| 講演抄録／キーワード |
| 講演名 |
2015-12-04 14:55
A cooperative distributed protocol for coordinated energy management in prosumer communities
○Rodrigo Verschae・Takekazu Kato・Hiroaki Kawashima・Takashi Matsuyama（Kyoto University） |
| 抄録 |
（和） |
The power system is experiencing a rapid introduction of uncontrollable renewable power sources, and an increase ability to store power, sense usage patterns, and control consumption. While standard demand management methods such as price-based demand response can be characterized as a "demand management from the supply-side", we propose a coordinated energy management of prosumers communities that can be characterized as a "demand management from the demand-side". In this a approach, prosumers (producers and consumers) coordinate their power consumption and generation, balancing their power usage, and reducing cost without sacrificing quality of life. In the present article we provide the main concepts of coordinated energy management and illustrate its benefits by comparing it to price-based demand response for the case of day-ahead appliance scheduling. The proposed approach is a compelling solution for enhancing the power system, implementing a prosumer society, and enabling the further introduction of renewables. |
| （英） |
The power system is experiencing a rapid introduction of uncontrollable renewable power sources, and an increase ability to store power, sense usage patterns, and control consumption. While standard demand management methods such as price-based demand response can be characterized as a "demand management from the supply-side", we propose a coordinated energy management of prosumers communities that can be characterized as a "demand management from the demand-side". In this a approach, prosumers (producers and consumers) coordinate their power consumption and generation, balancing their power usage, and reducing cost without sacrificing quality of life. In the present article we provide the main concepts of coordinated energy management and illustrate its benefits by comparing it to price-based demand response for the case of day-ahead appliance scheduling. The proposed approach is a compelling solution for enhancing the power system, implementing a prosumer society, and enabling the further introduction of renewables. |
| キーワード |
（和） |
Coordinated energy management / cooperative distributed protocol / prosumer community / smart community / demand-side management / demand response / smart grid / |
| （英） |
Coordinated energy management / cooperative distributed protocol / prosumer community / smart community / demand-side management / demand response / smart grid / |
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信学技報 |
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