October 14, 2026
How Digital Twins Can Improve Maintenance Work Planning in Industrial Sites
Maintenance work planning often slows down before the work itself begins. Planners can spend valuable time verifying conditions instead of preparing the job. A reality-based digital twin can give maintenance teams a clearer visual context for planning work.
Industrial maintenance has become increasingly data-driven, but more systems do not automatically mean easier access to information. Maintenance teams may work with ERP and CMMS systems, document management tools, drawings, spreadsheets, emails and locally stored files. Some of the most useful knowledge may still exist only in the memory of experienced employees.
SolidComp carried out a qualitative study in 2026 to examine Reality Twin’s use in industrial maintenance. One finding stood out clearly: maintenance work planning is a particularly promising use case for a reality-based digital twin.
Why Maintenance Planning Still Depends on Field Checks
Planning maintenance work requires more than knowing which asset needs attention. The planner also needs to understand the surrounding environment, access routes, available space, nearby equipment and the practical requirements for carrying out the work safely.
In complex industrial sites, this information is not always available from a single source. Drawings may not reflect later modifications, several document versions may exist and the physical location of an asset may not be obvious from an equipment tag alone. When the available information cannot be trusted, someone often has to visit the area simply to confirm what is actually there.
The SolidComp study found that time is commonly spent locating the correct asset, searching for documents and verifying whether the information still reflects current site conditions. These verification tasks can delay planning and create additional work before maintenance can begin.
A Visual Context Makes Maintenance Information Easier to Use
A digital twin can make maintenance information easier to understand by connecting it to the physical environment. Instead of working only with lists, folders and drawings, the user can see where an asset is located and review its surroundings in a visual 3D environment.
SolidComp Reality Twin brings together reality-based 3D data, design models, 360-degree imagery, documents and asset information in one accessible visual interface. The purpose is not to replace maintenance, document management or ERP systems. It is to provide a visual operational layer that helps users understand where information belongs in the real facility.
For a maintenance planner, this can mean searching for an asset, opening the correct area remotely and reviewing the work location before deciding what is needed. Relevant drawings, manuals, instructions or maintenance information can be connected to the same asset or physical location when the use case requires it.
Plan the Work Before Anyone Enters the Area
The practical value of a digital twin becomes clearest when it reduces uncertainty before fieldwork begins. A planner can review the work area remotely, identify access constraints and prepare the job with a better understanding of the actual surroundings.
Depending on the task, this may support checks related to equipment location, maintenance clearances, lifting routes, temporary structures, nearby systems or the space available for installation and removal work. A shared visual view can also help planners explain the work package to technicians, contractors and external specialists before they arrive on site.
The Strongest Value Appears in Large and Complex Industrial Sites
Not every maintenance task needs a digital twin. The strongest potential appears where the physical environment is complex, the site is large and the planner repeatedly needs to verify conditions before work can proceed.
Older brownfield facilities are a good example. Their layouts often contain modifications made over many years, while documentation may have developed across different systems and formats. In these environments, a reality-based visual reference can help users compare available information with the current site and understand the physical context more quickly.
Shutdown Planning and Remote Collaboration Extend the Same Value
Shutdowns bring many tasks, contractors and specialists into the same areas within a limited time. This increases the need for reliable preparation, clear communication and a shared understanding of the work environment.
Reality Twin can support shutdown planning by allowing teams to review work locations, access routes and space requirements before the shutdown begins. It can also provide a shared visual reference when several organisations need to discuss the same task remotely.
Remote collaboration was another strong use case in the study, particularly for organisations where experts and the site are in different locations. When everyone can review the same visual environment, it becomes easier to identify the correct location, explain the problem and prepare the work without relying only on photographs or verbal descriptions.
Integrations Should Follow the Maintenance Use Case
The value of a maintenance digital twin does not come from connecting every available data source. Integrations should be selected according to the work process the customer wants to improve.
For work planning, the most useful information may include asset locations, drawings, instructions and maintenance documents. In other use cases, work requests, inspection observations or condition monitoring data may be more important. Connections to systems such as SAP, Maximo or document management solutions can make this information available in the visual context without creating unnecessary duplicate entry.
This is an important distinction. A digital twin should make existing information easier to use, not become another isolated system that employees must maintain separately.
Trust, Usability and Ownership Determine Whether the Twin Is Used
Good technology alone does not make a digital twin part of daily maintenance. Users must trust the visual environment and the information connected to it. Responsibilities for updating the model, maintaining data quality and managing user access need to be clear from the beginning.
Our research also highlighted usability, information security and access management. A maintenance planner should be able to find the required information without extensive training or extra manual work. External contractors may need access to selected information without being given broad access to internal systems. These practical requirements influence whether the service becomes useful in daily work or remains an occasional reference tool.
For this reason, Reality Twin should be implemented around a clearly defined problem and user group. Starting with maintenance work planning gives organisations a concrete use case where usage, time savings and reductions in unnecessary field visits can be measured.
From a Visual Model to Measurable Maintenance Value
The strongest case for an industrial digital twin is not that it creates another 3D model. Its value comes from helping people make better decisions with less effort. In maintenance work planning, that means understanding the real work area earlier, finding the right information faster and preparing the task before personnel and contractors enter the field.
SolidComp Reality Twin is designed to support this by combining reality-based site information with the documents and asset context required for the selected maintenance process. The most effective implementation starts with a practical question: which repeated planning task creates unnecessary site visits, information searches or delays today?
Once that use case is clear, the digital twin can be built around the information, integrations and users that are actually needed. The result is a more practical path from industrial 3D data to everyday maintenance work.
Discuss Your Maintenance Use Case with SolidComp
If your maintenance team spends time searching for information, verifying site conditions or preparing work through repeated field visits, SolidComp can help you assess where Reality Twin could support the process. Start with one defined maintenance use case and build the visual information environment around the work that matters most.
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