1) contact potential / HVDC transmission
接触电势/高压直流输电
2) HVDC
高压直流输电
1.
Nonlinear Robust Control of HVDC System Based on ESO;
基于ESO的高压直流输电系统非线性鲁棒控制
2.
Analysis and Simulation of Effects of HVDC Transmission Lines on Telecommunication Lines;
高压直流输电线路对通信明线影响的仿真研究
3.
Analysis of HVDC system connecting to three-phase unbalanced grid;
新型高压直流输电系统接入三相不平衡电网分析
3) UHVDC power transmission
特高压直流输电
1.
The three circuit UHVDC power transmission of the first phase Jinsha River project possesses following features: high DC transmission capacity,short distances among converter stations at sending end and close connection with UHVAC power grid.
金沙江一期3回特高压直流输电工程具有直流输送容量大、送端换流站群间距离近、交流电网联系紧密的特点。
2.
The UHVDC power transmission possesses such advantages as high transmission capacity and long working distance,so its position can not be replaced in the electric energy flowing in the future.
特高压直流输电具有送电容量大、送电距离远等优点,在今后的能源流动中具有不可替代的地位。
4) HVDC power transmission
高压直流输电
1.
±500 kV HVDC power transmission project from Gezhouba to Nanqiao is the first long-distance,large-capacity and high-voltage HVDC project whose control & protection system had been retrofitted solely by the domestic technical force.
葛(洲坝)—南(桥)直流输电系统是首次由我国自主完成控制保护系统改造的±500 kV长距离、大容量和超高压直流输电工程。
2.
The valve insulation type test of ±500 kV HVDC power transmission is the test of highest voltage grade now on the world.
±500kV高压直流输电(HVDC)换流阀绝缘型式试验是目前国际上最高电压等级的换流阀绝缘试验。
5) UHV DC transmission
特高压直流输电
1.
The ±800 kV Fulong converter station,which is the sending station of Xiangjiaba-Shanghai UHV DC transmission project,adopts one and a half breaker connection on the 500 kV AC side mains with indoor GIS and 9 compartments in total.
±800kV复龙换流站是向家坝—上海特高压直流输电工程中的送端换流站,500kV交流侧主接线采用一个半断路器接线方式,户内GIS方案,共9个间隔。
2.
The paper demonstrates the feasibility of ±800 kV,6 400 MW UHV DC transmission technology to be applied in Jinshajiang River hydraulic power outgoing project.
文章论证了在我国金沙江水电送出工程中采用±800kV,6400MW特高压直流输电技术的可行性。
6) HVDC transmission
高压直流输电
1.
Study on the Communication Failure in HVDC Transmission Lines;
高压直流输电换相失败的研究
2.
Redundant design of control and protection system for HVDC transmission
高压直流输电控制保护系统的冗余设计
3.
Whether the switching sequence of reactive power equipments is correct or not directly determines the stable operation of HVDC transmission systems.
无功管理是高压直流输电工程设计的重要组成部分,无功设备投切顺序正确与否直接关系到直流输电工程能否安全稳定运行。
补充资料：接触电势
分子式：
CAS号：
性质：任何两相接触都会产生电势(电位降)，接触电势乃特指不同的电子导体(例如金属)接触时因电子脱出功不同而产生的电势，是所接触物相的外电位降。其值仅取决于接触物相的性质，与它们的接触方式无关。
CAS号：
性质：任何两相接触都会产生电势(电位降)，接触电势乃特指不同的电子导体(例如金属)接触时因电子脱出功不同而产生的电势，是所接触物相的外电位降。其值仅取决于接触物相的性质，与它们的接触方式无关。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条