论文部分内容阅读
为充分挖掘梯级水库间的水文补偿和库容补偿潜力,获取更高的综合利用效益,利用判别系数与水库蓄供水控制线相结合的方法,对乌江梯级水库的蓄供水方式进行了研究,并结合免疫粒子群算法,以梯级水电站发电量最大为目标对水库蓄供水控制线进行优化。联合调度结果表明,优化后的水库蓄供水控制线不但可以合理控制水库蓄放水次序和蓄放水量,达到合理控制水库群运行方式的目的,还在实际调度中具有良好的可操作性和抗风险性。
In order to fully excavate the potential of hydrological compensation and storage capacity for cascade reservoirs and to obtain higher comprehensive utilization benefits, the method of water supply and discharge control of water storage and supply lines is combined with the discriminant coefficient to study the water supply and storage modes of Wujiang Cascade Reservoirs. Immune particle swarm optimization algorithm to optimize the reservoir water supply and control line with the goal of maximizing the generation of cascade hydropower stations. The results of the joint dispatch show that the optimized control line of reservoir storage and supply not only can control the sequence of storage and discharge of water and the amount of storage and discharge water reasonably, but also achieve the purpose of controlling reservoir operation mode reasonably. In addition, it has good operability and anti-risk Sex.