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Power networks with renewable energy always encounter the imbalance between supply and demand. One case is that during the peak load, generation is normally low or zero and other generation plants adjust more to meet with requirement. The other is during peak generation period, the generated power will exceed the load and be injected to the grid, which will cause the voltage rise and extra power curtailment...
This paper considers two important challenges in the distribution network with high renewable penetrations. One is that during the peak load, generation is normally low or zero and it will cause the voltage drop. Meanwhile, during peak generation period, the generated power will exceed the load and be injected to the grid, which will subsequently cause the voltage rise. This paper proposes a MILP...
The fifth Pennsylvania State University and National Center for Atmospheric Research mesoscale model (MM5) is utilized to study the precipitation and wind speed during Typhoon Chanchu (2006). Five model experiments with different physical parameterizations and sea surface temperature (SST) distributions are carried out. It is found that the control experiment configured with the Blakadar boundary...
The Fifth Pennsylvania State University and National Center for Atmospheric Research Mesoscale Model (MM5) is applied to study the precipitation and wind speed during Typhoon Chanchu (2006). Five model runs with selected physical parameterizations and different sea surface temperature (SST) distributions are applied in the study. Simulations are evaluated using satellite observations. It is found...
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