michael stadler oct 23rd - microgrids
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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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Trade off between Costs and CO2
can enable zero carbon microgrid
Campus building
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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
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DER-CAM SCADA Interface
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DER-CAM Output: Example
Demand charge as well as peak TOU cost reductions are important drives for DER and microgrid adoption. Will this be also true for CCAs with unbundled tariffs and maybe less flexibility to influence TOU and demand related costs?