At the start of a reactor cycle following a reload refueling, a fuel assembly has a burnup of 22.4 MWd/kg. The fuel assembly averages a power of 94% that of the core average fuel assembly power over the 426 calendar days of cycle operation. At the end of the cycle, the fuel assembly’s burnup is 36.7 MWd/kg. The reactor is rated at 2800 MWt full power. It contains 157 fuel assemblies, each with an initial fuel loading of 500 kg.
(a) What was the fuel assembly’s cycle burnup in MWd/kg?
(b) What was the cycle burnup in MWd/kg?
(c) How many effective full power days (EFPD) did the cycle operate?
(d) What was the cycle’s capacity factor?
At the start of a reactor cycle following a reload refueling, a fuel assembly has a...
The core of a reactor rated at 3200 MWt full power contains an initial fuel loading of 80 metric tons. The reactor operates 540 calendar days between refuelings. If the reactor power as a fraction of full power varies with time according to the function sin(πt/T), where t is the elapsed time in days counting from the cycle startup, and T = 540 days, what is (a) the capacity factor for the cycle and (b) the cycle burnup in MWd/kg?