MOSES Project
In 2017 Braga Moro launched the MOSES research project in collaboration with leading research centers and Italian Universities.
Specifically, the MOSES (Modular Smart Energy System) project is developed in partnership with the DIET-POMOS Department of the Sapienza University of Rome for the development of modular energy storage solutions.
MOSES: MOdular Smart Energy System
The design idea is based on industrial research and experimental development of modular storage systems suitable for fast charging and discharging regimes. It is required that they be "smart" and "universal" for applications of efficient management of energy storage such as, intelligent TLC energy stations, slow and fast charging stations in the automotive sector, domestic photovoltaic systems with storage and, more generally, all systems that require a modular energy storage.
For the study of the project, 3 different application scenarios have been evaluated for now: TLC, Fast EV charge and domestic PV systems with storage. On the first, in particular, we focused our attention and implemented the business model able to develop the first commercialization of the system.
The scenario examined is that of Telecommunications Systems (TLC) in which the "MOSES" system would allow, through the optimal management of energy storage, no longer in simple buffer operation, the possibility of "releasing" at scheduled intervals energy and to supply power to cascade the various transmission devices. The released energy could be "resold" to the manager with consequent generation of revenues.
Braga Moro, with this project, together with the University La Sapienza and the company Adeo intends to develop an innovative "Core" system able to guarantee the robustness and reliability of modular storage systems.
In the Fast EV Charge Automotive / Vehicular sector, the "MOSES" system has as its final objective to provide for the possible integration between the different charging modes (conductive and inductive) on different types of vehicles such as buses, cars, cycles and motorcycles with the possibility of providing a series of value-added services in IoT logic such as the intelligent localization of the nearest charging station, the status and monitoring of the distribution network, innovative authentication and billing systems, booking, etc.
Finally, in the field of domestic PV systems with storage, the MOSES system can guarantee a re-use of the stored energy with an increase in revenues thanks to the high cycles of sight. Peer-to-peer exchange systems will be studied in which blockchain algorithms will be implemented at the base of the transactional transactional sales processes.
The team presented for the development of the MOSES project will consist of three international players such as Braga Moro, Adeo and La Sapienza University of Rome.
Exploiting their total operational complementarity, the three partners hope that the MOSES project will represent a "single project" able to open, even in Italy, the frontiers of what worldwide begins to take the name of IoEnergy
(Moses: the way to connect the Energy!)