Distribution system operators such as Alliander are responsible for the maintenance and operation of the medium-low voltage grid, connecting end-users with generators to the transmission high-voltage grid. With the aim of augmenting the transport capability of this distribution grid, this laboratory seeks to address the distinct challenges encountered in the Netherlands and the thousands of distribution grids worldwide.
This lab focuses on two approaches to increasing the grid capability, one of which is to improve grid operations and the other to investigate targeted infrastructure expansions. In both of these, the analysis of grid data and the development of new methods and tools that utilize this data is the primary task. The first approach is to make more efficient use of the grid, utilizing technologies such as smart charging, batteries, flex markets, and DER control, as well as increasing insight into grid loads, such as cable temperatures, to allow for larger currents without increasing the probability of power failures and accelerated cable aging. These technologies can provide a more comprehensive understanding of grid currents and voltages to support operational decision-making, which promises a more efficient, sustainable, and reliable use of energy. The second approach is to accelerate the rate of grid expansion beyond that of the past. This can only be achieved by automating time-consuming and/or repetitive tasks and optimizing the work package in the most efficient way, due to the shortage of skilled mechanics and engineers.
This lab combines the expertise of Alliander data scientists and electrical engineers, the latest digitalization programs that make grid data available, with the academic expertise on methods from artificial intelligence, enabling the lab’s scientific success and broader global impact. Alliander and other DSOs and TSOs have initiated extensive digitization programs to address the dramatically increased demand for both power generation and consumption. As Alliander is one of the global frontrunners as a DSO in applying sophisticated algorithms and AI, it is also one of the places where the limits of existing methods and available commercial software are exposed. The new generation of grids necessitates an evolution towards data-driven methods: large numbers of distributed, renewable/stochastic, and smart/digital energy assets are difficult to describe with analytical methods.
The scientific impact will be achieved through collaboration with TU Delft, Radboud University, and the University of Twente. These three institutions are actively engaged in developing and investigating AI methods for power system operation and can ensure the relevance of the scientific questions. The lab’s collaboration network on this topic is significantly wider and includes all Dutch Distribution system operators, allowing for tests to be conducted under different conditions. TU Delft is well connected with Dutch utilities and TenneT, which are among the main employers of the graduates of the academic institutions. Through this network, the lab can facilitate the dissemination of the impact of the developed ideas by identifying links to active national research projects.
