Experience CoreDesigner.ai, the most efficient and fully automated reload planning, optimized for precision and performance.
Blue Wave AI Labs is pioneering core design capabilities with the creation of CoreDesigner.ai to address the reload and planning process for the nuclear power industry. Advances in computational modeling and material science have further enhanced core designs, enabling higher efficiency and improved safety margins in both existing and next-generation nuclear reactors with Blue Wave AI Labs ‘powering’ the way.
Nuclear core design is a critical aspect of reactor engineering, focusing on the arrangement and configuration of fuel, moderators, control rods, and coolant within a nuclear reactor.The core is the heart of the reactor, where nuclear fission takes place, releasing energy used for power generation.
Effective core design ensures optimal neutron economy, fuel utilization, and safety while maintaining efficiency under operational conditions. It involves intricate calculations to balance factors like heat generation, neutron flux distribution, and structural integrity, while adhering to strict regulatory and safety standards.
CoreDesigner.ai seamlessly integrates into existing licensed methodologies to transform your core design over multiple cycles optimizing fuel loading, control rod patterns, and core flow schedules. Using advanced Al modeling, CoreDesigner.ai provides robust core design evaluations with your iUwroved 3D core model methodologies used today.
Optional Designs: The tool finds optimal bundle designs for a user-defined number of fresh fuel bundles. Core Design: Core loading pattern with either pre-defined fresh fuel bundle types or optimized fresh bundle designs.
CoreDesigner.ai is a robust, state-of-the-art SaaS application for the nuclear power industry that provides unparalleled accuracy for forecasting in both reload core design and cycle management engineering applications.
The CoreDesigner.ai model can evaluate core designs more than 1,000 times faster than traditional core simulation, making it possible to evaluate up to 1.7 million cycles in a day.The tool’s highly configurable autoloader automatically generates patterns meeting your core design requirements, significantly enhancing the design process.
The data requirements for nuclear core design are extensive and multifaceted, encompassing a wide range of inputs to ensure accurate modeling, analysis, and safety compliance. Key data requirements include: nuclear data, material properties, thermal-hydrallic data, geometric and spatial data, operational data, computational and modeling data. This extensive dataset ensures the core operates safely, efficiently, and within regulatory limits throughout its lifecycle.
CoreDesigner.ai is accessed via a web browser and is available for all standard computing platforms with a high-speed Internet connection, running most modern 32- and 64-bit operating systems and mobile operating systems: Linux, Windows, macOS, Android, iOS, and UNIX architectures are all acceptable environments for MCO.ai.
Energize reload design with the BWnuclear.ai software suite. These AI-based predictive algorithms integrate seamlessly, whether it be for reload core design or cycle management applications. Advances in our simulation tools and measurement technologies continue to refine and enable more sophisticated and reliable core designs. An intuitive, web-based interface coupled with advanced Al modeling ensures seamless design and evaluation.
Leverage the power of AI to streamline core design, reduce discharge burnup, and optimize rod patterns—delivering faster results with greater accuracy and efficiency.
We use advanced AI and Machine Learning to turn your data into clear insights and innovative solutions for real-world challenges. Our experts help reduce risk, boost efficiency, and optimize performance.
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