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Learn about the innovative new features and capabilities of ETAP specific to cable sizing and protection for low voltage networks. This presentation briefly covers the principles of current-limiting low voltage (LV) breakers and then demonstrates how ETAP can be used to assess the protection of cables and energy in LV networks. The new ETAP Energy and Current Characteristic View is presented, which is used for simplified analysis of cable protection against overcurrent conditions. Also, ETAP’s Star Auto-Evaluation power system monitoring is demonstrated. This module is used for assessing cable energy withstand capabilities to ensure that a breaker’s let-through energy is within safe limits. The presentation also demonstrates ETAP’s enhancements to cable sizing analysis that applies let-through energy as an additional constraint. By considering current-limiting breakers in the evaluation of an LV network model, engineers can make better informed decisions that ensure safety and improve reliability.
In this webinar we explore how ETAP StarZ Transient Stability enables a comprehensive understanding of the interactions between system dynamics and protection systems. Learn about the significant advancements in power system dynamic analysis in ETAP 2024 to enable a comprehensive understanding of the interactions between system dynamics and protection systems. By integrating relay models with RMS dynamic simulation, you’ll discover how StarZ Transient Stability addresses some of the root causes of cascading failures recognized by the power system industry, such as the mis-operation of relays and/or their overly conservative settings. As well, you’ll learn how to analyze power system dynamics on systems with integrated inverter-based resources, how to validate advanced protection functions, and also the performance of conventional protection functions such as distance, overcurrent, voltage and frequency protection functions and more.
Learn the enhanced techniques and compliance standards available in ETAP 2024 to simplify the identification and quantification of electrical hazards for AC and DC arc flash to ensure workplace safety. This presentation also introduces ETAP’s newest safety enhancement for determining incident energy levels and arc flash boundaries using C-area curves, to support today’s fast-evolving DC system technology. ETAP’s DC arc flash analysis includes methods specifically researched and designed for photovoltaics (PV), batteries, and other DC systems, including large DC capacitors and converters.
Electrical harness engineering is becoming exponentially more complex. Used in many industries, such as aerospace, rail, marine, and for other systems, an electrical wire interconnection system (EWIS) must meet stringent reliability, safety, eco-efficiency, and capacity requirements.
In this webinar, you’ll discover how ETAP’s SEE Electrical PLM tackles these growing demands and requirements, and how system engineers use this solution to effectively perform electrical cabling design, manufacturing and traceability, and collaboration across cross-functional teams.
Power system projects can suffer from compromised design quality and delivery delays when team members lack the tools they need to work concurrently and collaboratively. ETAP offers a transformative approach that empowers engineering teams to deliver high-quality, efficient, and cost-effective designs. Attend this webinar to learn about ETAP’s NetPM, a sophisticated networked project modeling and management tool that enables real-time collaboration, centralized data management, and optimized resource utilization.
Electrical design and manufacturing processes involve an elevated level of technical design detail that must be communicated accurately to manufacturing teams, who in turn are in turn continually looking for ways to enhance their efficiency and ensure the highest quality final product. Without digital continuity, teams struggle to keep pace, and mistakes are more likely to occur. Learn why machine and panel building manufacturer adopt SEE Electrical solutions throughout their manufacturing processes to transform their operations and elevate manufacturing efficiency.
Descubra Caneco Electrical - Módulo Fotovoltaica para proyectos de energías renovables, que ofrece herramientas de cálculo, diseño y verificación de instalaciones fotovoltaicas en redes eléctricas de edificios...
Discover the capabilities of ETAP’s ePPC, power plant controller, that tackle the complexities and demands on power plant controllers in the evolving energy landscape and outpace traditional PLC-based solutions. A vital part of the SCADA and a control solution, power plant controllers (PPCs) regulate and control inverters, energy storage systems, generators, capacitor banks, and other equipment of a renewable power plant. Watch this presentation to learn how ePPC, a software-based approach, enhances controller deployment accuracy through integration with the power plant's electrical digital twin and through rigorous testing with SIL/HIL simulations. The key features of ePPC are presented which are empowering modern power plants to future-proof their operations with a software-centric approach to control.
Obtenga una introducción a SEE Electrical, una solución intuitiva de diseño eléctrico en 2D y 3D que facilita sin esfuerzo la creación de esquemas detallados y documentación eléctrica profesional. Al evitar la pronunciada curva de aprendizaje y la especialización que requieren otras soluciones de software, SEE Electrical acelera el diseño y reduce errores.En esta presentación, comprenderá mejor las limitaciones del software CAD tradicional para el diseño eléctrico y conocerá las funciones que los ingenieros valoran en SEE Electrical, las cuales agilizan la creación de esquemas mediante flujos de trabajo automatizados y símbolos eléctricos verificados por el fabricante.