ac transmission信息详情
交流输电
transmission───n.传动装置,[机]变速器;传递;传送;播送
ac───abbr.阿森松岛(AscensionIsland)
transmission malfunction───变速器故障
orifice ac───孔板ac
transmission oil───变速器油,[车辆]汽车传动油;传输油;传动润滑油
transmission ref───变速箱参考
transmission control───[计]传输控制;传输控制层
manual transmission───手动变速箱;手排档变速箱;人力操纵传动
transmission rate───[计][通信]传输速度;[计][通信]传输率;传输速率
The study on electromagnetic environment of UHV AC power transmission is of significance for the construction of UHV AC transmission lines in China.───研究特高压交流输电电磁环境问题对我国特高压工程建设具有重要意义。
Static var generators are used to improve voltage regulation, stability, and power factor in ac transmission and distribution systems.───静止无功发生器可提高交流输电系统和配电系统的电压调节能力、系统稳定性和功率因数。
The insulator strings of UHV AC transmission lines are very long, and the voltage distribution along them is non-uniform.───高压输电线路绝缘子串较长,电压分布很不均匀。
Usually alternating current (AC) transmission suffers lower losses than direct current (DC), and thus, AC became the industry standard.───一般来说,交流电传输比直流电传输损失的电量要少,因此,交流电成为了工业上的标准。
The application of Flexible AC Transmission System(FACTS)needs the modification of traditional power flow calculation method.───灵活交流输电系统(FACTS)的出现需要对传统的潮流计算进行修正。
In 1889, the first AC transmission line in North America was put into operation in Oregon between Willamette Falls and Portland.───1889年,第一次在北美交流传输线将在俄勒冈州波特兰之间威拉梅特大瀑布和实施。
In 1889, the first AC transmission in the United States took plACe between Oregon City and Portland, 13 miles (21 kin) away.───1889年,美国的首例交流输电出现于相距13英里(21公里)的俄勒冈市与波特兰之间。
Thus the AC transmission technique is in wider and wider use in related fields such as orbital vehicles.───交流传动技术在城市轨道车辆等牵引领域得到了越来越广泛的应用。
Flexible AC transmission system Frequency drift frequency response characteristics Fundamental frequency temporary───基频短时过电压
Flexible AC transmission system devices can tune power flow up or down, and superconducting valves called fault current limiters could enable circuit breakers to disconnect lines in a safer way.
The thesis has researched Flexible AC Transmission Systems ( FACTS ) based on active variable inductance.
Because of large capacitive charging of long AC transmission line, capacitance reaction of no loaded line will cause severe overvoltage.
The effects of inductance and capacitance make it necessary to carefully design all AC transmission systems.
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