top of page
  • philipplang2

Meet the Faces Behind HYPOBATT

At HYPOBATT, we believe in the power of innovation to create a sustainable future for marine transportation. Behind every groundbreaking project, there are passionate individuals dedicated to driving positive change. Today we are excited to introduce you to the Coordinator of the HYPOBATT Project: Endika Bilbao Muruaga

As project coordinator of the HYPOBATT project, Dr Endika Bilbao Muruaga is a driving force behind the innovative advances in electric ship technology. With a strong background in energy storage and power electronics, Endika brings a wealth of expertise and vision to this ground-breaking project.


Promising technological innovations within HYPOBATT


From Endika's perspective, the HYPOBATT project is at the forefront of maritime innovation. One of the most promising advances is the development of an automatic high-performance charging system. This system is not only robust, but also designed to be practical and efficient for short sea shipping. By proving the feasibility of all-electric ships, HYPOBATT aims to revolutionise the industry and make maritime transport cleaner and more sustainable. The integration of these advanced charging systems underlines the project's commitment to practical and effective technological solutions.


Collaboration between science and industry: a catalyst for innovation


In the interview, Endika emphasises the importance of the symbiotic relationship between universities and industry in promoting innovation. Universities and companies each bring their own strengths to the table. Industry poses real-world challenges that require innovative solutions, while universities provide the cutting-edge research and theoretical framework needed to tackle these problems. This dynamic partnership accelerates the development of breakthrough technologies. In the case of HYPOBATT, it facilitates effective problem solving and the rapid advancement of electric vessel technology, ultimately benefiting society through cleaner and more efficient transport solutions.


Lessons learnt and future research directions


"Through our involvement in the HYPOBATT project, we have gained invaluable insights into the complexity of electric ships." One of the key lessons learnt is the crucial importance of interdisciplinary collaboration. By bringing together experts from different fields, HYPOBATT was able to tackle complex challenges related to recharging systems, environmental impact and business models. This collaborative approach has proven to be extremely effective in driving innovation. The lessons learnt from HYPOBATT will shape future research and underline the need for a comprehensive and collaborative effort to tackle the multiple challenges of sustainable transport


Looking to the future


Endika is convinced that the HYPOBATT project is capable of making a significant contribution to the field of electric marine transport. The success of the project will not only demonstrate the practicality of electric vessels, but will also pave the way for future advances in the industry. As the HYPOBATT team continues to push the boundaries of what is possible, their work will undoubtedly inspire and shape future research and development in the field of energy storage and power electronics.


Follow us as we introduce more faces behind HYPOBATT and share the stories of those driving positive change in the maritime industry. Together, we can make a difference.

25 views0 comments

Recent Posts

See All


bottom of page