注水系统包括水源、注水站、配水间、注水井口、注水井场及注水管道六部分。
Water-injection system contain headwaters, water-injection station, water distributing station, injection well head, injection well site and water injection line.
建议对注水系统的注水井、管网、注水站均进行改造，综合调整，降低井口压差。
The injection Wells, pipe network and injection plant in the injection system should be reformed and adjusted and made differential pressure at well head reduce.
生产。另外，注水站将暂停输出进行调试，同时与第二口注水井连接，并为与第二口生产井连接做好准备。
Output will be suspended for commissioning of a water-injection plant, tie-in of a second water-injection well, and preparation for tie-in of a second production well.
介绍了注水站单机组运行模式和多机组运行模式下的节能效果评价方法和计算公式，并对评价计算公式进行了说明。
It also introduces on the evaluation method of energy saving effect and calculation formulae under the running mode of singe-unit and multi-unit and also explains the calculation formulae.
在分析注水系统节能优化与注水站单站节能优化关系的基础上，提出了将注水系统优化控制简化为单站局部优化控制的构想。
Analyze the relation of the water flooding system and the water flooding station; present a design of simplifying the water flooding system control to water flooding equipment control.
在分析注水系统节能优化与注水站单站节能优化关系的基础上，提出了将注水系统优化控制简化为单站局部优化控制的构想。
Analyze the relation of the water flooding system and the water flooding station; present a design of simplifying the water flooding system control to water flooding equipment control.
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