与此相同，阻碍美国能源网的核心技术缺陷之一是缺乏对于超导体的认识，这种材料可以没有损失的输送电力。
Similarly, one of the key technology gaps hampering the U.S. energy grid is a lack of understanding regarding superconductors -- materials that can carry electricity with no energy loss.
本文在智能化设备巡检管理系统的基础上，自主开发了电力设备缺陷管理子系统。
Based on the intelligent equipment patrol management system in this text, I develop the module of defect management in equipment patrol management system.
设备缺陷管理是电力生产管理中的一个关键环节，直接影响整个电网的安全性、可靠性。
Device flaw management is a key part in power production management, which influences the security and reliability of the power network directly.
因此，有必要在电力企业内实行新的缺陷管理方法。
So, it is necessary to implement the new defect management method in electric enterprises.
本文重点对智能化设备巡检管理系统及电力设备缺陷管理子系统进行研究。
In this text I study emphatically the intelligent equipment patrol management system and the electric equipment defect management subsystem.
通过对存在缺陷的XLPE电力电缆线段的检测表明，电磁耦合法能较好的反映其局部放电特性。
The detection of defected XLPE cable section, showed that electromagnetic coupling method can better reflect the characteristics of partial discharge of the cable.
电力系统设备缺陷预测是通过对设备当前和历史缺陷数据的分析，对未来可能发生的缺陷做出预测，帮助检修部门提前做好缺陷处理准备。
By analyzing the current and history defect data of electric equipments, we can predict the occurrence of future defect, so the service units can make preparation in advance.
分析了高电压直流耐压试验可有效发现纸绝缘电缆缺陷，但在发现交联聚乙烯绝缘电力电缆缺陷方面有局限性。
The HVDC withstand voltage test can discover the defect of paper insulated cable efficiently, but it has limitation in discovering the defect of cross-linked polyethylene insulated power cable.
分析铜箔表面质量缺陷对电力变压器电气性能的影响，研究采用机器视觉系统对铜箔表面质量缺陷监视的关键技术。
The influence of copper foil surface quality on electrical performance of power transformer is analyzed, the key technology for monitoring the surface flaw with machine vision system is studied.
在信息技术与水轮向电力公司转变的这个类比中，存在许多缺陷。
There are a number of flaws in the water wheel to power utility analogy.
文章首先对电力系统中的信息处理技术的现状做出分析，指出了目前信息处理技术存在的不足与缺陷。
Firstly, the paper analyzes the present information processing technology used in the power system, points out its disadvantage and limitation.
为了克服小波固有的缺陷，本文构造了一种组合小波，并利用它实现了对电力暂态谐波信号含量及频率的准确检测。
To conquer the old wavelet inherent shortcoming, a combine wavelet is designed and used to realize the accurate detection to harmonic contents and frequency of power quality transient signals.
电力系统设备缺陷管理是电力生产运行管理的重要内容。
Defect management of electric equipments plays an important role in electric production.
红外测温技术在检测电气设备热缺陷方面非常有效，在电力系统中应用广泛。
The infrared temperature measurement technology is very effective for detection of electrical equipment thermal defects, so the technology is applied widely in electric system.
电力变压器状态信息构成应包括：预试、在线监测、家族质量缺陷和设备自身质量事件等等。
The power transformer includes pre-test, on-line supervision, family quality bug, and equipment self-quality event, etc.
针对传统线性滤波器在暂态电能质量扰动检测中存在的固有缺陷，本文采用形态滤波器对电力扰动信号进行消噪。
Against the inherent defects of the traditional linear filter in the detection of transient power quality disturbances, this paper USES mathematical morphology morphological filters.
软开关技术是电力电子学领域最活跃的研究方向之一，克服了硬开关工作方式中存在的缺陷。
The technology of soft-switch has been one of the most active directions in the power electronics field. It overcomes the limits of hard-switch working.
本课题的研究对及时发现电力电缆绝缘缺陷，保证电力系统的安全运行具有重要意义。
The research is important to find out faults in insulation system for cable in time and ensure operation safety of electric power system.
正确分析特征气体的产量，可以有效诊断出变压器的潜在故障缺陷和故障类型，对电力系统安全和经济的运行有着极为重要的意义。
We can effectively diagnose the potential fault defects and types by correctly analyzing the outputs of characteristic gas. It is important to the safety and stability of whole power system.
目前，我国的电力行业中燃煤发电仍然占主导地位，同时存在着资源消耗大、资源利用率低、环境污染问题严重等缺陷。
At present, power industry is still dominated by coal-fired power generation in China. Resource consumption, low resource utilization and environmental pollution are serious at the same time.
根据杭州电力局的实际情况，对生产运行环节中的线路巡视、线路检修、线路缺陷、工组票管理等子系统的功能模块进行详细设计。
To design the models of line inspection, line reparation, equipment operation based on the situation of equipment reparation and management of Hangzhou ElectricPower Bureau.
为克服现有方法求解复杂水火电力系统短期发电优化计划的缺陷，提出一种新型优化算法对此类动态非线性约束优化问题进行求解。
The goal of this research is to overcome the limitations of the existing method of solving the short-term generation optimal scheduling in hydrothermal power systems.
在电网构成存在缺陷、电压凹陷严重影响电力用户的生产生活时，需要准确地衡量用电设备受影响状况以及电网用户的经济损失。
This paper puts forward the assessment on the real-time operation state of the specific equipment while voltage sag happens based on the energy impact on users.
在电网构成存在缺陷、电压凹陷严重影响电力用户的生产生活时，需要准确地衡量用电设备受影响状况以及电网用户的经济损失。
This paper puts forward the assessment on the real-time operation state of the specific equipment while voltage sag happens based on the energy impact on users.
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