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The power sector of Bangladesh is presently experiencing essential changes asdemand for power services is increasing with rising population and economicdevelopment. With a gradual shift from a rigidly centralized structure to amore decentralized and fluid setup, fundamentally because of the enormousadvancement of distributed renewable energy sources, the future power system ofthe nation requires new control strategies to work efficiently and sustainablyin the face of evolving conditions and constraints. Multi-Agent Systems (MAS)technology has attributes that meet these prerequisites of modern power systemsand has been shown to be effective in dealing with its distributed and complexnature. This is a literature-based feasibility study to explore whether MAStechnology is suited to be applied in the context of Bangladesh. For thispreliminary paper, we look at the topic from a holistic perspective and conducta meta-review to curate common applications of Multi-Agent System-basedconcepts, tools and algorithms on the power and energy sector. We also identifythe top challenges of this domain in Bangladesh and connect the potentialMAS-based solutions to address each challenge. Our qualitative assessment ismotivated to provide a starting point for local researchers eager to experimentwith MAS technology for application in Bangladesh.

Incorporating Multi-Agent Systems Technology in Power and Energy Systems of Bangladesh: A Feasibility Study