Project Details
Description
The Electric Ship Factory (ESF henceforth) project aims to industrialize the shipbuilding process, transforming traditional shipbuilding by applying Industry 4.0 principles. This is essential for consistently delivering battery-electric ships, ensuring efficiency and quality in sustainable and cost-effective sea transportation. The project involves multiple stakeholders, including ship owners, ports and technology providers, with Rauma Marine Constructions (RMC) leading the consortium. The goal is to revolutionize ship design and manufacturing, enabling a modular solution that can be adapted to different routes.
The key drivers of the project are
•Industrializing shipbuilding, enabling the serial production of modular ships, and digitalization of ship manufacturing and product management.
•Modular ship design, that is based on design for manufacture and design for lifecycle optimization.
•Electric maritime corridor platform, that enables roll-out of fully electric RoPax and RoRo ships on European routes.
The key drivers of the project are
•Industrializing shipbuilding, enabling the serial production of modular ships, and digitalization of ship manufacturing and product management.
•Modular ship design, that is based on design for manufacture and design for lifecycle optimization.
•Electric maritime corridor platform, that enables roll-out of fully electric RoPax and RoRo ships on European routes.
Layman's description
The ESF initiative is driving the transition toward zero-emission maritime transport by rethinking how ships are designed, built, and powered.
At its core, the project combines modular shipbuilding, advanced battery systems, and smart energy management to enable efficient production of electric and hybrid vessels. By also addressing high-power charging infrastructure at ports, ESF is creating a complete ecosystem for next-generation shipping.
The impact goes beyond technology, supporting decarbonization, reduced emissions, and stronger industrial competitiveness in Europe.
At its core, the project combines modular shipbuilding, advanced battery systems, and smart energy management to enable efficient production of electric and hybrid vessels. By also addressing high-power charging infrastructure at ports, ESF is creating a complete ecosystem for next-generation shipping.
The impact goes beyond technology, supporting decarbonization, reduced emissions, and stronger industrial competitiveness in Europe.
Key findings
Decarbonization of Maritime Sector; Feasibility of Electric Shipping; Transformation of Shipbuilding; Advanced Energy System Optimization; Modular Battery Innovation; Onshore Charging & Infrastructure Challenges; Electric Maritime Corridor Concept; Collaborative Ecosystem & Innovation
| Acronym | ESF |
|---|---|
| Status | Active |
| Effective start/end date | 1/01/26 → 31/12/27 |
Collaborative partners
- VTT Technical Research Centre of Finland
- Rauma Marine Construction Oy (lead)
Projects
- 2 Active
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BIG LEAP: NextGeneration of Battery Management Systems to increase Interoperability, bridge the Gap between 1st and SL-BESS, Extend Adaptability and emPower battery value chains
Saha, P. (Manager), Urishov, D. (Participant), Singh, P. (Participant), Hentunen, A. (Owner), Zeb, A. (Participant) & Rainio, K. (Participant)
1/01/24 → 1/07/27
Project: EU project
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NEXTBAT: Next generation technologies for battery systems in transport electrification based on novel design approach to increase performance and reduce carbon footprint
Pihlatie, M. (Manager), Jenu, S. (Participant), Hentunen, A. (Participant), Arora, S. (Participant), Sokka, L. (Participant), Hakkarainen, T. (Participant), Haavisto, J. (Participant), Salomaa, S. (Participant) & Vehmas, K. (Participant)
1/06/23 → 30/11/26
Project: EU project