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Faster Decisions, Safer Operations with Industrial AI

New technology is, without a doubt, cool. However, for that technology to have value it must be practical as well, offering real benefits to end users lest it be relegated to niche novelty status. Currently, copilots are working to move out of the realm of cool technology and into the realm of real value, offering strong user benefits and real, practical improvements to the way people do their work. In this episode, host Conor Peick is joined by guest Theo Papadopoulos, senior consultant and head of the Metaverse Lab at Siemens to explore what it takes to bring AI copilots to the shop floor, how that benefits users and what the copilot itself needs to succeed. In the episode you’ll learn about: (0:20) What an Industrial Copilot needs to know. (1:14) The importance of user experience. (2:04) What it means to use an Industrial Copilot. (5:27) The important role of the Digital Twin. About the voices: Theo Papadopoulos is a senior consultant and head of foundational technologies for Siemens Metaverse Lab responsible for bringing cutting edge technologies to reality. Theo has a background in both business and mechanical engineer as well as a long history at Siemens. Conor Peick is a Marketing Professional creating forward-looking content for the Thought Leadership team at Siemens Digital Industries Software. Conor collaborates with industry experts and executives to produce impactful content exploring the challenges companies face and the technologies that can provide solutions.  

Siemens in Software

Video

Selmo in der Praxis #6: Digitale Transformation mit Selmo

Digitale Transformation einer Saftausmisch-Anlage mit Selmo Wie lassen sich manuelle Prozesse reduzieren und gleichzeitig Transparenz sowie Prozesssicherheit erhöhen? Dieses Praxisbeispiel eines österreichischen Getränkeherstellers zeigt, wie Selmo eine bestehende Saftausmisch-Anlage erfolgreich digitalisiert hat. Die Ausgangssituation war geprägt von manuellen Abläufen und einer nur eingeschränkt nachvollziehbaren Systemlogik. Über lange Betriebszeiten entstanden Dokumentationslücken, wodurch ein typisches BlackBox-Risiko entstand. Änderungen, Analysen und Optimierungen wurden zunehmend aufwendig. Mit Selmo wurde die bestehende Logik durch eine nachvollziehbare WhiteBox-Struktur ersetzt. Grundlage dafür ist ein digitaler Zwilling, der sämtliche Prozesse transparent abbildet und die Steuerung auch für Personen ohne tiefgehende Programmierkenntnisse verständlich macht. Ein besonderer Vorteil: Die Anlage erzeugt während des Betriebs selbst die erforderliche Evidenz. Bewegungen, Zustände und Parameter werden kontinuierlich erfasst und dokumentiert. Dadurch entsteht vollständige Nachvollziehbarkeit über den gesamten Produktionsprozess hinweg. Das Ergebnis sind mehr Flexibilität bei der Rezepturentwicklung, geringerer Überwachungsaufwand und maximale Sicherheit bei jedem einzelnen Prozessschritt. Erfahren Sie mehr über Selmo und die Digitalisierung industrieller Prozesse auf selmotech.com. #Selmo #DigitalTwin #Getränkeindustrie #Automation #Industrie40 #Prozesssicherheit #WhiteBox #Digitalisierung #Anlagenbau #SmartFactory

Selmo in Software

Video

Eplan eNavi | Ebenen verwalten – Projekte übersichtlich gestalten

In diesem Video zeigt Moritz, wie Sie in Eplan Electric P8 2026 mithilfe der Ebenenverwaltung grafische Elemente schnell und projektübergreifend anpassen können. Am Beispiel der Betriebsmittelkennzeichen sehen Sie Schritt für Schritt, wie sich die richtige Ebene ermitteln und anschließend unter anderem Farbe und Schriftgröße anpassen lassen. Die Änderungen werden direkt im Projekt sichtbar – für mehr Übersicht, mehr Einheitlichkeit und weniger manuellen Aufwand. Wenn Ihnen das Video gefallen hat, freuen wir uns über ein Like, einen Kommentar und ein Abo. Übrigens: Wer bei Eplan noch tiefer einsteigen möchte, sollte sich die Sommer-Trainingsaktion nicht entgehen lassen. Hier finden Sie unsere Trainingsangebote der Eplan Training Academy: ► https://www.eplan.com/at-de/services/training/ ▬▬ Social Media ▬▬▬▬▬ ► Website:    www.eplan.com ► LinkedIn:   / eplan-software-service   ► Facebook: / eplande     Bleiben Sie stets auf dem Laufenden rund um Eplan - melden Sie sich am besten gleich hier zum Newsletter an: https://bit.ly/NewsletterEplanAustria     ▬▬ Über Eplan ▬▬▬▬▬ Eplan bietet Software und Service rund um das Engineering in den Bereichen Elektrotechnik, Automatisierung und Mechatronik. Das Unternehmen entwickelt eine der weltweit führenden Softwarelösungen für den Maschinen-, Anlagen- und Schaltschrankbau. Eplan ist zudem der ideale Partner, um herausfordernde Engineering-Prozesse zu vereinfachen.   Standardisierte und individuelle ERP- und PLM/PDM-Schnittstellen sichern durchgängige Daten entlang der gesamten Wertschöpfungskette. Mit Eplan zu arbeiten bedeutet uneingeschränkte Kommunikation über alle Engineering-Disziplinen hinweg. Egal ob kleine oder große Unternehmen: Kunden können so ihre Expertise effizienter einsetzen. Weltweit werden 73.100 Kunden unterstützt. Eplan will weiter mit Kunden und Partnern wachsen und treibt die Integration und Automatisierung im Engineering voran. Im Rahmen des Eplan Partner Networks werden gemeinsam mit Partnern offene Schnittstellen und nahtlose Integrationen realisiert. „Efficient Engineering“ ist die Devise.   Eplan wurde 1984 gegründet und ist Teil der inhabergeführten Friedhelm Loh Group. Die Unternehmensgruppe ist mit 13 Produktionsstätten und 95 Tochtergesellschaften international erfolgreich. Das Familienunternehmen beschäftigt 12.600 Mitarbeiter und erzielte im Jahr 2024 einen Umsatz von 3,1 Milliarden Euro. 2023 wurde die Friedhelm Loh Group als "Best Place to Learn" und "Arbeitgeber der Zukunft" ausgezeichnet.   Weitere Informationen finden Sie unter: www.eplan.com     #Eplan #ElectricalEngineering #AutomationTechnology #CAE #EngineeringSoftware #EplanElectricP8 #EplanProPanel #PanelBuilding #ControlCabinetDesign #Industry40 #EngineeringProcessOptimization #SmartWiring #EplanEducation

Eplan in Software

Video

Modular Type Package (MTP): A journey to Continuous Hyperflexibility by Ajinomoto Omnichem

0:00 Introduction to Ajinomoto Omnichem 0:12 Translating R&D Dreams into Engineering 0:25 Ajinomoto Omnichem’s Mission and Operations 0:53 The Modular Continuous Flow Project 1:40 Building Blocks for Flexibility 2:24 Challenges with Traditional Automation 3:44 Developing the zenon Solution 5:24 Implementing MTP Standards 7:04 Creating Process Recipes with zenon 8:24 Teamwork and Future Steps 14:26 Scaling and Flexibility in Process Development 15:01 Parallel Production and Control Technology 15:31 Proof of Concept and Achievements with Beckhoff and COPA-DATA Unlock the secrets of flexible manufacturing with COPA-DATA's innovative approach to modular production in the pharmaceutical industry. In this video, Pieter Temmerman and Kristof Van den Berghe from Ajinomoto Omnichem explain how modular automation streamlines processes in flow chemistry for active pharmaceutical ingredient (API) manufacturing. They discuss the challenges and triumphs of developing a modular continuous flow plant designed to produce life-saving pharmaceuticals efficiently. Key topics covered in the video include: - The importance of modularity in chemical manufacturing and its impact on reducing time to market. - The integration of cutting-edge technologies like EtherCAT and zenon to achieve seamless automation and operational flexibility. - How the MTP (Module Type Package) standard enhances the orchestration of production processes, allowing for rapid adaptations to changing R&D needs. - A detailed look at their proof of concept showcasing successful parallel production capabilities with advanced automation systems. You will gain insights into how modular production improves manufacturing processes, ensuring compliance and efficiency while fostering innovation. Read more about modular production ➡️ https://hubs.ly/Q04m75320

Copa-Data in Software

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Specialized EMS Solutions for industry

0:00 Introduction to Specialized EMS 0:07 Company Overview and Market Presence 0:19 Product Offerings and Turnkey Projects 0:38 Case Study: Automation in Poland 0:46 Challenges and Solutions: EMS Implementation 0:58 Project Outcome and Energy Management 1:10 Client Interaction and Manual Control 1:32 System Optimization and Energy Cost Management 1:50 Future Projects and Expansions 19:40 Energy Trading and Law Changes in Poland 20:00 Hybrid Off-Grid Solutions and Innovations 20:40 Project Testing and Future Prospects In this presentation, Tomasz Tracz, Specialized Projects Department Director at Elsza Sp. z o.o., shares insights into the development of an advanced Energy Management System (EMS) designed to optimize industrial energy consumption, improve operational efficiency, and support sustainable energy strategies. With nearly 40 years of experience and operations in more than 30 countries, Elsza delivers automation and energy projects using the zenon for seamless integration and performance optimization. Key topics covered include: ▪️ The importance of modern energy management systems (EMS), particularly in projects involving electric arc furnaces and energy storage solutions. ▪️ A detailed case study on the automation project completed in Zawiercie, Poland, highlighting collaboration with Vast Energy and Elemental Strategic Metals. ▪️ Insights into the operational challenges of managing energy loads, achieving net-zero exports, and the role of peak shaving and load shedding. ▪️ Key functionalities of EMS, including data monitoring, predictive algorithms, and the integration of PV loggers and battery energy systems. Gain valuable insights into energy cost management strategies and the importance of optimizing energy consumption to achieve quicker returns on investment. Learn more ➡️ https://hubs.ly/Q04m74vs0

Copa-Data in Software

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Visualization for Energy Systems

0:00 Journey from the Stone Age of Energy Systems 0:50 Dark Ages: The Advent of Digitalization 1:21 Modern Day Solutions with zenon 2:02 Command Processing and Interlockings 3:16 Enhancements in WVS Implementation 3:54 Exploring Future Interaction Technologies 4:32 Introduction to Function Authorization 5:53 Dynamic Authorization Levels in zenon 15 6:59 Role-Based Authorization Approaches In this video, Klemens Neureiter, Product Manager at COPA-DATA, explores the evolution of energy systems visualization - from early hardware-based control panels to modern browser-based SCADA and HMI interfaces. The session highlights how energy management systems have transformed over time, improving usability, efficiency, and operational awareness. Key topics covered: ▪️ History of Energy Visualization: The transition from early, hardware-heavy control systems to modern digital platforms ▪️ zenon Version 15 Overview: New features improving command processing, usability, and operator interaction ▪️ WVS Innovations: Enhanced graphical system status visualization and fault indication capabilities ▪️ Future of Energy Interfaces: Potential developments including virtual reality and holographic control environments ▪️ User Rights & Security: Improved function authorization and flexible access management in dynamic environments Key takeaways: ▪️ How modern energy visualization improves operational efficiency and decision-making ▪️ The role of advanced HMI/SCADA systems like zenon in digital transformation ▪️ Emerging trends shaping the future of energy system interaction and control Get insights how we at COPA-DATA unravel the complexities of energy system visualization and invite you to ponder the future possibilities that lie ahead. Visualize your energy smarter ➡️ https://hubs.ly/Q04m6vxm0

Copa-Data in Software

Video

Visualization with zenon Linux Service Engine

0:00 Introduction to Visualization on Linux Service Engine 0:54 zenon Network Support on Linux 1:20 Hosting IoT Services and Web Engines 2:34 Remote Hosting of IoT Services 4:11 User Administration Under Linux 5:02 Possibilities for Visualization with Linux 5:40 Conclusion and Summary of Options In this video, Dominic Voithofer, Product Manager at COPA-DATA, demonstrates powerful new features of zenon Linux Service Engine Version 15 designed to improve data visualization, remote management, and system connectivity across multiple platforms. Discover how to optimize your industrial automation workflows using flexible visualization tools, enhanced user administration, and remote device management capabilities built into the zenon platform. This talk covers: Overview of visualization options – Linux Service Engine, zenon network, IoT services, web engine integration Connecting multiple Linux Service Engines and Windows clients for cross‑platform visualization User administration improvements for access control Remote transport and device management – project data uploads and maintenance Custom dashboards with KPIs accessible from anywhere A look at industrial automation visualization and remote operations Version 15 empowers operators, engineers, and system integrators with scalable visualization and management tools that increase efficiency, flexibility, and operational transparency. Whether you’re working with industrial IoT, SCADA systems, or distributed automation environments, this video provides valuable insights into maximizing the potential of the COPA-DATA zenon platform. Go deeper with zenon on Linux ➡️ https://hubs.ly/Q04m66p60

Copa-Data in Software

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Security and Reliability of zenon

0:00 Introduction to Substation Architecture 0:38 Implementing Linux Devices and Docker 0:57 Communication Enhancements in Energy Industry 1:47 Upstream and Downstream Communication Gateways 2:58 Expanding Functionality with zenon Logic 4:59 Utilizing Data for AI and Machine Learning Models Unlock the future of smart substations with innovative software-defined solutions from COPA-DATA. In this video, Mark Clemens, Product Manager, Connectivity at COPA-DATA, demonstrates how modern technologies can transform small substations into intelligent, connected, and data-driven environments to improve operational efficiency and decision-making. Learn how to modernize legacy infrastructure, streamline communication protocols, and leverage advanced analytics and machine learning directly at the edge. Key topics covered include: ▪️ Modernizing Substation Operations: How to upgrade legacy RTUs with small Linux devices and Docker Compose for efficient data flow. ▪️ Communication Protocols: The integration of IEC 60050 MMS and IEC 870 drivers to facilitate robust downstream and upstream communication, including DNP3 and secure TLS connections. ▪️ Data Management Solutions: How to utilize zenon Logic for historical data collection, monitoring local networks, and generating alarms and insights through SNMP. ▪️ Leveraging Data for Decision-Making: How to contextualize and clean data, enabling effective alarm systems and informed decision-making through advanced data analytics. ▪️ Machine Learning Applications: How to use historical data to train machine learning models directly on your substation device, enhancing operational efficiency. From this video, you will gain actionable insights on transforming your substation operations into a fully integrated, data-driven environment. Learn more about cybersecurity ➡️ https://hubs.ly/Q04m5XJ50

Copa-Data in Software

Video

The increasing power of the zenon Software Platform

0:00 Beginnings as a Young Engineer 0:51 The Power of Graphic HMIs 2:38 Training in Vienna 3:42 Introduction to SAT and zenon 4:48 Platform Independence: zenon 15 6:06 The Case for Linux in Energy Automation In this video, Juergen Resch, Director, Industry Management, Energy, reflects on 30 years of industrial automation innovation and the technological shifts that have transformed modern energy management. Beginning with his early experiences in 1995, he discusses the transition from legacy automation systems and semi-graphic HMIs to advanced, full-graphic interfaces and platform-independent software solutions that continue to shape the future of industrial automation today. Key points discussed include: - Historical Context: A reflection on the early days of automation technology, including the significance of the transition from semi-graphic to full graphic HMIs and the reliance on Windows 3.11. - The Evolution of zenon: An overview of the advancements from zenon 12 to zenon 15, highlighting the importance of platform independence and the integration of Linux as a viable alternative to Windows. - Key Advantages of Linux: Four compelling reasons for adopting Linux in energy automation, including scalability, integration with IT/OT environments, cost-effectiveness, and enhanced security. - Future-Proofing Industrial Automation: Insights into how Linux can support long-term software viability, essential for industries with aging hardware. Discover how decades of experience in industrial automation and energy management continue to drive innovation in modern SCADA, HMI, and energy infrastructure solutions. Learn more about zenon Software platform capabilities ➡️ https://hubs.ly/Q04m6bK40

Copa-Data in Software

Video

NORD DRIVESYSTEMS | Trade Fair | Functional Safety

NORD DRIVESYSTEMS demonstrates how functional safety can be implemented directly within the drive system—in a compact, integrated form and without additional hardware such as encoders. Using a trade show model featuring a gearbox, synchronous motor, and frequency converter as an example, it becomes clear how safe sensors, light barriers, and drive speed monitoring work together to reliably protect people and equipment. The focus is on safety functions such as SLS, SDIN, and SS1-t—for greater safety, fewer downtimes, and efficient implementation directly within the device or via secure Ethernet protocols. For more information, visit our website: http://www.nord.com Learn more at Linkedin: https://www.linkedin.com/company/getriebebau-nord-gmbh-co-kg About NORD DRIVESYSTEMS: A developer and manufacturer of drive technology for over 60 years, NORD DRIVESYSTEMS is one of the world's leading suppliers of full-scale, comprehensive drive solutions. NORD's portfolio ranges from standard drives to customized solutions for demanding application requirements, e.g. based on energy-efficient or explosion-protected drives. Subsidiaries and distributors in 89 countries around the world and an extensive service network ensure minimal lead times and provide customer-oriented services wherever needed on short notice. NORD’s wide variety of gear types covers torques from 10 Nm to 250 kNm and more. The company also supplies motors with outputs from .12 kW to 1,000 kW and manufactures frequency inverters up to 160 kW. NORD's inverter line-up features conventional models for installation in control cabinets as well as design types for fully integrated drive units in decentralized automation environments.

Video

Centralized Management System for the Operation and Optimization of Renewable Energy Facilities

0:00 Introduction to SPIE Group 1:44 Partnership and Collaboration with COPA-DATA 2:01 System Structure and Data Integration 4:11 Solutions Presentation 13:58 Cybersecurity In this video, Michał Zając from SPIE Energotest, explains how SPIE Group is advancing smart energy management with the innovative e-Control OZA system. Designed for photovoltaic (PV) farms, wind farms, energy storage systems, and microgrids, the platform enables real-time monitoring, optimization, and portfolio management across modern energy infrastructures. Operating in 38 countries with more than 55,000 employees, SPIE Group delivers advanced energy and communication solutions tailored to the evolving needs of the energy market. This talk covers: ▪️ How the e-Control OZA system supports smart energy management (overview) ▪️ Integration of SCADA/EMS systems, PV farms, wind farms, and energy storage ▪️ The role of real‑time data analysis in energy optimization ▪️ How weather forecasts and external system communication improve operations ▪️ Approaches to managing multiple energy installations and agreements Topics also include: ▪️ Operational efficiency through advanced energy monitoring ▪️ Flexibility and scalability in renewable energy systems ▪️ Optimizing energy production and profitability ▪️ Digital transformation in the energy sector Learn how intelligent energy management platforms are helping operators improve reliability, increase efficiency, and successfully manage the growing complexity of renewable energy systems. Unlock efficient renewable energy management ➡️ https://hubs.ly/Q04lSwRl0

Copa-Data in Software

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