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KBB, tableautier belge, utilise SEE Electrical et SEE Electrical 3D Panel+ pour concevoir et réaliser ses armoires électriques. Dans ce témoignage, KBB explique comment l’adoption de la technologie SEE 3D leur a permis d’améliorer leurs processus. Ils peuvent réutiliser des schémas 2D provenant de logiciels tiers et générer un jumeau numérique 3D complet. Ils bénéficient également d’un volume de données inédit pour piloter les machines CNC, de perçage et de coupe de fils.
Weidmueller is a pioneer of industrial connectivity, with customers around the world involved in building electrical control cabinets. In this case study, you’ll gain a better understanding of the complexities and bottlenecks in a traditional manufacturing workflow, and how Weidmueller has applied new strategies that work with software solutions such as SEE Electrical to improve efficiency at various phases. The demonstration includes the data engineering connection with ETAP SEE Electrical, SEE Electrical Expert, and SEE 3D Panel+, and how these tools are used by customers to greatly improve wire processing and panel building.
La municipalité de Stellenbosch est une collectivité locale de la province du Cap-Occidental en Afrique du Sud, desservant plus de 200 000 clients. Elle recherchait un partenaire OEM compétent pour lui fournir un support de bout en bout dans l'établissement d'une station maîtresse SCADA dans son centre de contrôle, afin de superviser et d'opérer son réseau de distribution. De plus, elle avait besoin d'aide pour préparer la configuration du système de la station maîtresse SCADA et permettre une solution de protection et de contrôle des sous-stations entièrement intégrée.
Avec l'aide d'Altek Solutions (intégrateur de systèmes ETAP en Afrique du Sud), ce projet a été exécuté pour atteindre l'objectif du client. Cette démonstration présente la nouvelle station maîtresse SCADA au centre de contrôle municipal, qui a été implémentée en plusieurs phases. La première phase a consisté à établir le SCADA au centre de contrôle et à connecter 7 sous-stations. La phase suivante consistera à ajouter des capacités DMS (système de gestion de la distribution) et OMS (système de gestion des opérations) au système SCADA.
ETAP a été sélectionné pour cette phase en raison de sa plateforme modulaire et évolutive, permettant de construire facilement sur le système SCADA ETAP pour répondre à leur besoin d'un système de gestion de la distribution à l'avenir.
Multiple arc flash incident energy mitigation methods are available, but how does an engineer know which is best for their client? This presentation identifies an approach to follow to pick the method, considering effectiveness, practicality, feasibility, and overall best option for realistic study results. With extensive experience with arc flash studies for many clients of all sizes, Mangan provides a real world demonstration of a project for a refinery client. The interplay between motor starting and arc flash analysis was evaluated, and mitigation recommendations were customized for the system. The challenges encountered during mitigation are identified, and the proposed solution is analyzed using ETAP Load Flow, Short Circuit, Arc Flash and Motor Acceleration Analysis. Safe motor operation, safe motor starting and arc flash protection are provided through customized mitigation methods and thoughtful system design.
Washington State University collaborates with IIT and ETAP on developing benchmark test feeder systems for the DOE UI-ASSIST project, showcasing ETAP's capabilities through the design and modeling of the IIT Rural Benchmark and modified IEEE 123-node systems, with validation conducted across MATLAB/SIMULINK and ETAP for various distribution studies.
Energy opportunity lies in leveraging emerging technologies like distributed energy resources analytics, blockchain, and AI to enhance energy efficiency, demonstrated by a 9% reduction in energy consumption and increased equipment life at Block 5 of Al Shaheen Oil Field through ETAP's power and demand management, network self-healing capabilities, and integration of new equipment and services.
Fuel cell and electrolyzer systems, employed from small-scale to grid-level applications, serve various grid support functions and energy optimization objectives, relying on intelligent energy management systems (EMS) and control strategies, yet face challenges due to the absence of standardized distributed energy resources sizing and lack of high-fidelity circuit model data, which will be addressed in the upcoming presentation, alongside discussions on cell-level fuel cell modeling in ETAP and its application in micro-grid optimization for net zero energy-emission adhering to relevant standards/grid-codes.
To meet increasing load demands on Phu Quy island, plans involve installing additional wind and solar power plants, yet due to renewable energy's dependence on weather conditions, the diesel power plant remains crucial, prompting a study on the optimal size of Battery Energy Storage Systems (BESS) to support renewable energy integration and optimize costs.
This comprehensive study, initiated in 2019 and spanning evaluations from 2020 to 2023, examines the evolving landscape of power generation, focusing on the transition from fuel-based dominance to anticipated renewable energy prominence by 2030, employing worst-case operational scenarios to assess system resilience and efficiency, supported by ETAP's robust multi-dimensional database structure and dynamic model integration, with upcoming insights into model behavior and tool utility aimed at enhancing understanding and preparation for future power generation challenges and opportunities.
In transmission systems grappling with the unpredictability of renewable energy sources, ETAP's Operator Training Simulator (OTS) provides a cutting-edge solution, leveraging digital twin technology and real-time data to anticipate system performance uncertainties, as demonstrated through its integration into Web Aruba's operations, enhancing grid resilience and efficiency amidst renewable energy variability.
The proposed methodology aims to seamlessly integrate an optimization algorithm with etapPY, minimizing the number of PMUs required, strategically placing them within the electrical network, and enhancing overall system observability to empower network operators with advanced analytical tools for comprehensive monitoring and analysis.
This study utilizes ETAP software to analyze a real high voltage short circuit in scale cascade transmission lines, employing the Real Time (RT) and SCADA Integrator module for simulation, including load-flow and transient analysis, with experimental validation conducted in the Renewable Energy and Smart Grid Laboratory at UTEC, highlighting the novelty of simulating a high voltage short circuit with experimental validation.
ETAP and EnergyTron collaborate to integrate GIS data into power system software, streamlining the design process for brownfield projects by providing valuable information on existing electrical assets and terrain features, although the success relies on the accuracy and completeness of the GIS data.
Explore our innovative solution utilizing ETAP to manage the challenges of power distribution networks in Queensland's Western Downs region, where dynamic infrastructure and evolving gas well lifecycles necessitate robust data collection, network monitoring, and reliable studies, bolstered by stringent cybersecurity measures and a collaborative master model shared among subcontracted consultancies to ensure reliability and efficiency.
I categorize findings from arc flash study reports, noting errors in spelling, grammar, data input, and layout, but the most critical, like inconsistent results, demand attention; I rely on the ETAP arc flash calculator to detect significant inaccuracies, exemplified by a case with a GE Prolec transformer, emphasizing the need for meticulous data review to prevent mislabeling incidents.
Explore how ETAP can assist in meeting European directives for arc flash studies and understand the distinctions between North American and European electrical safety standards, offering crucial insights for professionals.
Cities of the future will soon account for 90% of the world’s population growth and 75% of its energy consumption. The pressure on critical resources will increase. The New Administrative Capital in Egypt launched one of the country’s most ambitious development projects to date, setting standards in smart city living is ADMS. ETAP ADMS will manage, control, visualize and optimize power distribution required to run critical smart services for city operators, citizens, workers, and visitors alike. Learn how ETAP ADMS is utilized to support long-term sustainable, efficient smart city services that will support a safer, more innovative, and more prosperous Egypt.
How a failure, to properly perform protection studies, led to a significant substation safety incident and outage. Understanding minimum and maximum fault current values are critical in this case study. The shortcomings led to a fault not being removed fast enough. Short circuit impedances are very valuable, it is critical to have the right cables and impedances of the equipment. An excellent learning from this case study is that line to line arc flash fault exists much longer at medium voltage level. In low voltage we do not see those type of line-to-line arc flash faults because line to line arc flash fault will rapidly turn into a three-phase fault. The arc flash calculator is a great tool to estimate incident energy. The arc flash calculator shows both methods: below 15 kv we can use IEEE 1584-2018 to calculate incident energy at 15 Kv, and above our fault calculated method can calculate calories exposure during the fault.
Renewable energy systems continue to be one of the fastest growing segments of the energy industry. This presentation focuses on the understanding of how photovoltaic (PV) technology behaves under dc arc conditions. A comparative analysis of the arc flash incident energy calculation method developed in collaboration between National Renewable Energy Laboratory (NREL) and ETAP details the effect of PV module I-V and P-V curves under arcing conditions. Examples of the application of the proposed calculation method to the test measurements are included.
Solution overview and presenters introduction.