Solar radiation concentrator for thermoelectric generation and providing heat to applications that require high temperatures.
Energy transition: batteries, accumulators, smart grid and management systems
To meet the current and future increase in energy demand, here are the latest solutions designed by our research network, to store, distribute and make us more efficient in the way we use and produce energy.
Platform for the production of highly controlled, pure and catalytic nanomaterials with “green” synthetic procedures.
Instrumentation method for a calculation circuit in order to dynamically modify its precision, by acting on its working conditions
Method to automatically instrument digital hardware calculation circuits, so that their precision and power consumption can be configured at runtime.
Method to reformulate load flow equations in an algebraic system composed of easily solved linear equations and inequalities.
Method applied to Dye sensitized solar cell which can lead to easily and quickly obtain a performing, flexible and compact solar cell.
Metal-polysulfides redox flow battery based on low-cost, earth-abundant and non-toxic materials for stationary energy storage.
Method for creating an artificial solid-electrolyte interface layer on the surface of lithium metal, for rechargeable batteries
New compartmented redox flow tank and stack configuration designed to achieve greater electrolyte flow control.
Optimising Redox Flow Batteries used for energy storage in power plants for electricity generation using renewables or within power grids.
SmartComm for the autonomous monitoring of the electrical parameters of networks and the identification of any Power Quality disturbances.
Heat exchanger designed to capture the heat produced during the compression of a gas for use outside the system.
Platform whihc allows to analyze the multi-dimensional impacts of the exploitation of renewable energy sources (RES).
Innovative anti-islanding device to detect the formation of unwanted islands with balanced load and generation.
Methodology for the evaluation of the stability of islanded microgrids with no need of any numerical method or simulation with licensed sofwtare.
Device which enables to maintain the internal pressure within safe values in case reaction gas is produced or sampling is required.
Modular prefabricated element made in concrete for heat absorption and storage at high temperature and method to make it.
Controller that allows a wind turbine generator to provide support to the electricity system in case of sever frequency transients.
Plant that has the peculiarity to follow the thermal and electric demand, producing and distributing energy also during night hours.
Device that acts the micro-cogeneration in residential applications with the aim to foster the exploitation of renewable energy resources including biomass.
Invention able to monitor descriptive operation parameters of electric loads, send commands to the socket and carry out received datas in-depth analysis.
Method to stock electrical energy from renewable sources that does not require particular geological structures.
Device to simultaneously obtain the possibility to store and deliver both high energy and high density.
Lithium/oxygen battery that combines the high energy density of lithium/air batteries with the flexibility of redox flow batteries.