直流输电基本解释

汉语拼音:zhí liú shū diàn

将发电厂发出的交流电,经整流器变换成直流电输送至受电端,再用逆变器将直流电变换成交流电送到用户的一种输电方式。具有线路投资少、不存在系统稳定问题、调节快速、运行可靠等优点。主要应用于远距离大功率输电。

直流输电详细解释

直流输电 [zhí liú shū diàn]
  1. 具有线路投资少、不存在系统稳定问题、调节快速、运行可靠等优点。主要应用于远距离大功率输电。

直流输电双语翻译,直流输电在线翻译例句

    • HVDC control system is the brain of a HVDC transmission system.

      直流控制系统是直流输电工程的大脑.

    • Xuji marks in the field of special HVDC achieve a major breakthrough.

      标志着许继在特高压直流输电领域实现了重大突破.

    • Control and protect section is the most pivotal section in HVDC system.

      高压直流输电系统中最关键的部分是控制保护部分.

    • The HVDC transmission system may lead to subsynchronous oscillation under certain circumstances.

      高压直流输电系统在一定条件下可能引发系统的次同步振荡.

    • From 2002 XJ start a new Measure and Control Equipment developing work.

      许继于2002年开展了用于高压直流输电的测控装置的研发工作.

    • Notable application of power electronics is HVI C power transmission over long distance.

      电力电子技术引人注目的应用是远距离高压直流输电.

    • A coordinated recovery strategy for multi - infeed HVDC systems under large disturbance is proposed.

      针对大扰动情形,提出了一种多馈入直流输电系统的协调恢复策略.

    • Finally, the technology development trend of VSC HVDC andHVDC and AC transmission is evaluated.

      最后就我国开发电压源换流器型直流输电技术提出了需要重点研究的几个关键领域.

    • HVDC is high controllable. The control system is the core of DC transmission system.

      HVDC系统 是高度可控的, 其中控制系统是直流输电技术的核心.

    • Reliability level of HVDC power transmission systems becomes an important factor impacting entire power grid.

      直流输电系统的可靠性水平已成为影响整个电力系统可靠性的重要因素.

    • Direct voltage transmission lines require a new federal and regional power grid strategy.

      建设高压直流输电线路需要一项新的联邦和地区电网战略.

    • As the key part the control system affects the operation characteristics of HVDC project directly.

      作为直流输电的核心部分—控制系统的性能直接影响着直流工程的运行特性.

    • To keep HVDC transmission in stable and reliable operation is the most basic and important requirement.

      维持高压直流输电系统的稳定、可靠运行是一项基本的要求.

    • And then, the effect factors of HVDC transmission system reliability index are classified by outage component.

      并将影响直流输电系统可靠性指标因素按停运部件原因进一步分类分析.

    • It is impossible for HVDC system operation without pole control.

      极控是高压直流输电系统运行所不可或缺的.