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Harrison Smith , , Columbus
Amy Pielow , , Columbus
Adithya Jayakumar , , Columbus
Matteo Muratori , , Columbus
Benjamin Yurkovich , , Columbus
Ramteen Sioshansi , The Ohio State University, 43210
Ashok Krishnamurthy , , Columbus
Giorgio Rizzoni , , Columbus
Matthew Roberts , , Columbus
ABSTRACT
Understanding energy generation and consumption is more critical than ever. While simulation is a valuable tool, such models are by necessity simplified abstractions of actual energy systems. We present a steerable energy system multi-model implemented with a newly developed computational steering toolset called LAPIS. Additionally, we present an adaptable framework for the integration and development of such multi-model simulations. This framework carries a number of key advantages including allowing independent development of component simulations, limiting coordination overhead between developers during the integration process, and allowing modularity and flexibility in the overall multi-model simulation. We use case studies to demonstrate the capabilities of the multi-model energy system simulation and LAPIS.
CITATION
Harrison Smith, Amy Pielow, Adithya Jayakumar, Matteo Muratori, Benjamin Yurkovich, Ramteen Sioshansi, Ashok Krishnamurthy, Giorgio Rizzoni, Matthew Roberts, "A User-Steered Energy Generation and Consumption Multi-Model Simulation for Pricing and Policy Development", Computing in Science & Engineering, , no. 1, pp. 1, PrePrints PrePrints, doi:10.1109/MCSE.2013.48
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