Difference between revisions of "System Analysis of Electricity Infrastructure Evolution Using Hybrid Method Simulation Tool"
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| − | | Hybrid modeling method proposed in our work depicts the concept of the electricity infrastructure evolution. In our | + | | Hybrid modeling method proposed in our work depicts the concept of the electricity infrastructure evolution. In our model, we address the electricity infrastructure as a part of society having socio-economic dynamics. Each agent represents a village and chooses the optimal type of electricity infrastructure based on the independent decision rules. Once the type of infrastructure is determined, the system dynamics of the local environment drives the embedded agent behaviors. The combination of different methodologies can effectively describe the final electricity infrastructure that “emerges” from the integration of individual behaviors of all agents. The study shows sample runs of simulation, yet future work needs to be done followed by case studies<ref>System Analysis of Electricity Infrastructure Evolution Using Hybrid Method Simulation Tool. Daye Eom and Scott Kennedy.</ref>. |
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Revision as of 08:02, 5 May 2014
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System Analysis of Electricity Infrastructure Evolution Using Hybrid Method Simulation Tool
Presenter: Daye Eom (Masdar Institute of Science and Technology)
Overview
| Hybrid modeling method proposed in our work depicts the concept of the electricity infrastructure evolution. In our model, we address the electricity infrastructure as a part of society having socio-economic dynamics. Each agent represents a village and chooses the optimal type of electricity infrastructure based on the independent decision rules. Once the type of infrastructure is determined, the system dynamics of the local environment drives the embedded agent behaviors. The combination of different methodologies can effectively describe the final electricity infrastructure that “emerges” from the integration of individual behaviors of all agents. The study shows sample runs of simulation, yet future work needs to be done followed by case studies[1]. |  |
References
- ↑ System Analysis of Electricity Infrastructure Evolution Using Hybrid Method Simulation Tool. Daye Eom and Scott Kennedy.
