The handover opportunity

What decides whether record power investment performs

The power sector is investing at record levels and is about to commission more new assets than at any point in modern history. US energy utilities are on track to invest close to $259 billion in 2026, roughly 29% more than 2025.  Across the U.S. utility sector, five-year capital spending forecasts have reached record levels. And the equipment behind that number? It’s arriving on the longest lead times the industry has ever managed.  

Scarcity changes what a delayed startup costs. Getting the facility built is the visible half of the problem; getting it to run is the half that decides the return. Very few organizations plan for that transition, because the people who design and build the asset and the people who operate it work from different systems and rarely the same data. 

The scale of what’s coming next turns the handover from a procedural question into a strategic one. When backlogged equipment finally lands, it will land in waves—and the industry will need to run more handovers in a compressed window than it ever has before. Whether the investment performs will be decided there. 

Handover happens throughout the asset lifecycle 

Handover is often associated with the final transition from a capital project into operations. In practice, however, critical transitions occur throughout the life of an energy asset. During project delivery, systems move from construction through commissioning and into operational acceptance. During operation, plant status passes from one shift to the next. After maintenance, equipment is returned to service with changes, test results and outstanding conditions that operations must understand. Contractors and vendors also transfer records, configuration information and technical knowledge to the owner. 

These are different processes, governed in different ways. But they share one important vulnerability: information, context and responsibility can become disconnected during the transition. 

The question, therefore, is not simply whether information was handed over. It is whether the next team received what it needed to understand the asset's current condition, the decisions that shaped it, and what remains unresolved. 

The handover from project to operations 

Long lead times have changed the shape of capital programs. When a transformer is ordered three or four years ahead of need, the specification that governs it freezes early and the cost of late changes compound across a longer window. Design intent, change history, vendor data and the rationale behind every deviation accumulate across multiple contractors and years. 

As systems move through commissioning and into operation, the information associated with them must move as well.  If what moves is primarily a collection of disconnected documents, important context can become hard for operations to find and use. Operations inherit the asset without the reasoning that produced it. Maintenance plans get written from nameplate data rather than as-built reality. The digital record begins diverging from the physical plant on day one. 

If what moves is structured, connected data — like commissioning status, tagged equipment and engineering documents bound to the assets they describe — operations begins with a stronger, more usable representation of the asset, but keeping it aligned requires ongoing change management. 

The handovers that never stop 

Operational handovers continue throughout the life of an asset. Shifts change. Units get returned to service after maintenance. Contractor crews leave site. Most of these small-scale handovers still happen verbally or they get manually recorded in logbooks and spreadsheets that go unread and unconnected. 

Structured, connected asset information can help preserve context across these transitions, but only if it is actively maintained over time. A digital twin can provide one way of bringing together current asset information, procedures, engineering records and operational context. The goal is simple: when people or responsibilities change, the next team should not have to reconstruct the asset's history from scratch. 

Preserving the evidence 

Handover does not end when responsibility changes hands. The records created during design, construction, commissioning, operation and maintenance may need to explain decisions years later. When a regulator, auditor or investigator asks what was done, when it was done and why, the organization must be able to reconstruct that history from evidence rather than memory. 

For operations teams, that distinction matters. When records are fragmented, poorly versioned or disconnected from the equipment they describe, answering a straightforward question can become a lengthy exercise in locating documents and finding people who still remember the context. When information is structured, traceable, and linked to the asset, the same question can be answered with far greater confidence and efficiency. 

The same principle applies to operational technology and configuration management. Equipment settings, software versions, control-system changes, and vendor modifications evolve throughout the life of an asset. If those changes are not captured and traceable, the problem is no longer simply incomplete documentation; it can become an operational, compliance, or cybersecurity risk. 

Continuity across the asset lifecycle 

Projects, operations, maintenance, compliance, and risk management are different disciplines, with different responsibilities and processes. What connects them is their dependence on reliable information about the asset. 

At Octave, our focus is on helping industrial organizations maintain continuity of information across the asset lifecycle by connecting engineering, asset information and operational workflows. The objective is not simply to deliver more information at handover, but to make that information easier to understand, trace and use as the asset moves into operation and continues to change.