The purpose of this study is to detail the ecological characteristics of phytoplankton in waters around the Daya Bay Nuclear Power Station in Guangdong (GNPS) (Fig. 1) in spring, the bloom period of algae. The collect...The purpose of this study is to detail the ecological characteristics of phytoplankton in waters around the Daya Bay Nuclear Power Station in Guangdong (GNPS) (Fig. 1) in spring, the bloom period of algae. The collections with a small temporal scale of every three days were made during 30 cruises from March to May in 1987. Such an investigation has never been carried out before in China except that the seasonal distribution and composition of phytoplankton in these regions were reported in展开更多
针对光伏发电出力波动导致的配电网功率波动问题,提出了基于背靠背式电力弹簧(back to back electric spring,B2B-ES)的功率波动抑制方法,以保障配电网的稳定运行。首先,分析了含户用光伏的配电网功率波动机理,建立了B2B-ES的有功功率...针对光伏发电出力波动导致的配电网功率波动问题,提出了基于背靠背式电力弹簧(back to back electric spring,B2B-ES)的功率波动抑制方法,以保障配电网的稳定运行。首先,分析了含户用光伏的配电网功率波动机理,建立了B2B-ES的有功功率控制模型;然后,设计了基于B2B-ES有功指令控制的功率波动抑制策略,采用粒子群优化算法计算有功指令,根据有功控制流程选择B2B-ES工作模式,将有功指令传送给对应的模式,以实现对户用光伏并网功率波动的抑制;最后通过仿真实验,验证了所提方法的有效性。展开更多
文摘The purpose of this study is to detail the ecological characteristics of phytoplankton in waters around the Daya Bay Nuclear Power Station in Guangdong (GNPS) (Fig. 1) in spring, the bloom period of algae. The collections with a small temporal scale of every three days were made during 30 cruises from March to May in 1987. Such an investigation has never been carried out before in China except that the seasonal distribution and composition of phytoplankton in these regions were reported in
文摘针对光伏发电出力波动导致的配电网功率波动问题,提出了基于背靠背式电力弹簧(back to back electric spring,B2B-ES)的功率波动抑制方法,以保障配电网的稳定运行。首先,分析了含户用光伏的配电网功率波动机理,建立了B2B-ES的有功功率控制模型;然后,设计了基于B2B-ES有功指令控制的功率波动抑制策略,采用粒子群优化算法计算有功指令,根据有功控制流程选择B2B-ES工作模式,将有功指令传送给对应的模式,以实现对户用光伏并网功率波动的抑制;最后通过仿真实验,验证了所提方法的有效性。