FLOWBAT is an interdisciplinary thematic platform of applied character offering a solid basement for Redox Flow Batteries development, created by the Spanish National Research Council (CSIC), fully aligned with SGD 7 (affordable and clean energy) which, at the same time, is related to SGD 13 (Take urgent action to combat climate change and its impacts).

The electrochemical energy storage activities at KIT are primarily performed at the Institute of Applied Materials – Energy Storage Systems (IAM-ESS) and the Helmholtz Institute Ulm (HIU).

A fully equipped Containment Level 2 microbiology laboratory with the capability of handling geological materials (core materials and groundwaters/formation waters).

The infrastructure comprises two complementary facilities for characterization, validation and integration into electric grids of hybrid energy storage technologies, one main facility (TRL6-7) and one complementary testing facility to complete its functionality (TRL4-5).

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LNEG’s HPC Cluster is a High-Performance Computing system with 4 TFLOPS of peak computing power. It consists of 96 computation nodes (Intel Xeon E5-2683 v4 2.1GHz) interconnected by a 56 Gb/s Infiniband communication...

HPC5 is a supercomputing system. It is a DELL EMC hybrid CPU-GPU system and it peaks a computational power of around 52Pflops.

HYCEES infrastructure consists of two complementary installations: EGA stands for Station for Autonomous Generation and includes two groups of photovoltaic panels of 1.5 kWp and an emulator of wind turbine with a maximum power of 6 kW.

The Functional Coatings Lab for Energy Conversion and Hydrogen at the AIT Center for Energy disposes comprehensive materials synthesis and characterization infrastructure for material- and process development in the fields of Energy Conversion and Hydrogen, especially membrane-based ...

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FHa performs at its facilities R&D&i activities across the entire hydrogen value chain.

DTU Energy provides access to advanced materials characterization, tomography and structural analysis techniques. The main focus is on in situ and operando methods, for instance operando diffraction, spectroscopy and imaging studies of batteries, fuel-cell and electrolysis materials and thermal energy storage materials.