| 講演抄録／キーワード |
| 講演名 |
2015-12-04 14:35
The Power Flow Coloring: Giving a Unique ID to a Power Flow from a Specific Power Source to a Specific Power Load
○Saher Javaid・Yuhei Kurose・Takekazu Kato・Takashi Matsuyama（Kyoto University） |
| 抄録 |
（和） |
Nano-grid (NG) finds feasibility for integrating distributed energy resources to realize efficient and versatile energy management systems for future homes, buildings, and local communities. This paper implements the power flow coloring, which gives a unique ID to each power flow between a specific power source and a specific power load. It enables us to design versatile power flow patterns between distributed power sources and loads taking into account energy availability, cost, and carbon dioxide emission. To implement the power flow coloring, this paper proposes a cooperative distributed control method, where a master-slave role assignment scheme of power sources and a time-slot based feedback control are introduced to cope with power fluctuations while keeping the voltage stability of the NG. Experimental results show the practical feasibility of our proposed method in managing distributed power sources and fluctuating loads. |
| （英） |
Nano-grid (NG) finds feasibility for integrating distributed energy resources to realize efficient and versatile energy management systems for future homes, buildings, and local communities. This paper implements the power flow coloring, which gives a unique ID to each power flow between a specific power source and a specific power load. It enables us to design versatile power flow patterns between distributed power sources and loads taking into account energy availability, cost, and carbon dioxide emission. To implement the power flow coloring, this paper proposes a cooperative distributed control method, where a master-slave role assignment scheme of power sources and a time-slot based feedback control are introduced to cope with power fluctuations while keeping the voltage stability of the NG. Experimental results show the practical feasibility of our proposed method in managing distributed power sources and fluctuating loads. |
| キーワード |
（和） |
Power flow coloring / Cooperative distributed control / i-Energy / Energy on demand / Demand-side management / / / |
| （英） |
Power flow coloring / Cooperative distributed control / i-Energy / Energy on demand / Demand-side management / / / |
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信学技報 |
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