Energy facilities are among the most complex, heavily regulated, and difficult-to-access built environments in operation today, and every operational decision depends on accurate documentation. Maintenance planning, workforce training, regulatory audits, and contractor coordination all rely on teams having a clear, current picture of what's actually on site.

But the documentation behind most energy facilities wasn't built for how they operate today. Much of the U.S. electric grid infrastructure was built 50–75 years ago, and the American Society of Civil Engineers gave it a C-minus grade in its most recent report. As these assets have aged, the records behind them have fragmented: engineering drawings that haven't been updated in a decade, photo archives scattered across shared drives, and institutional knowledge that walks out the door every time an experienced technician retires.

In the energy industry, digital twins offer a way to consolidate this fragmentation. By capturing a photorealistic, dimensionally accurate 3D replica of a physical facility, any stakeholder can navigate, measure, and annotate from any device. In this guide, we cover five use cases where digital twins in the energy sector are delivering measurable benefits, how they apply to facility types like substations, generation plants, and control rooms, and what it takes to get started.

5 use cases of digital twins in the energy industry

Digital twins in the energy sector are used for everything from asset documentation to workforce training. Matterport digital twins are built on 3D capture rather than sensor networks or simulation models, so they can be deployed across facilities without IT overhauls or long implementation timelines. They are:

• Dimensionally accurate: The 3D model reflects real-world distances, enabling remote scoping and planning.

• Measurable: Automated Measuring lets engineers verify clearances, equipment dimensions, and spatial relationships without a site visit.

• Collaborative: Notes, Tags, and attachments turn each model into a living document where teams flag issues, link work orders, and share context.

• Immersive: Photorealistic 3D walkthroughs replicate the experience of being on-site, supporting training, inspections, and stakeholder alignment.

• Interoperable: Integrations with platforms like Autodesk connect Matterport twins to existing engineering and asset management workflows.

A single scan produces a navigable, shareable model that's ready for use immediately, with no complex sensor networks required.

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1. Visual asset documentation and lifecycle management

Aging infrastructure creates urgent documentation challenges. Nearly 70% of both U.S. power transformers and transmission lines are over 25 years old. For many of these assets, the original drawings no longer reflect what's in the field.

Matterport digital twins maintain detailed, time-stamped visual records of critical infrastructure: transformers, switchgear, control panels, and everything in between. Every scan captures high-resolution imagery that preserves readable nameplates, signage, and equipment tags. That means insurance adjusters, capital planners, and lifecycle managers all work from the same accurate visual record rather than piecing together information from different sources.

When a transformer is replaced or a new relay installed, the next scan captures the change. Over time, this creates a living archive of each facility's history that replaces the outdated engineering drawings and scattered photo folders most teams still rely on.

2. Proactive maintenance planning

Before arriving on-site, maintenance teams can open the Matterport twin to review the work area, confirm access routes, and identify nearby equipment. That spatial context helps technicians plan more effectively and reduces wasted time in the field.

Time-stamped captures document wear, corrosion, and configuration changes over time. Comparing scans from different dates can surface trends that might otherwise go unnoticed: a pipe fitting showing early signs of corrosion, a cable tray that's shifted position, or insulation that's starting to degrade. Using a digital twin can lead to energy savings of up to 30% and improve predictive maintenance strategies.

Matterport's API/SDK and integrations also allow digital twins to work alongside asset management and sensor platforms. Teams can pair the visual context from a scan with live condition data from a SCADA system or IoT sensors, which helps shift from reactive to predictive maintenance. Across the broader energy sector, AI-powered digital twin models have been shown to produce a 35% reduction in unplanned downtime and a 98.3% accuracy rate in fault detection.

3. Remote facility management and contractor coordination

Energy facilities are often remote, hazardous, or both. Traveling to inspect a piece of equipment in a desert substation or an offshore platform burns time, budget, and carbon.

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Matterport digital twins let operations teams virtually inspect equipment, review layouts, and assess site conditions without traveling. Notes, Tags, and attachments turn the 3D model into a shared reference point where teams can:

• Flag issues at specific equipment locations and link them to work orders

• Attach manuals or safety data sheets directly to the relevant spot in the model

• Document asset conditions for future reference, all anchored in spatial context

Secure sharing gives engineering firms and construction partners the ability to review access routes and safety zones before work begins. A contractor bidding on a switchgear replacement can walk through the digital twin to verify clearances and plan logistics without an advance site visit. This reduces truck rolls and travel costs while simplifying coordination for dispersed teams.

Automatically generated Schematic Floor Plans help teams quickly locate assets and understand spatial relationships remotely, whether they're coordinating an outage, planning a retrofit, or briefing a new vendor.

4. Audit readiness

Regulatory and safety requirements in the energy sector are intensifying. Agencies expect detailed documentation, frequent inspections, and faster access to evidence of compliance. For many teams, audit preparation is still a scramble: digging through filing cabinets, chasing down photos from three years ago, and piecing together a narrative from fragmented records.

With a Matterport digital twin, auditors and compliance teams can access a facility virtually via a shared model in the browser. No travel, no PPE logistics. They can walk through the environment, zoom into specific equipment, and review conditions and attached documentation on their own schedule.

Every scan is time-stamped, which means each capture serves as a verifiable record of what the facility looked like on a given date. Instead of assembling documentation from scratch before an audit, teams maintain a continuously updated visual record that's ready when regulators need it.

5. Safer workforce training and HSE onboarding

According to the IEA, there are 2.4 energy workers nearing retirement in advanced economies for every new entrant under 25. New staff need to get up to speed faster, and distributed teams need remote access to facilities they may rarely visit in person.

Immersive 3D walkthroughs let trainees learn facility layouts and identify restricted zones without live exposure to high-voltage equipment or hazardous environments. They can practice emergency egress routes inside the model before stepping foot on-site. Tags embedded within the twin link directly to SOPs, equipment manuals, and safety documentation, turning the model into a training environment that carries far more context than a binder of PDFs.

These training twins update as facilities change. When a new piece of equipment is installed or a layout shifts, the next scan captures it automatically, keeping onboarding materials accurate without reshooting photos or rewriting manuals.

RemSense, an industrial technology company based in Perth, Australia, built its proprietary Virtual Plant platform on Matterport APIs, SDKs, and digital twin technology. The platform supports remote training, inspections, and hazard analysis in energy plants and other large industrial facilities. 

When Woodside Energy needed a way to train employees on its offshore platforms without the logistical difficulty of an on-site school, RemSense captured digital twins of the facilities and then layered in sound and video using APIs and SDKs. The result was a fully immersive VR experience where trainees could navigate real facility environments and understand how systems operate.

How digital twins are used in practice for complex energy industry sites

Not all energy facilities present the same challenges, but the most demanding ones share a few traits:

• High complexity

• Strict access constraints

• Heavy documentation requirements

A coal-fired boiler room, a 345 kV switchyard, and a NERC-regulated control center all look different, but they share the same need for accurate, up-to-date spatial documentation that can be accessed without a site visit.

Generation plants

Generation plants, whether natural gas, nuclear, coal, hydro, or renewable, are large multi-system facilities with equipment, piping, and control infrastructure spread across multiple buildings and levels. Keeping track of what's actually installed versus what appears on the original engineering drawings is a constant challenge.

Digital twins help plant managers document current equipment conditions, track changes over time, and provide contractors with accurate as-built context. When a maintenance team needs to replace a heat exchanger or re-route a cooling line, they can reference the twin to verify the current layout rather than a set of drawings that may predate the last three modifications.

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Capital project planning benefits from this approach as well. Retrofit or upgrade teams can take measurements and assess spatial constraints digitally before mobilizing crews and equipment, avoiding the expensive surprises that arise when field conditions don't match expectations.

Substations

Substations are high-voltage environments where physical access is restricted and equipment layouts are dense. Entering a live switchyard requires trained personnel, protective equipment, and careful coordination, making any unnecessary visit a cost and safety liability.

A digital twin lets engineers review transformer positions, bus configurations, and protective relay locations remotely. Instead of requesting a site escort to verify a measurement before a relay replacement, a protection engineer can open the Matterport model, confirm the bay layout, and plan the scope from a desk.

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This kind of documentation also supports outage planning, switching procedure walkthroughs, and vendor coordination. When a contractor needs to understand the path from the gate to a specific breaker, or an operations team is rehearsing a switching sequence, the 3D model provides spatial context that static one-line diagrams can't.

Control rooms

In mission-critical control rooms, layout and equipment placement directly affect operational safety and response time. A poorly positioned alarm panel or an obstructed line of sight to a critical display can slow an operator's reaction during an emergency.

A digital twin of a control room supports remote review of console configurations, display arrangements, and emergency equipment placement. Engineering teams can evaluate proposed layout changes inside the 3D model before committing to a physical reconfiguration, whether that's adding new monitoring screens or repositioning a dispatch console.

Digital twins also support the consolidation of control rooms, where changing power generation portfolios are driving centralized remote operations that improve reliability and reduce costs.

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For onboarding, new operators can familiarize themselves with the control room layout and critical system locations before their first shift. They learn where shutoff switches, communication panels, and fire-suppression equipment are positioned without needing supervised access during live operations. And because the model is shared, it doubles as a coordination hub where teams can document procedures, flag issues, and plan upgrades in spatial context rather than circulating marked-up floor plans.

Build a single source of truth for every energy facility

The through line across all of these use cases is the same: accurate, always-current facility documentation that any stakeholder can access from anywhere. Whether the goal is reducing truck rolls to remote substations, training new operators on a generation plant layout, or keeping audit-ready records accessible at all times, the value starts with a reliable 3D representation of what your energy facility looks like today.

The 2025 EY Future of Energy Survey found that 50% of oil and gas and chemicals companies were already using digital twins to manage assets. Ninety-two percent were either implementing new applications or planning to do so within five years.

The starting point is consistent capture. Matterport's digital twins deliver immediate value without requiring complex IoT infrastructure or specialized engineering staff. Once your facilities are documented in a reliable, up-to-date 3D model, every downstream workflow, from maintenance planning to compliance reporting, gets easier.

Explore more use cases for energy industry digital twins or request a demo to see how Matterport can help you build that foundation.