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In the second stage, the corresponding control rod pattern for the previous fuel loading is obtained.
This study developed a method for the automatic design of a boiling water reactor (BWR) control rod pattern (CRP) using the particle swarm optimization (PSO) algorithm.
The development of a system for the control rod pattern design of Boiling Water Reactors based on fuzzy logic and knowledge is presented in this paper.
Second and third stages are repeated until an appropriate fuel loading and its control rod pattern are obtained, or a stop criterion is achieved.
When the PPF and kinf parameters are satisfied, the fuel lattice is evaluated taking into account a fuel reload and its respective control rod pattern to verify both the energy obtained and the thermal limits.
This program utilizes a loading pattern scoping code, AUTOLPD, to search for an optimal loading pattern, and then uses a control rod pattern design code, AUTOROD, to generate a set of control rod patterns from the beginning of cycle to the end of cycle for the optimized loading pattern.
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(8) Equilibrium cycle and control rod patterns (App. 4A).
The Control Rod Patterns obtained with the Huitzoctli system were compared to other Control Rod Patterns designs obtained with other optimization techniques, under the same operating conditions.
Huitzoctli system was developed to design Control Rod Patterns for Boiling Water Reactors (BWR).
The analysis was performed with the reactor operating with different control rod patterns.
An optimization system to get control rod patterns (CRP) has been generated.
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