Accelerating Data Center Commissioning Without Sacrificing Quality

Accelerating Data Center Commissioning Without Sacrificing Quality

Commissioning has become one of the biggest bottlenecks in hyperscale data center delivery. In fact, Uptime Institute reports that more than 70% of data center outages are caused by human error, often traceable back to construction or commissioning phases.

Commissioning teams are under immense pressure to turn over critical infrastructure faster than ever—yet poor documentation and construction quality issues are causing avoidable rework and missed deadlines.

Where Commissioning Bottlenecks Begin

Ask any commissioning agent, and they’ll tell you – commissioning delays almost always start in construction.

Common pitfalls include:

• Missing or incomplete ITRs (inspection and test records)
• Poorly documented equipment installation or startup
• Valve positions or torque checks skipped and not recorded
• Disconnect between construction crews and commissioning authorities

According to McKinsey (the multinational strategy and management consulting firm), the global cost of poor data quality in capital projects exceeds $1.8 trillion annually – a number fueled by handovers that are incomplete or error-prone.

Best Practices for Commissioning-Ready Construction

To streamline commissioning and reduce risk, high-performing teams are now:

• Embedding digital workflows during construction to ensure traceable task execution
• Requiring real-time photo, video, or validation for critical procedures
• Aligning execution standards across trades, subcontractors, and systems
• Automating documentation to ensure commissioning teams receive clean, complete records

Projects that have adopted structured digital workflows for field execution and documentation have reported significant reductions—often 15–25% or more—in commissioning timelines due to improved quality assurance and system readiness.

Curious how digital execution workflows can help you commission faster? Schedule a demo with us today.