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Application of System Dynamics Model in Management of Hydroelectric Power Plants

机译:系统动力学模型在水电厂管理中的应用

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Nowadays, in spite of all attempts in the area of project management, projects often fail due tornproject complexity, lack of holistic approach to project and finally inattention to non-linear aspectrnand dynamics of projects especially by project managers. This complexity will be morerncontroversial in EPC companies specifically in HEPP construction companies.rnThis article aimed initially to enhance awareness and understanding of dynamics behavior morernin EPC companies in the field of HEPP and as a case study in FARAB Co. by making a generalrnproject management dynamic model for this company to support the effective teaching ofrndynamic thinking among project managers. Secondly, one of the controversial projects wasrnproposed by the company to be simulated in a dynamic model based on the actual informationrnaiming to act as a conflict resolution tool.rnAs a result, holistic SD model of PM was created for company by involving project managers. Inrnaddition, the second model revealed that the major exogenous factors affecting such cost andrntime overruns are comprising man power idle time caused by client or improper weatherrnconditions and etc. as well as rework and repairs caused by manufacturing of the equipmentsrnout of sequence and high defect rate of those equipments.
机译:如今,尽管在项目管理领域进行了各种尝试,但项目经常由于项目复杂性,缺乏整体的项目方法以及最终对非线性的方面和项目管理人员(尤其是项目经理)缺乏关注而失败。这种复杂性将在EPC公司(尤其是HEPP建筑公司)中引起更多争议。本文最初旨在通过构建通用的项目管理动态模型来增强HEPP领域中EPC公司对动力学行为的认识和理解,并以FARAB Co.为例进行研究。帮助该公司在项目经理中进行有效的动态思维教学。其次,公司提出了一个有争议的项目,将其作为一个动态模型进行仿真,并以实际信息作为解决冲突的工具。结果,通过项目经理的参与,为公司创建了整体的PM模型。此外,第二种模型表明,影响此类成本和时间超支的主要外在因素包括客户或不适当的天气条件等导致的人力闲置时间,以及由于设备制造顺序错误和高缺陷率而导致的返工和维修。这些设备。

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