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PLANNING FOR THE RELIABLE OPERATION OF A POWER SYSTEM (DEVELOPING COUNTRIES PERSPECTIVE)

机译：规划电力系统可靠运行（发展中国家的角度）

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This paper describes a method developed to integrate generation and transmission planning process and to obtain an optimum power system expansion plan. This has been achieved by incorporating composite system loss of load probability (LOLP) and utility value concept in the planning process. The initial power system expansion planing process, to plan the generation least-cost solution and appropriate transmission investment program, often cannot be realized due to financial constraints faced by developing countries. One of the methods to solve this problem is to use Maximum Expected Utility Value as an objective Junction and available expenditures and system reliability as constraints. The utility value of each project is calculated based on a project's total investment cost requirements and expected power not served cost. The probability of a project being selected is calculated using the composite system loss of load probability (LOLP). The project with the maximum utility value to the system is selected. An additional constraint of improving or maintaining the system reliability with time is also applied to the selection process. The methodology developed was successfully applied to Pakistan's power system.
机译：本文介绍了一种开发的方法，用于集成生成和传输规划过程，并获得最佳电力系统扩展计划。这是通过在规划过程中加入负载概率（LOLP）和公用事业价值概念的复合系统丢失来实现的。由于发展中国家面临的财政限制，初始电力系统扩展刨花过程和适当的传输投资计划往往无法实现。解决此问题的方法之一是使用最大预期实用价值作为客观的结和可用的支出和系统可靠性作为约束。根据项目的总投资成本要求和预期的电力不提供费用，计算每个项目的实用价值。选择的项目的概率使用负载概率（LOLP）的复合系统丢失来计算。选择具有系统最大实用程序值的项目。还应用于选择过程的改进或维持系统可靠性的额外约束。制定的方法已成功应用于巴基斯坦的电力系统。

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