There is no lack of announcements for sustainable energy projects. Still, many are stuck somewhere between concept and commissioning. FEV e+r reduces market uncertainty, provides technical support and de-risk business cases to facilitate investments into the future of energy. Either as independent third party challenging the approach or by taking the full project from beginning to end as the owner’s engineer.
We develop integrated energy concepts for manufacturing sites and hard-to-abate industries that reduce emissions across heat, power and process energy while maintaining reliability and competitiveness.
We optimize autonomous and semi-autonomous energy systems by balancing generation, storage and sector coupling for resilience, affordability and low carbon intensity.
We design systems that integrate volatile renewable generation into stable, efficient operations through storage, control strategies and grid-conscious architecture.
We develop energy concepts for future fuels that connect power, heat, feedstock and conversion processes into scalable and economically viable production systems.
We turn waste streams into energy system value by linking thermal, electrical and material flows into circular, low-carbon infrastructure concepts.
We support cities and utilities in redesigning heat systems around low-carbon sources, district heating, waste heat and future-proof supply structures.
We design charging hubs that combine high-power charging, smart load management and local flexibility to minimize grid impact and operating cost.
We design energy systems for data centers that balance availability, efficiency and scalability across power supply, cooling, backup and grid interaction.
We plan symbiotic energy systems for industrial parks that unlock synergies between tenants, infrastructure and utilities to improve efficiency, resilience and carbon performance.
We develop resilient, low-carbon energy concepts for sea- and airports that address high peak loads, critical infrastructure requirements and future fuel integration.
We create holistic island energy systems that combine renewables, storage, fuels, water and waste streams into resilient, low-carbon local ecosystems.
We plan integrated energy solutions for residential areas that connect heat, power, mobility and storage to create affordable, future-ready communities.
Great systems start with a clear understanding of the long‑term goals they need to serve.
Building on this strategic foundation, we develop realistic technology roadmaps grounded in hands‑on experience. Because we do not just assess technologies but actively develop them ourselves, we understand their maturity, limitations and scaling paths in depth — and turn that insight into future‑proof, actionable roadmaps.
We help our customers avoid the most common project pitfalls by combining strategic, commercial and technical expertise.
Depending on the project phase, we act as strategy advisors, owner’s engineers, project managers, engineering partners or trusted technical advisors.
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.
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 industrial engine manufacturer seeks tounderstand the diesel and natural gas power generation marketto evaluate further engine development.
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.
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…
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…
As electric vehicle adoption accelerates, grid stability and renewable integration become critical challenges. Traditional charging approaches lack flexibility, making it difficult to balance energy demand, dynamic tariffs, and renewable generation. The need: on-demand, multi-directional EV charging that supports Vehicle-to-Grid (V2G),…
Develop a concept of a symbiotically optimized industrial park…
Targeting the data center emergency power market To set the right development targets, understand the data center specific requirements for gensets…
Identify the future global market potential and local production opportunities for renewable fuels to support the transformation to a green energy production hub.
The client aims to decarbonize local industry and position the region as a leading EU decarbonization hub by establishing a regional industrial ecosystem based on H2, CO2, O2, and H2O…
Highly dynamic loads with modern AI compute loads both in training and inference…
Support and assessment for European ESS Integrator to meet certification criteria by performing FMEA/PFMEA and risk analysis…
Head of Strategy
Solution Leader Ecosystems
