CAJ | 학술논문

根据分散发电、分布式供能的特点对基于多种可再生能源混合发电的方式进行了探讨,在混合发电的数学模型基础上将分布式多Agent系统(MAS)的原理应用于其中,对混合发电的问题进行了规划设计,在一定程度上克服了自然资源随机变化带来的不确定性.基于MAS框架下的单体采用了分层、模块式结构,功能及层次分明,因此易于实现,且便于功能扩充.此外,还提出了有关联合目标的分解规划算法,并将其在混合电站的建设中进行了具体应用.
근거분산발전、분포식공능적특점대기우다충가재생능원혼합발전적방식진행료탐토,재혼합발전적수학모형기출상장분포식다Agent계통(MAS)적원리응용우기중,대혼합발전적문제진행료규화설계,재일정정도상극복료자연자원수궤변화대래적불학정성.기우MAS광가하적단체채용료분층、모괴식결구,공능급층차분명,인차역우실현,차편우공능확충.차외,환제출료유관연합목표적분해규화산법,병장기재혼합전참적건설중진행료구체응용.
According to the characteristics of decentralization generating and distributed supply power, the hybrid generating mode based on various kinds reproducible energy sources(RES) was discussed in this paper. A math model was brought forward. On the other hand the principle of distributed multi-agent system (MAS) was used. So the problem hybrid generation was planned in macroscopical point of view. An agent was endowed with independence and cooperation ability so the uncertainty caused by natural resource's randomly change was avoided a certain extent. At the same time, an agent framework based on multi-agent system (MAS) was proposed. An agent's structure was layered and modularization. Furthermore its functions and arrangement was legible so the design was prone to be accomplished. On the other hand, its functions could be expanded. This design was made use of in the hybrid generating system.