本文在传统的电力系统优化调度模型中考虑风力发电的风险，以达到控制调度策略的风险，提高系统可靠性的目的。
In this paper, wind power risk is considered in the conventional optimization scheduling models, in order to control the risk of scheduling strategy and enhance reliability of power system.
在保证现代电力系统安全性和经济性方面，无功优化调度的重要性已经得到了广泛的关注。
In the aspect of guaranteeing safety and economy of modern power system, the importance of optimal reactive power dispatch has received extensive attention.
动态经济调度在电力系统运行中占据重要作用，这是一个在时间和空间上相互耦合的复杂优化决策问题。
Dynamic economic dispatch plays important role in power systems operation and control. Coupling with space and time, it is a complicated optimal decision problem.
在电力市场的背景下，基于不同的交易模式，提出含有FACTS控制的电力系统阻塞调度的优化模型。
Under the market environment and based on different trade patterns, the optimal models of congestion dispatch incorporating FACTS control is set up.
并应用该模型对三峡电力系统水电站群与三峡电站联合运行进行了优化补偿调度研究。
Using this model the optimum compensating dispatching in the cooperation of Three Gorges hydropower station with the hydropower station group within the Three Gorges power system is studied.
为了有效地解决水火电力系统资源短期优化调度问题，提出了一种基于混沌粒子群算法的调度方案。
To solve hydrothermal power system resource short-term optimization scheduling problem, this paper proposed a novel scheduling solution based on chaos particle swarm optimization algorithm.
内容涉及电力系统潮流计算、网损微增率算法、动态有功优化调度等方面。
The content involves the aspect of power-flow calculation, incremental transmission losses, dynamic optimal dispatching of active power etc.
随着电力市场的逐步建立和电力供需形势的变化，电力系统的优化调度具备了可行条件；
With the development of the electricity market and power supply_demand, daily optimizing dispatching of active power in power system becomes feasible.
针对电力系统中水火电短期优化调度，这一典型的高维、非凸、非线性优化问题，本文提出一种改进的微分进化算法。
The model based on energy-saving emission reduction and environmental protection, will provided new ideas for optimal scheduling of short-term study of water and thermal power system.
电力生产调度中，可中断负荷参与调峰有利于电力系统资源的优化配置。
In electrical power dispatch, the interruptible load participating in shifting peak load is propitious to optimize the configuration of power system resources.
该方法还可应用于水火电混合电力系统和互联电力系统的日有功优化调度。
It can also be applied in the daily optimal economic dispatch of interconnected power systems and the regional power system with hydropower stations and thermal power plants.
随着电力市场的不断深入，系统的有功优化调度在电力系统运行中占有越来越重要的地位。
With the in depth going of the electricity market the short term generation scheduling has become more and more important.
在电力系统调度层面上，传统的优化调度问题分为静态和动态两种。
As for the power system dispatch, the traditional optimization problem is analyzed by using static or dynamic methods.
优化发电调度计划是电力系统经济运行的基础。
Optimal generation scheduling is the basis for power system economic operation.
优化发电调度计划是电力系统经济运行的基础。
Optimal generation scheduling is the basis for power system economic operation.
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