behind the business cases. Fast, honest and precise.

We build powerful partnerships, with the target to de-risk the investment from day 1. Our early systems designs rely on decades of experience and powerful tools that allow to gain detailed insights in early phases.

We assess technical, economic and regulatory viability to shape tailored solutions that fit the client’s specific context — not technology show cases, but phased pathways that are realistic, implementable and scalable over time.

Within FEED, we define the technical architecture, develop equipment and layout concepts, specify interfaces, validate utilities and infrastructure needs, and build up capex, opex and execution schedules to a decision-ready level. This gives clients a robust basis for FID with clear scope, realistic costs, identified risks and an implementation concept that can actually be carried forward into execution.

We support execution from detailed planning through implementation and, together with leading EPC partners worldwide, provide end-to-end delivery support to ensure projects are realized safely, efficiently and as intended.

Case Studies: Examples

  • FEV and Regout Group Collaborate on Smart Energy Management through PV–BESS Integration

    The Regout Group, a leading industrial manufacturer in Maastricht, aims to enhance sustainability and reduce energy costs. With rising electricity prices and the need for greener operations, the challenge was to identify an optimal mix of renewable energy generation and…

  • Global diesel & natural gas power generation study

    Global industrial engine manufacturer seeks tounderstand the diesel and natural gas power generation marketto evaluate further engine development.

  • Data center energy efficiency improvement study

    Silo-ed operation of all DC systems and reactive control strategies were leading to inefficient power consumption. Help identify and implement energy efficiency improvement measures.

  • Smart Grid Simulation for EV Integration – From Concept to European Scale

    FEV and Ford have collaborated to create a comprehensive smart grid simulation framework that optimizes energy flows for electric vehicle (EV) charging, stationary batteries, and photovoltaic (PV) systems. This solution combines advanced algorithms, real-world data, and predictive modeling to enable…

  • New product opportunity identification within the thermal solutions space for data centers

    Automotive client has a large portfolio and in-depth knowledge of thermal solutions. Investigate the opportunities for the client to enter the data center space with new offerings…

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