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Shifts in demand patterns and the rising integration of solar photovoltaic and wind energy into the electric grid are set to double flexibility requirements by 2030 and quadruple them by 2050.
Energy storage emerges as a crucial element for a stable, efficient, and sustainable electrical system. ITA’s contribution spans various storage solutions, including batteries, supercapacitors, hybrid storage, and hydrogen technologies.
Our expertise in electrical systems, power electronics, and electrochemical systems enables us to support the development of storage systems from initial design stages, utilizing modeling and digital twins, through to prototyping and experimental testing in relevant environments.
Our Zero Emissions laboratory, a 100 kVA hybrid grid, integrates wind and photovoltaic generation, battery and hydrogen storage, and load emulators. It can operate connected to the grid or off-grid and features interlinked AC and DC branches. This facility allows us to demonstrate new developments and improve existing products by optimizing their operation to enhance efficiency and durability.
