Electricity in sustainable energy systems is more complex than in conventional systems. Instead of the conventional centrally coordinated control and passive distribution systems, a massive deployment of parallel and distributed control algorithms is envisioned. This new control system will supply the grid with sufficient control capabilities and resources to balance the uncontrollable in feed of renewable energy.
This project focuses on assessing and developing control algorithms that will be needed in sustainable power systems. Control algorithms for local and aggregated control, based on today’s advanced control strategies including model-predictive and stochastic optimizing control, direct and indirect control concepts will be simulated and tested in PowerLabDK.
The results of this project will contribute to the modernization of the current power system and help paving the way for the sustainable production and consumption of energy.
Project co-funded by the Danish Strategic Platform for Innovation and Research I To be completed: 2015