Multi-agent system modeling for managing limited distributed generation of microgrid
Mirajul Islam, Abu Md. Safiul Alam, C. K. Das
Abstract
Mirajul Islam, Abu Md. Safiul Alam, C. K. Das
Abstract
This paper focuses on operation of small scale renewable plants so that the energy produced can be utilized to its highest potential. Energy crisis being one of the main problems is leading the researchers to find fossil fuel replacement which is eventually renewable energy. In most cases, renewable energy is unpredictable as tehy rely on the nature. Besides, in developing countries it is discouraged to install renewable technology due to their random nature. In order to design a reliable microgrid where renewable resources contribute to its grid power supply, multi-agent system has been incorporated to add intelligence to the system. The various loads to be fed are divided according to importance. The proposed concept also allows sharing of load among utility supply and renewable sources during normal operation.
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This paper focuses on operation of small scale renewable plants so that the energy produced can be utilized to its highest potential. Energy crisis being one of the main problems is leading the researchers to find fossil fuel replacement which is eventually renewable energy. In most cases, renewable energy is unpredictable as tehy rely on the nature. Besides, in developing countries it is discouraged to install renewable technology due to their random nature. In order to design a reliable microgrid where renewable resources contribute to its grid power supply, multi-agent system has been incorporated to add intelligence to the system. The various loads to be fed are divided according to importance. The proposed concept also allows sharing of load among utility supply and renewable sources during normal operation.
Key concepts: Microgrid, Renewable energy, Distributed generation, Fossil fuel, Environmental economics, Computer science, Grid, Renewable resource