A Virtual Twin is a 3D digital model built using various software tools and technologies such as Computer-Aided Design (CAD), 3D modelling, and Virtual Reality (VR). This technology allows users to interact with the digital model more immersive and realistically and simulate different scenarios and changes. An example of an excellent software solution is virtual twin Dassault Systèmes
An example would be an automotive manufacturer using Virtual Twins to simulate and optimise various aspects of vehicle design and production, including engine performance, aerodynamics, risks and manufacturing processes, before starting production.
A few of the revolutionary Benefits of Virtual Twin Technology are listed below:
Improved Design and Planning
Virtual Twin technology allows designers and engineers to create and test different designs and scenarios before construction begins.
The above helps identify inefficiencies, bottlenecks, and other issues impacting efficiency and productivity. Virtual Twins can help to improve the quality of design and planning by providing a more complete and accurate view of the object or system being designed.
Enhanced Collaboration and Communication
Twin technology enables stakeholders from different disciplines and locations to collaborate in a shared digital environment. This technology allows for local, national and global remote access to projects improving communication, coordination, and decision-making, leading to better outcomes. By providing a shared digital environment, team members can work together in real-time, share data and insights, and make decisions based on the most up-to-date information.
Increased Efficiency and Productivity
Virtual Twin technology can help organisations improve efficiency, reduce costs, faster completion times, and improve quality by virtually simulating and optimising different scenarios and processes. Organisations can optimise processes and workflows by making changes and improvements in the virtual environment to improve efficiency and productivity. This can include reducing waste, improving resource utilisation, and streamlining processes to minimise delays and errors.
Improved Safety and Risk management
Virtual Twin technology allows organisations to simulate dangerous or complex scenarios in a controlled environment without putting workers or equipment at risk. This can include simulating emergencies, hazardous materials spills, or other extreme conditions.
The analysis and feedback of the above data can be utilised for realistic simulations for training and education purposes.
An example of the above would be Virtual Twin models used by the Aerospace Industry to test different mission scenarios to identify potential issues before launching into space.
Better Asset Management
Virtual Twin technology can help organisations track and manage assets more effectively by creating a digital model of physical assets. This can include monitoring performance, predicting maintenance needs, and identifying opportunities for improvement. This ability ensures that maintenance is carried out promptly and the assets remain operational throughout their lifecycle. Predictive maintenance also helps reduce downtime and increases the safety of the employees who work around these assets.
In Closing
The rise of virtual twins could revolutionise the future of businesses. The benefits of virtual twins range from increased efficiency, improved product designs, and customised solutions to more accurate asset management and predictive maintenance, among others. As more businesses embrace this innovative technology, the advantages of virtual twins will significantly transform and streamline business operations in our ever-evolving world.
