Digital Twins

the digital twins feature allows you to create virtual representations of industrial assets, so that you can monitor, analyze, and optimize the performance of physical objects digital twins are used throughout the product lifecycle to simulate, predict, and optimize the product and production system before investing in physical prototypes and assets they are also used to monitor the performance of physical assets in real time and to optimize operations, so that you can use it for monitoring and maintenance activities such as insights, alerts, and feedback loop digital twins user journeys when setting up digital twins models, you will do the following configure static attributes that represent the meta information of the digital twin configure transformation rules of input data in json to the desired json format this format can contain xpath, or it can use $key define the hierarchy of the resulting object optionally, you can import and export the model from a json file you can also clone the model as needed while updating the model, keep in mind that the version of the model updates accordingly when setting up digital twins instances, you will do the following select the time interval to publish data to the message broker during the interval, values are collected and transformed according the rules configured in the model before publishing update static attribute values as needed set up input topics for dynamic attributes once the instance is set up, you can start and stop it as needed if the model associated with the instance is udpated, you will have to manually upgrade the instance as needed with the updated configuration of the model digital twins models models are the data structures for digital twin instances you can configure the following parameters in a model attributes models store the dynamic and static attributes that will be used by instances for identification and data collection dynamic attributes variable data for the model for example, temperature, vibration, and downtime static attributes metadata of the model for example, device id, serial, and model transformations you can transform the data collected in instances by converting raw json data to a desired format by defining the json based schema hierarchy provides a logical representation of dynamic and static attributes you can drag and drop attributes into the hierarchy as needed and add folders to create a custom data structure digital twins instances instances are the physical objects that contain static and dynamic data from different sources every instance has to be associated with a model the attributes configured in the model determine the data that will be collected by the instance every instance generates a new data topic that is published to the internal message broker this data topic can be leveraged within belden horizon data operations you can configure instances by doing the following modify the values of static attributes in the instance map one to one relationships with data topics and dynamic attributes by modifying topic values for dynamic attributes in the instance use the data access tab to view real time data send instance data to northbound integrations by referring to the data access topic name digital twins how to guide see docid\ dyhyentln2q96plg7lgbp to review how to leverage digital twins use case model create an energy monitoring model to collect and track data related to energy consumption use case instances create the following instances that will be associated with the model runtime daily tracks the time each day the industrial asset runs kwh usage daily tracks the daily energy consumption energy anomalies tracks any anomalies with energy consumption energy cost prediction tracks energy costs and makes predictions on future costs access digital twins ui to access digital twins log in to belden horizon data operations from the navigation panel, select digital twins the models pane appears next steps docid\ seuz jpdj0jootaa4nktn docid\ pcgc7olzu8fweyyzirfhc docid\ qptn23xppdeoxsnuygc o docid\ wgsg5glptt2kt2nmo4usx docid\ dyhyentln2q96plg7lgbp