University of Twente: smart grid planning problem solved

Researchers from the CTIT research institute of the University of Twente say they have developed a management and control method that should make it possible to convert existing electricity networks into smart grids.

The efficient distribution of energy flows generated by locally generated energy, for example by wind turbines and solar panels, is a complex problem. Smart grids should provide an answer to this, whether or not in combination with ‘smart’ devices. The smart energy networks should be able to process the energy flows from locally generated sources in real time, but this requires complex algorithms.

Researchers from the Center for Telematics and Information Technology, the CTIT, say they have found an answer to this with the management and control methodology Triana. This system could make a schedule based on a prediction of the energy demand down to the neighborhood and city level. In addition, Triana would continuously adjust the forecasts based on supply and demand.

In the development of Triana, mathematical research by PhD student Maurice Bosman was used to solve the planning problems of smart grids, according to the CTIT. The study also used a virtual network to simulate supply and demand for energy.