
Solutions for intelligent distribution grids
We are in the energy transition phase, where increasing amounts of renewable energy sources, heat-pumps and electrical cars are being connected to the distribution systems. This results in a number of challenges for distribution system operators.
To meet those challenges and keep a secure and efficient grid, the distribution systems need to become more intelligent with advanced monitoring and control technologies. UNITED-GRID aims to develop a tool-box that could be “plugged in” to the existing Distribution Management System via a cross-platform.
UNITED-GRID will develop and demonstrate:
A communication and measurement platform for real-time monitoring and grid resilience against cyber-attacks
A control tool-box to cope with uncertainty from renewable energy sources
Data analytic techniques to optimise grid’s utilisation
UNITED-GRID will validate the developed solutions in real systems and real-life environment at three demosites in France, Netherlands and Sweden. The solutions will be shown to interested Distribution System Operators, DSOs, to demonstrate opportunities for innovations and new business models.
In UNITED-GRID, RISE will lead the work on policy and regulations, where we will look into potential regulatory barriers for the implementation of smart grid solutions, from a European perspective. RISE will also contribute to the development of new business models for DSOs, who are facing new challenges in the next 5 to 10 years, and will have to adapt to new roles and responsibilities. RISE will also contribute to the investigation and development of price models and tariff structures for the management of peak demand in distribution systems.
Summary
Project name
UNITED-GRID
Status
Completed
RISE role in project
partner
Project start
Duration
April 2021
Total budget
4 Million Euro
Funders
Project website
Coordinators
Project members
Joni Rossi Behrooz Sangchoolie Ted Strandberg Peter Folkesson Claes Sandels Wenche Tobiasson Anders Thorsén
Supports the UN sustainability goals
