应急电源系统

  • 网络Emergency Power Supply;emergency power supply system;emergency power system
应急电源系统应急电源系统
  1. 新型三相应急电源系统的DSP控制方法

    DSP Control Strategy for a Novel Three-phase Emergency Power Supply System

  2. 本文研究了一种三相应急电源系统,该系统采用双向PWM变流器,双向DC/DC电路,使用DSP全数字控制,实现了EPS产品的绿色化、智能化和低成本的要求。

    A three-phase Emergency Power Supply ( EPS ) is introduced in this dissertation . A bidirectional DC / DC converter , bidirectional PWM converter and absolute digital control technique with DSP are applied to this EPS system . It is green , intelligent and with low cost .

  3. 基于DSP的应急电源系统的研究

    The Research on Emergency Power Supply System Based on DSP

  4. 在线监测式EPS应急电源系统的研制

    Research and Development of On-Line Monitoring EPS Emergency Power Supply System

  5. 浅谈海洋平台应急电源系统检验

    On the Test of Emergency Power Supply System for Offshore Platform

  6. 三相应急电源系统研究

    Study of Three-Phase Emergency Power Supply System

  7. 因此海洋平台上的应急电源系统必须要满足有关安全标准规范的要求。

    So it is imperative that the emergency power system on offshore platforms should meet the requirements of relevant safety standards .

  8. 他说,工程师们低估了日本核电站应急电源系统被巨浪淹没的风险。

    He says engineers had underestimated the chances that a great wave could drown the emergency power systems at the Japanese plant .

  9. 该系统具备有源电力滤波功能,能够补偿来自非线性负载的谐波和无功电流,有效扩大了移动应急电源系统的应用范围。

    It can compensate the harmonics current and reactive power from the non-linear load which expands the application scope of emergency power system .

  10. 应急电源系统作为海洋平台上在紧急状态下的重要电源,必须在平台处于异常状态下能发挥重要作用,以保证平台应急系统的用电要求。

    As an important power source in case of emergency on offshore platforms , emergency power supply system must be able to play its role at critical moments to satisfy the power demand of platform emergency system .

  11. 最后,对设计的有源滤波系统和谐波检测方法,利用MATLAB/Simulink进行仿真,由仿真结果验证了将有源电力滤波功能集成于移动应急电源系统的有效性和可行性。

    Finally , the design of active filter systems and harmonic detection method are simulated with " MATLAB / Simulink " . The simulation results show that the active power filter function in a mobile emergency power system is feasibility and effectiveness .

  12. 本文从工程应用角度阐述了消防应急电源控制系统的设计和实现。

    For escaping from or lessening the losses , people design the Emergency Power Supply ( EPS ) to offer the power in various accidents .

  13. 第四章介绍了基于DSP控制的新型三相应急电源的控制系统的软、硬件设计。

    Chapter four introduces the software and hardware design of the control systems .

  14. 铁路应急电源变频器微机控制系统的研制

    A Study on the Microprocessor Control System for Railway Emergency Electric Power Sources Frequency Converters

  15. 针对高层智能建筑消防应急的需要,设计了一套消防应急集中电源监测系统。

    For the requirement of skyscraper 's intelligent management , a monitoring system of fire fighting emergency concentrated Power Supply is designed .

  16. 由于传统应急电源(EPS)的局限性,本文研究了一种新型的单相应急电源系统。

    This thesis gives research on a novel single-phase emergency power supply ( EPS ) in order to overcome the limitations of the traditional emergency power supply .