电力系统中水电站联合调度，可以增加水电站群的电力效益。
The increment of power benefit can be achieved from the hydropower stations when operated jointly in power system.
然后，介绍了水电站的动力特性，这是梯级水电站群联合调度的基础。
Secondly, it introduces the dynamical characteristic of the hydroelectric stations which is the base of associated dispatching of the cascaded hydroelectric stations.
本文根据大系统分解协调方法的基本原理，建立了水电站群优化调度模型。
An optimal operation model for group function of hydropower station is set up based on the basic principle of decomposition-coordination for big system.
以金沙江中游梯级水电站群为例，通过计算，得到了合理的联合优化调度方案。
Taking the cascade hydropower stations of the middle Jinsha River as an example, a reasonable optimal dispatching solution is obtained through calculation.
水电站群的优化调度，是实现区域水资源优化配置，实现枢纽经济运行的重要手段。
The optimizing operation of power station group is an important means to realize the rational distribution of water resources and economical operation.
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.
在建立混联水电站群长期优化调度模型的基础上，应用混沌优化算法对模型进行求解。
The chaos optimal algorithm is applied to solve the optimal dispatch model for large scaled complicatedly connected hydropower station groups.
制定了乌江梯级水电站群2005年发电计划，并已投入使用指导梯级电站的运行调度。
The 2005 year power scheme of Wujiang river cascade stations is made, and it is put into practice.
表明本文算法可以用于求解具有复杂约束条件的非线性混联水电站群水库优化调度问题。
The comparison of the optimization result obtained from this algorithm with that obtained from progressive optimization algorithm for an example verifies the effectiveness of this approach.
本文应用非线性规划，优选规划阶段的水电站群的主要设计参数，并提出了相应的数学模型和算法。
On the basis of existing mathematical models of choosing reservoir parameters, this paper for the first time suggests the use of nonlinear pro-gramming(NLP)model.
以黄河上游梯级水电站群为例，考虑水电站水库已备有的短期或中长期预报方案，建立其优化调度模型。
The long-term optimal operation model is established for Baishan Hydropower Plant and the model is solved with POA algorithm.
本文阐述了水电站群径流补偿调节线性规划模型的思路、数学模型、算法和结构，并讨论了模型的目标函数问题。
This paper introduces the theory, the mathematical model, the algorithm, and the structure of a linear programing problem for runoff compensating regulation of a group of hydropower stations.
该课题对今后乌江流域梯级水电站群的经济运行具有理论参考意义，并为今后进行更加深入的研究打下良好的基础。
It has the academic reference significance for the economic operation of the cascaded hydroelectric stations in Wujiang valley, and builds the nicer foundation for the deeper research in the future.
介绍了枸皮滩水电站右岸进场公路在施工中开挖形成的由娄山关群地层岩性组成的岩质高边坡破坏型式及处理措施。
The damaging way of the rock higher side comprising Loushanguaquan rock of right bank road of Goupitan power station formed in construction are described and some countermeasures are introduced.
水电站水库群长期运行优化模型及其应用，是根据系统工程的思想，应用线性规划的方法建立起来的。
The optimization model and application of long-term operation of reservoir group of hydropower station were established in according to the system engineering and the linear programming methods.
本文研究一种混联水电站水库群中长期优化调度的多维动态规划模型的求解方法。
In this paper a resolving method of multivariate dynamic programming model to mid and long term optimum operation for large scale hydropower system is studied.
本文首先提出了水电站地下洞室群空间网络图化的概念和方法。
This paper puts forward the concept and method about the network graphics of underground excavation cluster of hydropower station firstly.
所以展开水电站地下洞室群通风空调系统的设计方法的研究具有现实意义。
As a result, the deployment of the design method of the hydropower plant ventilation and air conditioning systems in the underground excavation cluster has great practical meanings.
某水电站泥板岩变形是该坝区地下洞室群和高边坡研究的主要问题，探讨泥板岩粘弹性本构模型有重要意义。
The shale deformation of a given dam is the main issue of the study on underground openings and high slope, so it is important to discuss the viscoelastical constitutive model of the shale.
以西北某大型水电站地下厂房洞室群为例，在地质调查的基础上，对洞室群围岩岩体质量进行了分析评价。
The grey cluster method has been used for appraisal of the slope engineering rock mass of a gold ore mine.
以西北某大型水电站地下厂房洞室群为例，在地质调查的基础上，对洞室群围岩岩体质量进行了分析评价。
The grey cluster method has been used for appraisal of the slope engineering rock mass of a gold ore mine.
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