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Discover how ETAP MotorPro™ enables engineers to estimate and validate key motor parameters, gain deeper insight into motor performance and operating characteristics, and increase the accuracy of motor and power system analyses. Electric motors are the driving force behind modern industrial power systems and represent one of the greatest opportunities to improve efficiency, reliability, and operating costs. Achieving better performance starts with accurate motor data, and when critical parameters are missing, incomplete, or unverified, engineers face challenges in understanding motor behavior and conducting reliable studies. ETAP MotorPro uses graphical motor parameter estimation to pinpoint efficiency opportunities, performance improvements, and provides more informed engineering and and investment decisions.
Discover how SEE 3D Panel V4 helps electrical engineers, panel builders, and machine builders design electrical cabinets faster, improve quality, and streamline manufacturing through a powerful 3D digital twin workflow. SEE Electrical 3D Panel is purpose-built for the design and manufacturing of electrical cabinets, switchboards, and control panels, enabling teams to move seamlessly from engineering to production.
Discover how ETAP 2026 delivers continuous energy intelligence, advancing innovations in power system analysis and management. Essential for today’s complex power systems, this presentation highlights the new capabilities and enhancements in this release that are helping organizations move faster while reducing engineering, operational, and compliance risk. Descriptions and demonstrations are provided for key features, organized by the 9 core pillars of functionality - starting with AI and then moving into safety, dynamics & transients, renewable integration, asset management, data exchange, and real time operations.
Discover how to streamline electrical schematic drafting using SEE Electrical Launch V8R6 - the ideal entry-level solution for electrical schematics design and documentation. In this full walkthrough, its core design features are demonstrated, including smart potential lines, symbols with automatic wire breaking, the ‘rubber-banding’ drafting automation feature and multi-line/multi-wire placement options. Learn how to speed up design workflows by using predefined ANSI and IEC symbol libraries, how to easily create custom symbol macros, and how to assign part numbers directly from manufacture equipment databases. This video also shows bidirectional PLC cross-referencing, off-page signal links, and the generation of essential graphical reports like terminal, cable, and PLC I/O lists. Watch now to see why designers prefer to use SEE Electrical – a specialized electrical CAD software that reduces time spend on repetitive tasks, and easily produces clean, accurate engineering project documentation.
Learn how ETAP 2026, transforms complex results into simpler safety solutions by considering the rules of device duty, arc flash protection, and protective coordination all together. This presentation shares how to study short circuit and arc flash analysis in both three-phase and single-phase networks - especially useful for complex systems, special locations, and large data sets. The demonstration also shares how to use this solution for arc flash mitigation strategies, including maintenance mode evaluations, helping to reduce incident energy and keep workers safe.
Discover how DICYP Ingeniería successfully delivered the electrical design for the New Hospital del Salvador and National Institute of Geriatrics in Chile using Caneco BIM, Autodesk Revit, and BIM 360.
Faced with the challenge of designing the electrical infrastructure for a 170,000 m² healthcare facility—including 9 substations, 500+ electrical panels, and more than 5,000 electrical circuits—DICYP leveraged BIM-based workflows to improve collaboration, automate circuit routing, and ensure calculation accuracy throughout the project.
Learn how Caneco BIM helped the engineering team save approximately 4,000 engineering hours, enhance coordination across international teams, reduce errors, and support the successful delivery of one of Chile's largest healthcare infrastructure projects.
Key Highlights:
Learn how the Electric AI Copilot™ in ETAP 2026 are reshaping the engineer's role from data processor to strategic decision-maker. Highlighting this significant step forward in engineering productivity and accuracy, this presentation walks through the top use cases that take advantage of the latest in AI and LLMs technology included in ETAP Power Simulator. This enhancement provides engineers who work on electrical power systems the ability to reach insights more quickly, reduce manual effort, and have more confidence in complex system evaluations.
Solar Bull, a Spanish renewable energy company, uses ETAP as an integrated platform for electrical modeling and simulation in large-scale solar projects. With complex systems involving hundreds of circuits and strict requirements, ETAP helps improve efficiency, reliability, and profitability from the design phase. In this video, Adrián Espasa, Electrical Engineering Director, explains how ETAP enables full plant modeling, advanced load flow and protection studies, cable thermal analysis, and faster design validation—reducing timelines from weeks to days. This approach has delivered measurable results, including up to 40% reduced engineering time, over €60,000 in savings, optimized material use, and improved design accuracy. The outcome is a fully validated electrical model before construction, reducing rework and strengthening coordination, confidence, and overall project performance.
Learn how ETAP Feeder Hosting Capacity (FHC) provides immediate insights on the optimal amount and placement of distributed energy resources (DERs). Enhanced in ETAP 2026, short circuit and harmonic constraints have been added to this module. The presentation walks through how to apply various methods, such as nodal and stochastic, with key constraints, including min/max voltage, thermal, protection/bus bracing (IEC vs. ANSI), and harmonic (IEEE 519) to get a comprehensive view of the PV integration. The FHC Impact Analysis study is also presented, which is used to verify system stability using the IEEE 1547 rulebook, or by defining custom control curves.
In this testimonial, KBB shares how they improved their processes through the use of SEE 3D technology to design and engineer switchboards and control cabinets. Now that they are using SEE Electrical and SEE 3D Panel Manufacturing, they can quickly take any 2D design and generate the complete 3D digital twin of the electrical switchboard. They also benefit from the production machine integration provided by 3D Panel Manufacturing, which automatically takes the vast data from the model directly into CNC, drilling and wire cutting.