Ican Case Study Solution

For a peaking station, a typical hydrograph shows twice daily fluctuations from off to full capacity discharges often with weekend shutdowns. A peaking station may show consistent daily to weekly patterns of discharge all around case study solution year in place of case study solution strong seasonal sample that might be shown for base load suppliers, and dependent on case study solution scale of case study answer scheme inter annual variability may be low. Downstream effects on water nice depend on case study answer garage configuration and offtake depth. If case study answer storage is deep and stratifies and case study answer offtake is low, case study solution downstream environment may event frequent temperature and dissolved oxygen fluctuations particularly during case study solution summer period, with case study answer power station injecting cold water from deep in case study solution reservoir into case study answer warmer waters of case study solution receiving environment. In cases where there are downstream pollutants sources draining into case study solution river system, peaking power station discharges may cause pulses of polluted water downstream in place of a standard dilution effect when operating to meet baseload demand. Downstream results on case study answer fluvial geomorphology and dominant geomorphic tactics differ if a power station is operating to satisfy base versus peak demand.