ESIPP team members have co-authored 3 of the articles in the January/February 2017 issue of IEEE Power and Energy Magazine.
ESIPP Co-Principal Investigator Eoin Casey co-authored the following article:
Casey,E., Beaini,S., Pabi,S., Zammit,K. and Amarnath, A. (2017) 'The Triple Bottom Line for Efficiency: Integrating Systems Within Water and Energy Networks', IEEE Power and Energy Magazine, 15(1), pp.34-42.
ESIPP Funded Investigator Geertje Schuitema and ESIPP Lecturer Lisa Ryan co-authored the following article:
Schuitema,G., Ryan,L. and Aravena, C. (2017) 'The Consumer’s Role in Flexible Energy Systems: An Interdisciplinary Approach to Changing Consumers’ Behavior', IEEE Power and Energy Magazine, 15(1), pp.53-60.
ESIPP Postdoctoral Researcher Juha Kiviluoma co-authored the following article:
Kiviluoma,K., Heinen,S., Qazi,H., Madsen,H., Strbac,G., Kang,C., Zhang,N., Patteeuw,D. and Naegler,T. (2017) 'Harnessing Flexibility from Hot and Cold: Heat Storage and Hybrid Systems Can Play a Major Role', IEEE Power and Energy Magazine, 15(1), 15(1), pp.25-33.
Mark O'Malley presented a seminar titled "The Role of Demand & Storage in an Integrated Energy System" at Stanford Precourt Institute for Energy on 19th January 2017.
More information on the seminar is available here.
Geertje Schuitema (ESIPP Investigator and Assistant Professor at UCD) has co-authored a journal article with Nicole Sintov (Assistant Professor of Research at the University of Southern California) on challenges in Interdisciplinary research in Energy Policy (Volume 101, pages 246-250). The journal article titled 'Should we quit our jobs? Challenges, barriers and recommendations for interdisciplinary energy research' was also quoted in a feature by the Times Higher Education website here.
We were happy to host a seminar by Dr Hannele Holttinen on Flexibilities in energy system to support variable generation integration on Friday 27th of January at 2:30pm.
Further information available here
Professor Kang received the IEEE Fellow Award for contributions to power system operation planning in uncertain environments.