fission.The control of the flowrate of circulating water within the reactor.The control of the pressurized water level in the reactor where water flows in to be heated to produce steam that then flows to the turbine to generate electricity.The logic control of energy operation in the reactor core by removal of the uranium rods from the water at maximum speed with respect to safety and emergency requirements. The energy generated in the water-based reactor is converted into high-pressure steam, which is used directly to turn the turbine (steam generator).The logic control of the selection of a subgroup of individual rods to move upward and downward by individual attached bidirectional motors above the reactor core.The logic control of energy storage by switching the charging/discharging operation based on battery charge status, load level, and the level of energy collected.The control of the rate of flow of heat energy circulating between the tank and the collector.The monitoring of the radiation activity within the reactor and surrounding air, ground, and liquid environment.Figure 1.22 Schematic of nuclear plant.Figure 1.23 Incomplete block diagram of a nuclear plant continuous control system.
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