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Multiagent Resource Planning System for Utility Provision

The intensive economic and social development of smart cities faces the constraints of stable utility provision. This paper presents a multiagent client-centric smart grid management system for integrated gas, heat and electricity networks. The system is based on the new approach of agent’s negotiation implementing the strategies of straight and reverse recursion planning. It can be used as part of the Smart grid and Micro grid concepts to reduce the price for consumers and decrease the negative impact of peak loads for the suppliers. This approach corresponds to the fundamental principles of modern complexity theory, which uses the fundamental principles of self-organization and evolution inherent in the natural world.