A high-precision analysis and development platform designed to analyze and validate, in real time, the design, operational strategies, and integrated performance of actual power plant systems.
From an engineering perspective, it quantitatively analyzes complex plant system behaviors and scenario-specific conditions, providing an integrated design environment for research, verification, and optimization.
A Real-Time Integrated Analysis and Development Simulation Platform is a comprehensive simulation environment that enables the modeling, execution, analysis, and validation of complex systems in real time.
By integrating multi-physics models, control logic, and system-level analysis within a single platform, it allows engineers and operators to simulate real operational conditions, analyze dynamic behaviors, and validate control strategies before deployment. The platform supports end-to-end workflows—from system design and algorithm development to operational training and performance verification—while providing real-time feedback, visualization, and data-driven insights.
This integrated approach reduces development risk, improves operational reliability, and accelerates decision-making across engineering, training, and system optimization processes.
| Application Area | Expected Benefits |
|---|---|
| Next-generation nuclear and thermal plant design | System scenario validation and pre-assessment of performance |
| Real-time operation strategy testing | Analysis of control logic change effects under complex conditions |
| Equipment fault analysis | Generation of abnormal scenarios and testing of resolution logic |
| Research / education / demonstration environments | Real-equipment–based design evaluation and team-based collaborative training |
Inquire now about the specifications and capabilities of an optimized system for training, research, and design validation.
