Download - Michael Stadler Oct 23rd - Microgrids
Economic and Environmental Design / Operation of Microgrids*)
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Team: D. Baldassari, T. Brandt, G. Cardoso, N. DeForest, W. Feng,J. Eto, L. Le Gall, G. Gehbauer, M. Hartner, S. Mashayekh, C. Milan, J. Reilly, M. Stadler, D. Steen, J. Tjaeder, S. Wagner
Partners: Universidad Pontificia Comillas - IIT, Massachusett Institute of Technology (MIT), MIT Lincoln Laboratory, University of New Mexico, UCSD, Brookhaven National Laboratory, CSIRO, TriTechnic, Xcogen Energy, LLC, Public Service New Mexico, NEC, Fort Hunter Liggett
*) This work is partly financed by the US Department of Energy, Office of Electricity Delivery & Energy Reliability (OE)
Michael [email protected]://building-microgrid.lbl.gov/23. October 2014
Complex Interactions at Microgrids Holistic Modelling
2© Berkeley Laboratory, no duplication or use without the knowledge of Berkeley Lab, USA, Michael Stadler
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Microgrid Controller to Support PV Penetration
• large 2 MW PV and battery system 1 MWh
• in the future 8 MW of PV and full microgrid
• export limit to utility of 1 MW
• supervisory controller to support this high renewable penetration