Based on proprietary knowledge, GES is developing the upscaling phase of the hybrid system prototype, from lab-scale to real-size.
The innovative results coming from the R&D activities are going to be protected with new patents.
Catholyte chemistry for Hydrogen flow battery, hybrid system gas + liquid- 2021
Aqueous anolyte composition for flow battery system- 2021
Based on proprietary knowledge, GES is developing the upscaling phase of the hybrid system prototype, from lab-scale to real-size. The innovative results coming from the R&D activities are going to be protected with new patents.
Nanogrid System for ComESto project- 2020
Application of GES Technology in the realization of a nanogrid system for private users, able to integrate different systems for the generation of energy from renewable sources, storage systems, micro cogeneration and generation systems
In-house components development- 2019
Highly performative and efficient membranes, cells, electrodes and catalysts are engineered, allowing the reduction of stack’s dimension and increasing the performances
First pre-commercial prototype 2,5kW/10kWh- 2018
The Greenernet project funded by EU in the Horizon 2020 program is completed. Within an international consortium, GES deploys the first pre commercial series of 4 batteries, based on AQDS technology. The 4 batteries system is tested in Budapest’s pilot site and its effectiveness is validated
First AQDS prototype- 2015
Green Energy Storage is founded with the goal of reshaping the energy transition with a green and sustainable energy storage system. Following a license agreement with the University of Harvard based on the use of Anthraquinone as an electrolyte, GES starts the development process for giving life to a redox flow battery system.
IPCEI EuBatIn grant- 2021
GES is officially part of the IPCEI EuBatIn, the strategic instrument for the creation of an innovative European battery value chain. Selected together with other key players like Solvay, BMW, FCA, Enel X, GES’ project is worth around €62 million.
Within the H2020-FTI program with a total value of €2M, Green Energy Storage took part in the Greenernet project, in partnership with Aarhus Universitet, Università degli Studi di Roma Tor Vergata and the companies Engineering and Evopro Innovation KFT.
At the end of the project, GES developed 4 pre commercial prototypes of an innovative flow battery, based on Harvard patent, each of them characterized by 2,5 kW of Power and 10 kWh of Energy, assembled together inside of a nanogrid and controlled by a Battery Management System (“BMS”) specifically developed.
GES took part in the COMESTO project, promoted by the Italian Ministry for University and Research, with other 14 partners (such as Enel Distribuzione, ENEA, FBK and a few universities).
The main goal of the project was implementing and testing a hybrid nano grid system for private users, able to integrate different systems for the generation of energy from renewable sources, storage systems, micro cogeneration and generation systems. Moreover, the project includes the development of a dedicated platform for the energy management of an Energy Storage Community.
Within the project Greenersys, sponsored by the Provincia Autonoma di Trento, GES developed a new design for the cell and a complete battery system, with the main goal of reducing production costs and increasing the performance.
Colorflow Project2018 - 2021
In collaboration with the Dutch Institute for Fundamental Energy Research (DIFFER) and the Dutch NWO organization, GES works to identify a new material dedicated to flow batteries.
The goal is to identify molecules with peculiar features, through computational chemical models and calculations, realizing a database and carrying out subsequent lab tests
The European Battery Alliance is a unique platform for more than 600 industrial, innovation and academia stakeholders, with the objective of building a strong pan-European battery industry that is able to help Europe capture a growing market worth 250B€/year from 2025.
Batteries Europe is the technology and innovation platform of the EBA. It aims to accelerate the establishment of a competitive European battery industry, driving the implementation of battery-related research and innovation actions of the SET Plan and of the STRIA.
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BATTERY 2030+ is the large-scale and long-term European research initiative with the vision of inventing the sustainable batteries of the future, providing European industry with disruptive technologies and a competitive edge throughout the battery value chain.