Ensure Seamless Information Flow in Large-scale Construction Projects
Energy facilities are being modernised while they remain in active use. Electrification, new generation, storage, heat recovery, efficiency improvements and changing demand are increasing the need to modify existing plants and infrastructure without compromising reliability or safety.
SolidComp Reality Twin and our industrial 3D scanning services help energy companies, engineering teams, EPC contractors and maintenance partners work from a shared, reality-based view of the site. This supports faster project preparation, fewer verification visits, clearer communication and reliable as-built information throughout the facility lifecycle.
Why Energy Facilities Need Verified 3D Data
Power and heat production sites often combine equipment and structures from several generations. Pipework, cable routes, platforms, utility systems and technical spaces may have changed repeatedly, while drawings and models do not always reflect the current installation.
Reliable as-built data gives project teams a measured reference before decisions are made and helps coordinate owners, designers, contractors and equipment suppliers.
- Reduce uncertainty before brownfield modifications, plant upgrades and equipment replacements.
- Support piping, equipment, structural and layout design with measured point clouds and 3D models.
- Check access routes, lifting paths, maintenance clearances and installation space before work begins.
- Compare design intent with actual site conditions and reduce repeated verification visits.
Laser Scanning and 3D Documentation for Energy Facilities
SolidComp documents energy production and utility environments using the method that best fits the site, project phase, required accuracy and intended use. In complex facilities, the most effective result often comes from combining several reality capture methods into one coordinated dataset.
Tripod laser scanning provides accurate geometry for boiler halls, turbine areas, process equipment, pipework, substations, technical rooms and equipment foundations. Mobile laser scanning can document larger production areas and routes efficiently where conditions permit. Drone imaging and photogrammetry can support roofs, yards, transmission structures and surrounding infrastructure. Coordinate and control point surveying helps ensure that datasets can be aligned and updated later.
Data can be delivered as point clouds, surface models, 3D models, 360-degree images, analyses and other agreed formats, or brought directly into Reality Twin for wider project and operational use.
Reality Twin for Brownfield Modernisation and Investment Projects
The energy transition does not happen only through new facilities. Existing power plants, district heating networks, boiler plants and utility sites are also being upgraded to improve efficiency, integrate new technologies and respond to changing production requirements.
Reality Twin gives project teams one visual environment where measured site data, 3D models, 360-degree images, documentation and asset information can be viewed together. Teams can understand the real facility without relying only on drawings, separate files or repeated site visits.
For energy projects, Reality Twin can support:
- Brownfield project planning and constructability reviews.
- Equipment replacement, pipe routing and installation planning.
- Remote site reviews for engineering teams, OEMs, contractors and specialists.
- Comparison of planned and existing conditions before work starts.
- Documentation of completed installations and future expansion planning.
Construction, Commissioning and As-Built Handover
Energy infrastructure projects often involve several engineering disciplines and contractors working under tight schedules. Reliable visual information helps teams confirm actual site conditions, follow installation progress and prepare handover material that remains useful after the project.
Reality Twin can combine scanning data from different project phases into one visual reference. This supports construction reviews, commissioning preparation, remote meetings and controlled as-built documentation for future maintenance and development.
Maintenance, Shutdowns and Safer Work Preparation
Energy production depends on high availability and well-prepared maintenance. Shutdowns, inspections and equipment replacements often require access planning, lifting arrangements, temporary work areas and coordination between internal teams and contractors.
A reality-based 3D environment allows teams to review the work area before personnel enter the site, confirm surrounding conditions and communicate plans with people who may not know the facility in detail. Documents and instructions can be linked to the correct physical location, making preparation easier to understand.
Reality Twin supports work preparation and communication but does not replace statutory safety procedures, permit-to-work systems, electrical safety practices or site-specific risk assessments.
From Project Data to Long-Term Energy Operations
A digital twin should remain useful after one investment project. When Reality Twin is built for long-term use, it can support maintenance, training, engineering, safety and future capacity changes.
Reality Twin keeps spatial information, documentation and asset context in one accessible view. It can make it faster to locate equipment and information, review field conditions remotely and prepare maintenance or project work before a site visit is required.
Reality Twin does not replace SCADA, DCS, CMMS/EAM, document management, GIS or asset management systems. It acts as a visual operational layer that shows where information belongs in the real facility. Existing systems can remain in use and be linked or integrated where appropriate.
Secure Implementation for Critical Energy Infrastructure
Energy facilities are part of critical infrastructure, and site data can include sensitive information about equipment, technical systems, access routes and operational areas. Information security and access management therefore need to be considered from the beginning.
Reality Twin can be implemented according to customer requirements in cloud or on-premises environments. Role-based access can control which areas and information are available to different user groups. SolidComp is also progressing towards ISO/IEC 27001 certification and can work directly with the customer’s IT, technology and security teams when implementation requirements are strict.
Proven in District Heating Projects
At Nurmeksen Lämpö, SolidComp laser scanned an existing district heating plant and used drone imaging to document the wider site before a new boiler hall was connected to the existing facility. The data was combined in Reality Twin and updated during construction, helping the design team work with reliable source information and reducing the need for site visits.
Each scanned construction phase also created as-built documentation for future maintenance and development, showing how the same dataset can support both a current investment project and long-term operations.
Who We Support in Energy Projects
Typical Use Cases
- Laser scanning before power plant, CHP, district heating or boiler plant modernisation.
- As-built documentation of technical spaces, equipment, pipework, structures, substations and utilities.
- 3D source data for piping, structural, equipment and layout design.
- Construction progress documentation, commissioning preparation and handover.
- Shutdown and maintenance planning with a shared visual site reference.
- Remote project reviews with engineering teams, OEMs and contractors.
- Long-term 3D data management for future upgrades, electrification and capacity changes.
Questions and Answers
Who provides laser scanning for power plants and energy facilities?
SolidComp provides laser scanning, mobile laser scanning, coordinate measurement, drone imaging, photogrammetry, 3D modelling and Reality Twin implementation for energy production and utility environments in Finland, the Nordics and internationally.
How can laser scanning support an energy plant modernisation project?
Laser scanning captures the current geometry of the facility before design work begins. This gives engineering teams reliable as-built source data for equipment placement, pipe routing, structural design, constructability checks and installation planning.
How is a digital twin used in the energy industry?
A digital twin can bring measured site data, 3D models, images, documents and asset information into one visual environment. It can support investment projects, maintenance, shutdowns, remote collaboration, safety planning and future facility development.
Can Reality Twin support existing power plants and district heating facilities?
Yes. Reality Twin is particularly useful in brownfield environments where facilities have changed over time. New scans, models and documents can be added as the site develops.
Does Reality Twin replace plant automation or maintenance systems?
No. Reality Twin complements existing systems by providing reality-based visual context for physical assets and site information. Automation, maintenance, document management and asset systems can remain in use and be linked or integrated where appropriate.
Prepare Your Energy Facility for Future Changes with SolidComp
Energy facilities need reliable information, safe project execution and effective cooperation between specialist teams. SolidComp helps build the data foundation from accurate laser scanning to a practical Reality Twin environment.
If you are planning a plant modernisation, boiler or turbine replacement, district heating investment, shutdown, infrastructure project or long-term digitalisation initiative, contact us to discuss how SolidComp can support your project.
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Integrating physical asset management with dynamic true-to-life 3D facility visualisation.
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