BEPA TwinX Industrial Intelligent
Advanced Engineering Intelligence for Smart Manufacturing Physics-Based AI-powered Equipment Health Monitoring
BEPA TwinX Industry Intelligence Ltd. is the specialized digital arm of BEPA A/S, born from a heritage of high-end Danish engineering consultancy. We operate at the convergence of deep physics, structural integrity, and advanced artificial intelligence. With a worldwide team spanning Denmark, Germany, Australia, and Vietnam, we combine the agility of a technology firm with the discipline of a veteran engineering house.
Unlike traditional software providers who merely visualize data, we understand the physics behind the asset. We recognize that the future of industrial analytics lies not in a single “perfect” algorithm, but in a flexible, adaptive architecture. Our core competence lies in deploying Physics-Informed Surrogate Models as real-time “Virtual Sensors”—intelligently blending data-driven learning with immutable physical principles to predict unmeasurable internal states. We are dedicated to delivering Engineering-Grade Digital Twins—platforms that solve the “data gap” challenge by embedding international standards (API, ASME, EUROCODE, ISO) and manufacturer designs directly into the intelligence model. We exist to ensure safety, compliance, and optimized performance for the world’s most critical industrial assets.
What We Do
We provide an End-to-End Asset Performance Nexus—a unified capability that federates disparate systems to serve as the single source of engineering and operational truth.
Core Competency: Hybrid Industrial Intelligence
We move beyond simple statistics to address the industry’s most critical challenge: The Data Gap. Unlike “black-box” AI that fails without massive datasets, we deploy a dual-engine AI approach that blends physical laws with data-driven learning:
- Engine 1: Knowledge-Based Initialization – Solving the “Cold Start”: We eliminate the need for years of historical data by seeding our neural networks with known engineering relationships. Our models initialize with a rigid knowledge component representing the physical baseline—derived from engineering laws, design limits, and standards like API 579-1, EN1991, and EN1993. This ensures that even with limited operational history, our models remain physically accurate and compliant from Day 1.
- Engine 2: Physics-Informed “Virtual Sensors”– Real-Time Sensing: We treat physics not as a static input, but as a dynamic constraint during the optimization process. By leveraging real-time FEA and CFD Surrogate Models, we discover unknown parameters and model complex scenarios where data is sparse. This enables “Virtual Sensing”—predicting stress, fatigue, and flow dynamics internally where physical sensors cannot reach.
Service Delivery: The Integrated Digital Twin Ecosystem
We deliver more than just software; we provide a fully operational Asset-Intelligence Ecosystem. Our service delivery model is designed to support the entire lifecycle of the “Big Picture” industry scope—from data ingestion to advanced operational forensics.
Flexible & Agnostic Implementation (The Foundation)
- System Agnostic: We eliminate data silos. Whether you utilize AVEVA, SAP, PI System, or AIMS, our architecture acts as a universal federator, creating a single version of the truth without requiring you to replace existing systems.
- Data Reconstruction: If engineering data is missing, we do not wait. We implement a full Digital Twin environment that supports 1D, 2D, and 3D data. Uniquely, our in-house engineering team provides Data Reconstruction to restore missing 3D models and datasets, ensuring the twin is powered by high-fidelity inputs.
- Governance & Cybersecurity: We establish master data ownership, validation rules, and audit trails while ensuring all integrations comply with strict cybersecurity standards, role-based access control, and network segmentation requirements.
Operational Capabilities
- Operational Context & Navigation (P&ID Hot-Spotting): rapid access to live data, maintenance history, and engineering documentation from tags and equipment objects.
- Integrity & Risk Visualization: RBI and corrosion inputs translated into 3D, color-coded risk maps for clear prioritization.
- Operational Forensics (Time-Travel Playback): historical replay of process conditions and alarm states to accelerate root-cause analysis.
- Asset Performance Management (APM) – Reliability-Centered Intelligence: predictive maintenance strategy and RUL calculation to plan interventions and reduce unplanned downtime.
- Process Simulation – The “What-If” Engine: scenario modeling and optimization without risk prior to implementing operational changes.
- Virtual Training & Digital Learning Ecosystem – Immersive Competency: 3D walkthroughs and interactive SOP procedure training to improve readiness and reduce human error.
- Cognitive Interface (Industrial Co-Pilot): natural-language access to asset knowledge, standards, and maintenance insights for faster decision-making.
Projects
“Plant Data” — AI Operator Cockpit (Control Room Assistant)
A consolidated operator dashboard feature:
- System fault alerts + acknowledgement flow
- Reminder board (routine checks / preventive actions)
- Current status assessment (stable vs drifting KPIs)
- Recommended actions (prioritized operational suggestions)
- Embedded trend charts (e.g., kiln load current, NOx, O₂) and key control variables
Purpose: turn monitoring into actionable guidance and improve shift consistency.
Operator Dashboards - Portfolio Performance Overview (Control Room View)
A portfolio dashboard for cross-site comparison across selectable time windows (Today / Yesterday / Last 7 Days / Month / Year / Custom), providing:
- Total and per-site installed capacity and fleet navigation
- Per-site KPIs: Power, Production, Specific Yield, Performance Ratio (PR)
- Sensor irradiation (POA) and satellite irradiation references for fair benchmarking
- Map-based site navigation and operational metadata (commissioning, last data import)
Purpose: quickly rank sites, identify underperformers, and focus attention where impact is highest.
Contact us
Let's talk - reach out to schedule a demo or discuss your needs.
Minh Tuan, Nguyen
Product Owner
Mail. tuan.minh@bepa.dk
Tel. (+84) 0886981197
