Digital Twin
Digital TwinWhat's the rationale?
Digital TwinIt is a virtual model designed to accurately reflect physical objects. Subjects (e.g. wind turbines) are equipped with various sensors associated with critical functional aspects. These sensors produce data related to various aspects of physical object performance, such as energy output, temperature and weather conditions. The data are then forwarded to the processing system and applied to digital copies.
Once such data are available, virtual models can be used to run simulations, study performance issues and generate possible improvements; all of these are designed to obtain valuable insights that can then be applied to original physical objects.
Digital TwinType
Depending on the product's magnification,Digital TwinThere are various types. These.Digital TwinThe greatest difference is in the area of application. Different types of systems or processes exist simultaneouslyDigital TwinThis is common. Let's look at different types.Digital TwinSee how they differ and how they are applied.
Bids of components/parts
The component twin is...Digital Twin, is an example of the smallest functional component. The twin parts are broadly the same, but are less important components.
Asset twin.
When two or more components work together, so-called assets are created. The asset twin allows you to study the interaction of these components, create a large amount of processable performance data, and then transform it into a viable insight.
System twin or unit twin
Further amplification consists of twin systems or units that show how different assets come together to form a complete functional system. You can see the interaction between assets through a system twin.
Process twin.
The process twin (macro-level amplification) shows how the system works together to establish the entire production facility. To achieve maximum efficiency, are those systems running simultaneously? Or would the delay in a system affect other systems? Process twinning can help identify precise time control options that ultimately affect overall efficiency.
Digital TwinHistory of technology
In 1991, for the first time, David Gelenter published Mirror Worlds.Digital TwinThe concept of technology. However, Dr. Michael Grieves (then teaching at the University of Michigan) will beDigital TwinThe concept was first applied in manufacturing and officially releasedDigital TwinSoftware concept. Finally, in 2010, John Vickers of NASA introduced a new term."Digital Twin”。
But earlier, actually, usingDigital TwinThe core idea of studying physical objects is witnessed. In fact, it can be said that in the '60s, NASA was the first to use space exploration.Digital TwinThe technology is that each flying spacecraft is accurately replicated in a ground version for NASA crew research and simulation.
Digital TwinAdvantages and benefits
Promotion of research and development
UtilizationDigital TwinProducts can be studied and designed more efficiently to generate large amounts of data related to potential performance results. Insights based on this information can help enterprises to make the necessary product improvements before production begins.
More efficient.
Even after the new product was put into production,Digital TwinIt also helps to truly reflect and monitor production systems with a view to achieving and maintaining maximum efficiency throughout the manufacturing process.
End-of-life management of products
Digital TwinIt can even help manufacturers decide how to deal with products that end their life cycle and require final disposal through recycling or other measures. By UsageDigital TwinThe manufacturer can determine which product materials are recoverable.
Digital Twinand its extensive application
Power generation equipment
Large engines (including jet engines, engine engines and motors for power generation)Digital TwinThe benefits have been enormous, especially in activities such as helping to establish regular maintenance timetables.
Structures and their systems
Large physical structures (e.g. large buildings or offshore drilling platforms) can be accessed throughDigital TwinImprovements, especially in the design process. In addition, in the design of systems operating within these structures (e.g. HVAC),Digital TwinIt's also very useful.
Manufacturing process
Digital TwinIt is designed to reflect the entire life cycle of the product; therefore, such operations are already widespread:Digital TwinProduct guidance and advice can be provided at all stages of manufacture, from design to finished products, and intermediate steps.
HealthServices
Just as it's available.Digital TwinTo be depicted and reflected in health careServicesIt is also available to patients. The same type of sensor data system can be used to track health indicators and generate important insights.
Car Industries
Cars represent many complex systems that work together.Digital TwinExtensive use of vehicle design can improve both vehicle performance and productivity.
Urban planning
Civil engineers and other persons involved in urban planning activities through useDigital TwinI got a lot of help.Digital TwinReal-time display of 3D and 4D spatial data can also integrate enhanced reality systems into built-in environments.