In October 2018, the partnership on advanced materials for batteries was launched, aimed at developing research and innovation projects on advanced materials for batteries for electromobility and stationary energy storage.
The main objective of the partnership is to develop advanced battery materials, improving their characterization, durability, and adaptability to extreme working conditions. Batteries, electrochemical products, are fundamental for electromobility and for improving the capacity and performance of stationary energy storage.
OBJECTIVES
The Advanced Materials for Batteries Partnership (AMBP) focuses on the following objectives:
Advanced materials are a priority enabling technology area for EU industrial policy.
Ensure access to raw materials and support battery manufacturing to strengthen industrial leadership through joint EU support for research and innovation.
Bridging the gap between research and industrial application of advanced materials for batteries, contributing to the deployment and adoption of clean energy and clean mobility technologies.
Through joint innovation ecosystems, reducing the costs of advanced materials and increasing the development of clean energy and clean mobility technologies.
AREAS OF WORK
The main areas of work of the partnership are:
Modernize the advanced materials industry for clean energy, with a focus on electromobility and stationary energy storage.
Accelerate the transition of innovative advanced materials from the laboratory to the market.
Developing supporting regional innovation ecosystems by creating (trans)regional innovation hubs and ecosystems as catalysts for innovative startups.
Strengthening innovation interactions within this ecosystem between industry, SMEs, RTOs, and universities to create common benefits by exploiting complementarities and promoting synergies.
Supporting scale-up manufacturing processes and the creation of fully competitive value chains in Europe.
For more information on the AMBP partnership, visit the dedicated website.



Italiano