Contribution to the modeling and simulation of multiagent systems for energy saving in the habitat

Intelligent habitat is the technology that integrates intelligence in a private environment (home, building, office, ...) to manage the daily life of a resident and reduce the energy consumed. However, home automation is the set of techniques and technologies (building physics, computing, and telecommunications) that enable automation and improvement of tasks within a residence or a workplace; it also aims to provide solutions Comfort, management of energy, security, and communication. This includes intelligent management of all electrical functions through the introduction of computers and new technologies. Around this topic, we present our contribution concerning an agent-based modeling and simulation for a residence fueled by a hybrid system with renewable energy, the objective of which is to reduce energy consumption and ensure acceptable comfort for residents. We begin our work with state of the art on works that are related to our topic, in the second section, we present the methodologies of modeling and simulation, followed by a multiagent simulation for the management of energy in the third section. The fourth section is reserved for the choice of the platform used for our solution; the multi-agent modeling is shown in the fifth section. We conclude with a conclusion that includes a review of the work done and some perspectives.