bLOSSom

Developing self-sustaining, brain-inspired computing hardware through standard CMOS manufacturing by integrating energy-harvesting Power Management Units, advanced electro-optical materials that convert optical loss into usable electricity, and self-spiking photonic neurons that compute while capturing their own energy.

AELIOS

The AELIOS project is focused on designing a robust and sustainable Alkaline Electrolyser with improved efficiency, capable of operatingflexibly in conjunction with renewable energy sources, while also lowering both CAPEX and OPEX. To reach this goal, the projectwill address multiple key areas: the development of advanced materials for the stack and balance of plant (BoP) […]

HySPRINT

The HySPRINT project integrates AI-optimized manufacturing techniques, such as InkJet printing and PVD sputtering, to produce high-performance hydrogen cell components with minimal waste. By implementing eco-design and circularity principles, the project validates these technologies at scale while reducing reliance on critical raw materials.

SOLAR-MOVE

As road transport becomes electrified, it puts additional pressure on power grids. To address this challenge and facilitate the adoption of electric vehicles, the SOLAR-MOVE project aims to develop and test Vehicle-Integrated Photovoltaic (VIPV) and Electric Vehicle Compliant Parking Lot Integrated PV (ePIPV) solutions.

HighMag

HighMag is developing next-generation magnesium batteries as a low-cost, safe, and sustainable alternative to lithium-ion technology.

HarWASTing

HarWASTing is an initiative that turns agricultural and forestry waste into high-value products like specialized wood-hydrochar panels, boosting the rural bioeconomy.

6G-LEADER

The 6G-LEADER project focuses on advancing 6G communication networks by developing machine learning-driven physical layer (PHY) and radio access network (RAN) technologies for autonomous operation.

HyList

HyLiST will deliver a revolutionary 4b Generation Solid-State Lithium-ion Battery that is safer, eco-friendly, more energy-efficient and with higher capacity for the automotive and aviation industries.

INFERNO

INFERNO aims to develop a compact energy conversion system to convert industrial waste heat into usable electricity.

CONCEPT

CONCEPT was created to change and develop alternatives to the traditional silicon semiconductor technology.