1) hybrid automatic control
混成自动控制
1.
Advanced energy management systems and hybrid control system that was based on hybrid automatic control technology aimed at realizing multi-objective approximation of optimization for the control and dispatch of power systems.
AEMS与混成自动控制系统是基于混成自动控制技术,实现电力系统多重目标优化控制的自动化系统,采用先进的调控技术与手段,将AVC和AGC控制集成在一个统一的平台之上,以提高电网的安全稳定水平,防止大规模停电事故的发生。
2) hybrid automatic control system
混成自动控制系统
3) Hybrid Automatic Voltage Control(HAVC)
混成自动电压控制(HAVC)
4) hybrid automatic voltage control (HAVC)
混成自动电压控制
1.
The application of hybrid automatic voltage control (HAVC) theory in power system can obviously improve the voltage control level and the voltage stability, enhance its anti-disturbance capability, reasonably distribute the reactive power and reduce the losses of the power grid.
将混成自动电压控制(HAVC)理论应用于电力系统可以显著提高电网的电压控制水平,增强电网抗扰动能力,改善电压稳定性,合理分配无功和减少网络损耗。
5) hybrid automatic voltage control(HAVC)
混成自动电压控制
1.
The concept of Hybrid Power Control System is introduced to the power systems voltage control, and the static hybrid automatic voltage control(HAVC) system is established in the paper.
将混成控制系统理念引入电力系统的静态电压控制,提出了静态混成自动电压控制系统。
2.
Voltage and reactive power control for a substation is an important part of the power grid hybrid automatic voltage control(HAVC) system.
变电站电压无功控制是电网混成自动电压控制(hybrid automatic voltage control,HAVC)系统的重要组成部分,其控制措施一般包括变电站有载调压变压器(OLTC)的调节和站内电容电抗器的投切等。
6) automatic mixture control
混合物成分自动控制
补充资料：混成协
1.即混成旅。
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