GAP是一个用于水力发电系统分析和规划的软件。
GAP is a software dedicated to analysis and planning of hydro-thermal power generation systems.
水力发电技术是仅次于核电的高校发电技术，而且与风力发电系统相比在储存和控制方面都更具有优势。
Hydro energy for the production of electricity is the next most efficient energy source (after nuclear) and has advantages over direct wind systems in being storable and controllable.
传统水力发电需要建造大坝，然而大坝的建造是一项浩大工程，将改变本地的地貌和生态系统。
Traditional hydroelectricity requires DAMS — massive engineering works that remake local landscapes and ecosystems.
针对一类水力发电机组设计了一套状态监测和故障诊断系统，并通过实例验证了系统的可行性和适用性。
A system for state inspection and fault diagnosis has been designed, and the system feasibility and practicability have been validated by example.
本文介绍了可编程控制器（简称PLC）在水力发电站液压启闭闸门监控系统中的应用，着重介绍了系统控制原理和设计思想。
The paper introduces the application of PLC in monitoring system of hydraulic power stations hydraulic gate. Emphasos is on the principle of control and conception of design.
小浪底水力发电厂清水供水系统分为清水池阀门控制系统和回水泵控制系统。
The clear water supply control system of Xiaolangdi Power Station includes a valve control system of the clear water pool and a cycle pump control system.
针对淡水缺乏和电力不足的问题，提出了一种新型的太阳能烟囱海水淡化和水力发电综合利用系统。
For the lack of freshwater and electric power, the integrated solar chimney system for waterpower and seawater desalination is put forward.
振动信号的预处理，对于水力发电机组振动故障诊断系统而言是至关重要的。
Vibration signal pretreatment is much important to the vibrant fault diagnosiss ystem of waterpower set.
水力发电机组是一个非线性、时变系统，常规pid控制不能达到理想的控制效果。
Hydropower generating units are a non-linear and time-varying system. Conventional PID control can't reach the ideal control results.
针对大唐碧口水力发电厂远程闸门监控系统网络容易中断、实时性差的缺点，设计了一种闸门自动控制系统。
Because the sluice supervisory and control system of certain hydropower plant has had shortcoming of the weak real-time performance, a scheme of automatic sluice control system was presented.
在开发的水力发电机组状态监测系统中采用了三层数据库结构。
The 3-layer database storing structure is used in the new hydroelectric generator vibration and swing state monitoring system.
在开发的水力发电机组状态监测系统中采用了三层数据库结构。
The 3-layer database storing structure is used in the new hydroelectric generator vibration and swing state monitoring system.
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