Digital Twins

DIGITAL TWINS

Digital Twins for Modern Power Systems

The potential of Digital Twins is undeniable. Imagine being able to replicate a system and, through doing this, possibly predict its future. In the context of a power grid, this invaluable insight could mean avoiding difficult blackouts, improving operational efficiency, and revolutionizing asset management. As power grids become more decentralized operating near their operational limits, the value of such knowledge becomes even more significant.

Using today’s computational resources and advanced models, OPAL-RT has the capability to create high-fidelity digital twins of power systems for both real-time and accelerated applications. This new simulation technology will benefit utilities, research laboratories and manufacturers in new ways, enabling planning and operation activities with fresh insight and an overall greatly increased output capacity.







Are Power Systems Digital Twins Still a Dream?

Digital Twins are virtual representations of physical assets and processes used to understand, predict, and optimize their operation. In this presentation, discover the challenges, solutions, and key features of the proposed ideal power grid digital twins. OPAL-RT’s CEO, Jean Belanger, also reveals how OPAL-RT is moving forward with this important field of knowledge and its application.








Digital Twin Architecture

The image below describes how a power system digital twin might interact with its physical counterpart through advanced analytics, dynamic and steady-state data management, and automation. Real-time simulation technology is without a doubt a key enabler for many applications, including the acceleration of predictive simulations—and the digital twin can be advanced as a model of models, in phasor dynamics, electromagnetic transients, machine learning models, or other forms depending on the purpose (or Digital Twin service).








Digital Twins Highlights and Benefits

Predictive Insights

Creation of digital replicas of power systems and their components to perform simulations to predict potential failures and required maintenance.




Real-time Monitoring

Real-time monitoring allows users to remotely diagnose abnormal operations, malfunctions, and problem sources.







Remote Diagnostics

Analysis of historical performance data of the system or individual components to improve the power system efficiency and optimize processes.







Conceptual Development

Possibility of studying what-if scenarios that cannot be analyzed at will through its physical counterpart due to practical concerns.








Digital Twins in Action

Digital Twins help leaders in power systems to reduce time-to-market and connection risk of new inverter-based power plants. In this webinar, learn how users are applying digital twin concepts to their work. Discover what simulation acceleration, software-in-the-loop and hardware-in-the-loop can do, paired with digital twin solutions, to help ensure the secure and reliable operation of future power systems throughout their life cycles.









This presentation provides a brief landscape overview and shares some perspectives of efforts needed to ensure bulk power system reliability and resilience under these rapid changes.

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This presentation describes some of the considerations for building digital twins and how Software Assurance and Quality best practices are needed to build the solutions of the future.

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Understanding the complexity of various available electrical simulation models in time and frequency domain is key to assess grid code compliance and achieve grid interconnection.

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HYPERSIM: From Lab to Cloud

Developed by the power industry for the power industry, HYPERSIM is a state-of-the-art simulation software for both power systems and power electronics. It provides engineers a range of solvers and toolboxes specifically tailored to match the strictest performance and accuracy requirements for power system digital twin applications.









An Australian Digital Twin Revolution

The extensive simulation performed with HYPERSIM in a digitally twinned, cloud-based facility will support the Australian Energy Market Operator (AEMO) to initially address urgent operational challenges and for the industry to efficiently streamline the connection application process for new renewable generation projects.

AEMO faces distinct challenges with operating a power system that is undergoing a rapid and extensive change from centralized conventional generation to exponential increases in solar and wind resource penetration.

OPAL-RT’s considerable strengths as a solutions provider to address these challenges include, among others: 

  • The capability of executing black box precompiled accurate models provided by wind and solar plant manufacturers using other simulation tools;  
  • The ability to host massive clusters of simulations on a secure in-house server or off-site cloud
  • The forward-looking ‘digital twinning’ the company has proposed for enmeshed systems, updated dynamically, and running as many parallel ‘what if’ scenarios are required to completion

















Related Resources

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