送电运行,feeding operation,在线英语词典,英文翻译,专业英语

1) feeding operation

送电运行

2) power transmission

送电

3) power transmission line

送电线路

On "scatter" type lightning protection scheme for HV overhead power transmission lines;

探讨高压架空送电线路采用“疏导”型思想的防雷保护

Taking the 500 kV Zengcheng ～ Dongguan two circuits power transmission line project as an example, the introduction is made to the detailed measures and development trends of water and soil conservation in power line projects.

随着对送电线路建设工程水土保持工作日益得到重视,"创建环保型送电线路"将成为电力工程建设的目标。

This paper discusses on several methods for the error estimation in the forward intersection, puts forward the formula for the accuracy estimation, and analyzes on the application conditions of and methods for the forward intersection in power transmission line project.

讨论了前方交会误差估算的几种方法,给出了精度估算公式,分析了前方交会在送电线路工程中的应用条件和方法。

4) transmission line

送电线路

Main contents and resules about interpretation of remote sensing image for engineering geology of 500kV transmission line engineering between Daochaoshan Hydropower Station and Kunnan Transformer Substation are presented Its application effects and economic performance are evaluate

介绍大昆线５００ｋＶ送电线路工程工程地质解译的主要内容及成果，分析送电线路工程地质解译的特点，并指出其应用效果，作出经济效益评估。

The design in such areas should accord to "Technical regulations of transmission line design in heavy ice" with considering the terrain and physiognomy conditions,relative elevation differences,route direction and height along the line,and weather conditions during icing,such as wind speed,wind direction and humidity,etc.

通过调查分析可知,线路设计时必须遵照《重冰区架空送电线路设计技术规定》的要求,综合考虑线路所经地段的地形、地貌、地物情况,沿线相对高差、路径走向、架设高度和覆冰时的风速、风向、湿度等气象条件;选线时充分利用有利地形,使路径走向尽量与覆冰时风向平行,是提高线路抗冰能力、减少冰害事故的有效措施。

With the quick development of GIS technology and enhancing requirements of the power transmission lines design,the research of the necessity and feasibility of building the system was started.

针对当前GIS技术的发展和电力系统送电线路设计需求的不断提高,本文研究了三维送电选线GIS系统建设的可行性和必要性,利用数字高程模型(DEM)、数字正射影像(DOM)、三维设备模型、海量数据处理等多种业界领先技术,通过断面图分析对杆塔进行排位优化,将三维模型、数字高程、断面图及其设备属性有机地结合起来,从而满足送电线路选线的需要。

5) power-giving

送电量

By analyzing the surface temperature of SiC smelting furnace, the author found the main way of energy-losing, the influence of surface temperature on the unit electric consumption, and the theorial basis of power-giving.

通过对碳化硅冶冻炉表面温度的分析、研究，找出了炉芯体发出热量的主要损失渠道，炉体表面温度对单位电耗的影响关系，以及选择送电量的理论依据。

6) the scale of power flow

送电规模

参考词条

发送电路送电网跨区送电送电曲线变送电路倒送电送电时间送电铁塔送电方式输送电缆送电到乡发送电平 500kV送电线路 Riccati不等式双歧杆菌BBMN01

补充资料：送电

1.发电厂把电力输送到用户。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。

首页 \| 翻译 \| 影视 \| 论坛 \| 索引冲击送电送电工程送电施工送电方案送电能力送电杆塔

1) feeding operation 送电运行 2) power transmission 送电 3) power transmission line 送电线路 1. On "scatter" type lightning protection scheme for HV overhead power transmission lines; 探讨高压架空送电线路采用“疏导”型思想的防雷保护 2. Taking the 500 kV Zengcheng ～ Dongguan two circuits power transmission line project as an example, the introduction is made to the detailed measures and development trends of water and soil conservation in power line projects. 随着对送电线路建设工程水土保持工作日益得到重视,"创建环保型送电线路"将成为电力工程建设的目标。 3. This paper discusses on several methods for the error estimation in the forward intersection, puts forward the formula for the accuracy estimation, and analyzes on the application conditions of and methods for the forward intersection in power transmission line project. 讨论了前方交会误差估算的几种方法,给出了精度估算公式,分析了前方交会在送电线路工程中的应用条件和方法。 4) transmission line 送电线路 1. Main contents and resules about interpretation of remote sensing image for engineering geology of 500kV transmission line engineering between Daochaoshan Hydropower Station and Kunnan Transformer Substation are presented Its application effects and economic performance are evaluate 介绍大昆线５００ｋＶ送电线路工程工程地质解译的主要内容及成果，分析送电线路工程地质解译的特点，并指出其应用效果，作出经济效益评估。 2. The design in such areas should accord to "Technical regulations of transmission line design in heavy ice" with considering the terrain and physiognomy conditions,relative elevation differences,route direction and height along the line,and weather conditions during icing,such as wind speed,wind direction and humidity,etc. 通过调查分析可知,线路设计时必须遵照《重冰区架空送电线路设计技术规定》的要求,综合考虑线路所经地段的地形、地貌、地物情况,沿线相对高差、路径走向、架设高度和覆冰时的风速、风向、湿度等气象条件;选线时充分利用有利地形,使路径走向尽量与覆冰时风向平行,是提高线路抗冰能力、减少冰害事故的有效措施。 3. With the quick development of GIS technology and enhancing requirements of the power transmission lines design,the research of the necessity and feasibility of building the system was started. 针对当前GIS技术的发展和电力系统送电线路设计需求的不断提高,本文研究了三维送电选线GIS系统建设的可行性和必要性,利用数字高程模型(DEM)、数字正射影像(DOM)、三维设备模型、海量数据处理等多种业界领先技术,通过断面图分析对杆塔进行排位优化,将三维模型、数字高程、断面图及其设备属性有机地结合起来,从而满足送电线路选线的需要。 5) power-giving 送电量 1. By analyzing the surface temperature of SiC smelting furnace, the author found the main way of energy-losing, the influence of surface temperature on the unit electric consumption, and the theorial basis of power-giving. 通过对碳化硅冶冻炉表面温度的分析、研究，找出了炉芯体发出热量的主要损失渠道，炉体表面温度对单位电耗的影响关系，以及选择送电量的理论依据。 6) the scale of power flow 送电规模参考词条发送电路送电网跨区送电送电曲线变送电路倒送电送电时间送电铁塔送电方式输送电缆送电到乡发送电平 500kV送电线路 Riccati不等式双歧杆菌BBMN01 补充资料：送电 1.发电厂把电力输送到用户。说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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