Posts written by uniresearch

CONCEPT

The concept is based on: combining modular high-energy batteries and high-power batteries, novel converter concepts and production technology solutions derived from the automotive sector. A modular approach will reduce component…

APPROACH

SEABAT follows a step wise approach, which will result in three key innovations. STEP 1: Overarching system architecture for full-electric hybrid topologiesA cost-effective solution must be based on an architecture…

STRUCTURE

The SEABAT project is organized in eight Work Packages. GANNT chart of the project (click on the WP title to read more information). WP NoWP TitleStart dateEnd dateWP1Market needs and…

TIMELINE

The project will run for 4 years, from a market analysis to a complete evaluation.

Market needs and regulations (WP1) for SAC

This work package focuses on the one hand on the real market projections and economic aspects linked to battery systems in ships and the on the other hand on the…

Market needs and regulations (WP1)

This work package focuses on the one hand on the real market projections and economic aspects linked to battery systems in ships and the on the other hand on the…

Specifications and requirements (WP2)

This work package will draw the overall scope of the project by identifying and defining the different maritime applications that are currently being electrified and/or will be in the near…

Specifications and requirements (WP2) for SAC

This work package will draw the overall scope of the project by identifying and defining the different maritime applications that are currently being electrified and/or will be in the near…

Modular and flexible battery system design (WP3) for SAC

This work package will:(1) analyse and evaluate in depth the three identified potential hybrid system concepts and(2) develop the selected concept into a modular and scalable hybrid battery system architecture…

Modular and flexible battery system design (WP3)

This work package will:(1) analyse and evaluate in depth the three identified potential hybrid system concepts and(2) develop the selected concept into a modular and scalable hybrid battery system architecture…

Component development (WP4)

This work package will focus on the design and develop the components for a modular and flexible hybrid battery system towards low cost. Requirements and specifications (WP2 and WP3) are…

Component development (WP4) for SAC

This work package will focus on the design and develop the components for a modular and flexible hybrid battery system towards low cost. Requirements and specifications (WP2 and WP3) are…

Battery module and pack assembly & manufacturing and integration (WP5)

This work package aims to integrate the full hybrid battery energy storage system.The battery assembly process will consider the modular and scalable requirement of the battery power pack when integrating…

Battery module and pack assembly & manufacturing and integration (WP5) for SAC

This work package aims to integrate the full hybrid battery energy storage system.The battery assembly process will consider the modular and scalable requirement of the battery power pack when integrating…

Virtual integration, validation and certification (WP6) for SAC

This work package will validate the developed battery system concept. This includes proving reliability and effectiveness of the chosen concept, to validate that the developed battery system topology works as…