Future power dispatch systems are expected to handle a significant share of renewable power such as bioenergy, solar, wind and hydroelectric. Given the uneven distribution of resources globally, systems that enable efficient management of these technologies are crucial.
Using a mathematical simulation of a highly renewable power system coupled with historical reanalysis weather data, I aim to assess (a) the contribution of bioenergy as baseload, (b) the interaction between different technologies, for example, how does hydroelectric seasonal variation interact with intermittency in insolation or wind etc., and (c) the impact of innovative power balancing and storage systems (e.g. power-to-gas). Weather data are being processed for implementation in BeWhere, the model I plan to use. In order to capture periods of interest, BeWhere will be enhanced to handle a temporal dimension.
Preliminary model runs indicate existing bioenergy use in the power sector is too small to play significant load-balancing role.
Funding: Kempe Foundation, Sweden
Program: Ecosystem Services and Management Program
Dates: October 2016 – present
Last edited: 19 January 2017
Related research program
Postdoctoral research at IIASA
Mesfun S, Sanchez DL, Leduc S, Wetterlund E, Lundgren J, Biberracher M, & Kraxner F (2017). Power-to-gas and power-to-liquid for managing renewable electricity intermittency in the Alpine Region. Renewable Energy 107: 361-372. DOI:10.1016/j.renene.2017.02.020.
Mesfun S, Leduc S, Patrizio P, Yowargana P, & Kraxner F (2017). Spatio-temporal Assessment of Integrating Intermittent Electricity in the EU Power Sector. In: SEEP2017, 27-30 June 2017, Bled, Slovenia.
Mesfun S, Sanchez DL, Leduc S, & Kraxner F (2015). Power-to-gas and Power-to-liquids for Managing Renewable Electricity Intermittency in the Alpine Region. In: Systems Analysis 2015 - A Conference in Celebration of Howard Raiffa, 11 -13 November, 2015, Laxenburg, Austria.
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