Flexible power consumption requires fully automated devices
Professor Henrik Madsen from DTU Compute believes that researchers and practitioners under the CITIES-project have broken the code for how electricity companies and other actors can enable flexible consumption. In an interview with ienergi.dk, published in July 2018, Madsen talks about automation, artificial intelligence, software and big data in the cloud. In Intelligent Energy, these research results are translated into in the process of designing future net tariffs, so they reward flexible customers.
These weeks, Hong Kong is massive in the media due to major demonstrations and unrest in the city, but life in the city continues alongside. Last week, PhD student Hjørdis Amanda Schlüter and Professor John Bagterp, both affiliated with CITIES and the Smart Cities Accelerator at DTU Compute, attended the IEEE CCTA 2019 (Conference on …
DTU har sammen med det nationale danske Innovation Centre Denmark Boston udviklet en række forsknings-webinarer sammen med Ørsted, MIT og Tufts University i Boston samt Energinet og den nye forskningsklynge Energy Cluster Denmark. —- Internationalt samarbejde og deling af viden er forudsætningen, for at verdens lande kan opfylde klima-målsætningerne. Danmark og USA samarbejder meget forskningsmæssigt …
A novel economic optimal control strategy from CITIES / DTU Compute & Krüger A/S suggests that the power consumption in wastewater treatment can be flexible since the water is treated in large tanks with long retention times where specialized aeration equipment is repeatedly switched on and off. Download for free the next few weeks! By controlling these switching …
