About eFuelution
eFuelution offers tailor-made energy solutions for the energy transition, with a focus on energy management, Power-to-X, and fuel storage. With the PhoeniX EMS software, we optimize energy use through real-time simulations and AI-driven decision-making. In addition, we guide companies through every project phase – from feasibility studies and business plans to engineering and operations – with the goal of achieving a more efficient and sustainable energy supply.
About us
Our Mission
At eFuelution, we accelerate the energy transition with smart and sustainable energy solutions. We help businesses, industries, and energy hubs optimize energy management, implement Power-to-X projects, and develop efficient storage solutions for clean fuels.
Our PhoeniX EMS software optimizes energy management in real-time
Our PhoeniX EMS software optimizes energy management in real time with AI-driven decision-making, based on electricity prices, gas prices, and CO₂ certificates, combined with energy consumption patterns and weather forecasts. This enables companies to respond flexibly to price fluctuations, avoid grid congestion, and reduce operational costs.
Seamless integration of energy generation, storage, and consumption
What makes eFuelution unique is the integration of advanced energy management (EMS), Power-to-X, and Clean Fuels Storage within a single scalable solution. Together with our strategic partners, we create a robust ecosystem in which energy generation, storage, and consumption are seamlessly integrated. In this way, we help companies reduce their energy costs, minimize their carbon footprint, and prepare for a sustainable future.
The team
Our team
Feiko Jager has had an extensive career in the energy sector, holding various operational, technical, and senior management roles. In recent years, he has focused on project development, with an emphasis on concept development, feasibility studies, engineering, and commissioning.
With his in-depth knowledge and hands-on experience, Feiko accelerates the development of eFuelution’s projects in energy management, Power-to-X, and Clean Fuels Storage. By applying innovative technologies and fostering strategic collaboration, he contributes to sustainable and future-proof energy solutions.
Feiko is a graduate of Delft University of Technology.
Hanno Hardenbol has over twenty years of experience in the international shipping and energy markets and has worked for various multinationals in engineering, commerce, and management. In recent years, he has focused on young and early-stage companies in the energy infrastructure and energy storage sectors.
With his broad experience and deep market knowledge, Hanno plays a crucial role in the development of sustainable hydrogen projects. At eFuelution, he applies his expertise to realize innovative energy solutions in the fields of energy management, Power-to-X, and Clean Fuels Storage.
Hanno holds a master’s degree in Maritime Technology and Business Administration.
Jan Thijs Maatman has extensive experience in business development within the field of energy project development. He has worked on projects for energy traders, investors, and governments — both nationally and internationally — for various multinationals. Since 2008, he has been active as an entrepreneur, focusing on initiating and developing innovative energy projects.
At eFuelution, Jan Thijs applies his expertise to translate complex energy projects into feasible and scalable solutions, with a focus on energy management, Power-to-X, and Clean Fuels Storage. He has contributed to the development of some of the largest green energy projects in the Netherlands.
Jan Thijs graduated from the Faculty of Applied Earth Sciences at Delft University of Technology with a specialization in resource technology.
David Breedijk has a background in sustainable energy technology and mechanical engineering. During his studies at TU Delft, he developed a simulation model for hydrogen production using offshore wind farms.
At eFuelution, he is a co-developer of PhoeniX EMS, an energy management system that integrates electricity, heat, hydrogen, and gas. Through real-time simulations and AI-driven optimization, he helps companies use energy more efficiently and reduce costs. He works on energy hubs that align the supply and demand of renewable energy, such as hydrogen production based on solar and wind power. In addition, he explores smart energy exchange and grid balancing for sectors like industry, mobility, and storage.
David earned his master’s degree in Sustainable Energy Technology and his bachelor’s degree in Mechanical Engineering from TU Delft.