具有资产绩效管理分析经验,为输配电资产提供决策支持

Ravinder Negi
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引用次数: 1

摘要

资产绩效管理流程(Asset Performance Management process, APM)通过优化资产的维护和更换决策,带来了具体的解决方案,以应对在维护甚至提高网络可靠性的同时降低成本的持续压力。在战略层面,通常有一个合理的理解,即更智能的维护和资产管理策略可以产生显著的附加价值。然而,从“基于时间”的维护转变为“基于条件”和“以可靠性为中心”的维护,需要使用资产状态数据和资产临界性进行资产决策的系统方法。由于最近各种数据收集技术、分析和数据科学的进步,构建高级分析和有效支持决策的工具和方法现在是可用的。有了这些分析,长期资产置换的观点和短期干预现在都是基于具体的数字。与运营支出和资本支出财务的链接也已完成,以便用户可以为网络设置正确的优先级。本文介绍了在传输资产上实施APM决策支持系统的经验回报,该系统符合ISO 55000的建议。最后,本文表明,这种APM方法和解决方案可以产生显著的可靠性改进,并具有良好的投资回报。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Experience in Asset Performance Management Analytics for decision support on Transmission & Distribution Assets
As a response to the continuous pressure for reducing costs while maintaining or even improving the reliability of the network, the Asset Performance Management process (APM) brings concrete solutions by optimizing the maintenance and replacement decisions on assets.At the strategic level, there is usually a fair understanding that smarter maintenance and asset management strategies can generate significant added value. However, moving from the “time-based” to “condition-based” and “reliability centered” maintenance requires a systematic approach on asset decisions using asset condition data and asset criticality.Thanks to the recent advance in various data collection techniques, analytics and data science, the tools and methodology to build advanced analytics and support effectively the decisions are now available. With those analytics, long term asset replacement perspective and shorter-term interventions are now based on concrete figures. Links to the OPEX & CAPEX financials are also done so that the user can set the right priorities for the network.The paper presents the return on experience from the implementation of an APM decision support system on Transmission Assets, compliant with ISO 55000 recommendations.Finally, the paper shows that such APM methodology and solutions can generate significant Reliability improvements with an excellent Return on Investment.
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