The energy transition demands innovative tools. With the growing utilization of renewable energies, characterized by variable energy production along with increasingly unpredictable consumption patterns, there is a need for enhanced monitoring and network flexibility.

Platone will be coordinated by RWTH Aachen University in Germany and Engineering is leading the design and development of a technological solution based on Blockchain, which can optimise the energy network by adapting it to the ever-increasing penetration of energy from renewable sources and from electric heating, cooling and mobility systems. Engineering plays a significant role in creating the Blockchain-based platform. We will elaborate on the general requirements and architecture design, define platform specifications, address scalability, and develop innovative services such as Peer-to-Peer energy exchange between users. In full compliance with the regulatory framework, ensuring that a stratified set of platforms meets the needs of system operators, aggregators, and users. The project has received co-funding from the European Union's Horizon 2020 program - Contract No. 864300