Projects

In the pebbles project, a market-based deployment planning model for decentralized energy conversion plants was developed. The simulation model enables the comparison of the market procedures and allows a detailed mapping of different support policy measures of local energy markets.

The project aims to establish a cohesive electricity market design for Europe. As part of this endeavor, compatible IT architecture and interfaces will be utilized to develop demonstrators that showcase scalable solutions.

The goal of the project is to develop a distributed flexibility data registry and examine the suitability of blockchain technology for this application. In addition to the development of the flexibility data registry itself, a key objective of the research project is to investigate the communication technology integration of decentralized flexibility resources.

The MAKSIM project focuses on the implementation of a cost-effective ICT infrastructure and the development of data processing and analysis procedures for sensor data from the distribution network. Through a communication link to an IT platform, this will enable digitization of asset management in the distribution network.

The electricity supply industry is facing major challenges as a result of the energy transition and the associated digitalization. Among other things, specially adapted IT security technologies are needed. The MEDIT project is developing methods for energy networks to detect, prevent and respond to IT attacks and IT failures.

The int:net project establishes an open, cross-sector community that brings together all relevant stakeholders in the European energy sector. The primary goal is to collaborate on the development, testing, and implementation of interoperable energy services.

The objective of CyberSEAS is to establish an open and expandable ecosystem consisting of 30 customizable security solutions. These solutions aim to provide effective support for key activities such as risk assessment, device interaction, secure development and deployment, real-time security monitoring, capability enhancement and awareness, as well as certification, governance, and collaboration.

The methodology developed in PlaMES considers scenarios up to the year 2050 and provides planning solutions for various stakeholders in the energy system, including policymakers, regulators, and network operators.

TwinEU will leverage a unique set of competences coming from grid and market operators, technology providers and research centres to create a concept of Pan-European digital twin based on the federation of local twins so to enable a reliable, resilient, and safe operation of the infrastructure while facilitating new business models that will accelerate the deployment of renewable energy sources in Europe.

The partners involved in the i-STENTORE project are working on developing technological and digital solutions for the hybrid operation of energy storage systems. Additionally, they are conducting investigations using demonstrators to explore the large-scale implementation of storage solutions across Europe.