变压器状态评估是实现其状态维修的基础。
Transformer condition assessment is the basis of the transformer condition based maintenance.
鉴于模糊综合评判能够对多因素事物作出综合评判，运用模糊综合评判构成了变压器状态评估的框架。
The framework of transformer state evaluation is configurated based on fuzzy comprehensive evaluation because of its advantage of giving judgement on multi-factor object.
变压器状态评估是电力变压器状态维修的前提和基础工作，所以对变压器状态评估方法进行研究有重要意义。
The estimate of a transformer state is a prerequisite and basic work of the power transformer state maintenance, so it is important to study the estimate method of the transformer state.
绘出了基于状态监控与诊断中心的状态检修工作思路，给出了基于状态监控与诊断中心的变压器状态评估工作模型。
The working thought of predictive maintenance is draw out and the evaluating work-model of the transformer states is proposed based on monitoring and diagnosing center.
本文通过对变压器状态信息的分析，从变压器状态评估的需要以及实际可操作性出发，建立了科学、客观的变压器状态评估指标体系。
Based on the analysis of transformer condition information, an index system of transformer condition assessment with practicability and reliability has been built.
针对当前普遍施行的变压器预防性试验情况，选取了变压器状态评估所需的状态信息，通过实例表明了该方法具有较高的诊断准确性和可靠性。
Having considered the situation of transformer prevention tests, the dissertation selected the necessary status information, and proved that the method has good veracity and reliability of diagnosis.
油中溶解气体分析是评估变压器绝缘状态和分析变压器绝缘故障的重要依据。
The DGA (Dissolved Gas Analysis) is essential for the insulation state assessment and the fault diagnosis of transformers.
电力变压器运行状态评估是指导变压器状态检修及提高电力系统运行可靠性的重要手段。
Condition assessment of power transformers is an important approach to providing decision-making for condition maintenance and improving the operation reliability of power systems.
提出了基于贝叶斯网络的变压器状态综合评估方法，建立了贝叶斯网络状态评估模型。
We propose the method for Bayesian network based transformer synthesized condition evaluation and devise the Bayesian network condition evaluation model.
在此基础上，本文将百分制的评分原则引入到电力变压器的状态评估中。
Applying two model to condition assessment of transformer can obtain better forecasting results.
目前，系统中的大多数电力变压器开展经济性评估工作的力度还不够，有的甚至还运行在自然状态。
Most transformers in the power system at present have not been evaluated sufficiently in terms of economical efficiency, and some of them even run in the state of nature.
本文尝试评估运行中的变压器的状态，为是否停运和检修决策提供依据。
This thesis tries to evaluate the running transformer's status, and to give reasons to make decision whether to stop, examine and repair the transformer.
本文尝试评估运行中的变压器的状态，为是否停运和检修决策提供依据。
This thesis tries to evaluate the running transformer's status, and to give reasons to make decision whether to stop, examine and repair the transformer.
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