Digital Twins
"Digital Twinning is winning?" Yes, the Digital Twin is no longer a buzzword anno 2024. Such technological developments (think Internet of Things or IoT and Artificial Intelligence or AI) have become indispensable in the professional landscape. But what exactly do all these terms mean? And above all, how can Digital Twins make the construction industry smarter and more efficient?
What exactly is a Digital Twin?
Digital Twin technology, also called Digital Twin, is a digital representation of so-called "physical objects. When supported by Internet of Things (or IoT) and Artificial Intelligence (or AI), a Digital Twin can be automatically updated based on adjustments in the real world. Digital Twins are actual copies of physical objects that provide information about the properties and state of the object. This information may include physical orientation such as shape, position or movement. But often it also involves insight into other states, interactions and updates.
Digital twins offer a not-to-be-underestimated, analytical advantage in Building Information Modeling (BIM) activities. By collecting data from various sources, including IoT devices, and integrating it into a 3D model, construction teams get a clear picture of every component in a building. Thus, thanks to the use of Digital Twins, "BIM models" are evolving into "living," automatically updated representations of the physical buildings and structures they represent.
Digital Twins and other commonly used terms
To understand the added value of Digital Twins, it is helpful if you are familiar with certain terminologies. Let's see which ones they are, and how they benefit the construction industry:
Internet of Things or IoT is a network of Internet-enabled devices that exchange information with each other. These connected devices are therefore equipped with technology that lets them communicate with other devices over the Internet. At Digital Twins, the IoT provides the framework that enables real-time updates of associated digital models.
AI (Artificial Intelligence) is an umbrella term for several elements. In general, this technology refers to a device that can learn from external stimuli to respond to commands or achieve a goal. In the context of Digital Twins, AI is used to determine algorithms. For example, cameras and CO2 sensors can monitor the use of a space. With AI, the BIM is automatically updated to inform facility managers when a space is used less. A new space function can also be assigned.
Digital Twins align the real world and the virtual world. They bring to light the impact of the environment on a physical building. When the above technologies come together, a digital twin can learn from multiple sources. And automatically adapt to accurately reflect the status, condition and position of its counterpart in the real world.
How are Digital Twins being applied in the construction industry?
Using Digital Twins offers benefits to everyone in the construction industry. Consequently, the areas of application are numerous. Thanks to instant data delivery and real-time model updates, they help improve the accuracy of 3D models. This makes them essential in various construction processes. The main advantage, though, is that they improve the analytical capabilities of BIM. The technology visualizes the real-time status, working conditions and position of physical parts, which makes 3D models a lot more sophisticated. More than that, it even improves the understanding of tools and other assets.
More Digital Twins applications:
Resource Management helps create a flow of information between the office and construction. Using automated data delivery, you can predict allocation problems and align labor costs with your budget. Result? More efficient and budget-friendly work on the construction site!
Decision-making: Digital Gemini is transferable to the customer, supporting ongoing optimizations. The insight they provide helps you with future decision making and provides invaluable insight into daily operations.
Connectivity: Digital Twins deliver information in a centralized platform. This technology breaks through the boundaries of BIM by automatically updating 3D models with construction data. You can add component dimensions, model details, working conditions and much more to the models. This way, no details are lost, as a model always grows with the building.
Regardless of the specific application of the technology, Digital Twins enhance Building Information Modeling (BIM) capabilities by facilitating truly executable construction processes. Models that can directly track, store and display complex data help provide valuable, actionable information for all phases of construction. Tell yourself, who wouldn't want such a twin? From initial bid to final delivery, Digital Twins are the future of construction!
