Mosaik and PADE: Multiagents and Co-simulation for smart grids modeling

L. S. Melo, F. Saraiva, R. Leão, R. F. Sampaio, G. Barroso
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Abstract

This paper describes the integration process between two tools in order to perform co-simulation for representation and analysis of dynamic environments in the context of smart grids. The integrated tools are Mosaik, a software to co-simulation management, and PADE, a software to multi-agent systems development. As a study case for demonstrate the integration, a scenary was utilized composed of a low voltage electricity distribution grid with 37 load bus, 20 photo-voltaic distributed generations, randomly connected to load bus, as well as, 20 PADE agents associated to distributed generation, modeling the behavior of electricity storage systems. The simulation results show the integration happening and demonstrate how useful is to model the dynamics of distributed electric resources with multi-agent systems.
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Mosaik和PADE:智能电网建模的多智能体和联合仿真
本文描述了两种工具之间的集成过程,以便在智能电网背景下对动态环境进行表征和分析的联合仿真。集成工具是Mosaik,一种用于联合仿真管理的软件,以及PADE,一种用于多代理系统开发的软件。作为集成的研究案例,利用具有37个负载母线的低压配电网,20个随机连接到负载母线的光伏分布式发电,以及与分布式发电相关的20个PADE代理组成的场景,对储电系统的行为进行建模。仿真结果表明了集成的发生,并证明了多智能体系统对分布式电力资源动力学建模的有用性。
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