Biologically Inspired Modeling of Smart Grid for Dynamic Power-Flow Control
H Sawai, H Suzuki, H Ohsaki - … 2010, Boston, USA, December 1-3, 2010 …, 2012 - Springer
Smart grid is an electric power network which enables an effective use of electric power in a
highly parallel distributed manner. We have first formulated the basic equations for the smart
grid by inspiring from the mechanisms in biological organism, and controled the power-flow
dynamically in the smart grid by monitoring an objective function, which reflects the power-
flow and the constraint imposing on the power nodes. To validate the operation of the smart
grid, we performed several simulation experiments: which include the operations of a …
highly parallel distributed manner. We have first formulated the basic equations for the smart
grid by inspiring from the mechanisms in biological organism, and controled the power-flow
dynamically in the smart grid by monitoring an objective function, which reflects the power-
flow and the constraint imposing on the power nodes. To validate the operation of the smart
grid, we performed several simulation experiments: which include the operations of a …
Biologically inspired modelling of smart grid for dynamic power-flow control under power failure
H Sawai, H Suzuki, H Ohsaki - International Journal of …, 2018 - inderscienceonline.com
Smart grid is an electric power network that enables an effective use of electric power in a
highly parallel-distributed manner. We have first formulated the basic equations for the smart
grid by inspiring from the mechanisms in biological organism, and controlled the power-flow
dynamically in the smart grid by monitoring an objective function, which reflects the power-
flow and the constraint imposing on the power nodes. To validate the operation of the smart
grid, we performed several simulation experiments, which include the operations of a …
highly parallel-distributed manner. We have first formulated the basic equations for the smart
grid by inspiring from the mechanisms in biological organism, and controlled the power-flow
dynamically in the smart grid by monitoring an objective function, which reflects the power-
flow and the constraint imposing on the power nodes. To validate the operation of the smart
grid, we performed several simulation experiments, which include the operations of a …
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