AI Data Centers Need a New Kind of Daily Report
Here\'s How to Fix It.
POD\\\'s AI data center template covers liquid cooling, 100+ kW/rack density, and 400V DC power distribution in 315 fields.
The Documentation Gaps
Liquid cooling infrastructure has no construction documentation standard
CDU piping, rear-door heat exchangers, direct-to-chip cold plates, and immersion cooling tanks each require different installation verification. No standard daily report template covers liquid cooling — your teams are improvising documentation.
400/800 VDC power distribution is undocumented during construction
AI data centers are moving to 400V and 800V DC bus distribution to reduce conversion losses. Construction teams installing DC busbars, DC PDUs, and DC-DC converters have no daily report fields for this non-standard power architecture.
GPU cluster acceptance testing creates zero daily records
Acceptance testing of GPU clusters involves NCCL benchmarks, interconnect bandwidth verification, and thermal throttling tests. These multi-day tests generate massive datasets that never appear in the construction daily report.
Structural loading for liquid-cooled racks exceeds design assumptions
A fully loaded AI rack with liquid cooling weighs 3,000-5,000 lbs. Floor loading verification, structural reinforcement, and seismic restraint documentation must be captured during installation but rarely appears in daily reports.
The POD Template Solution
Liquid cooling installation protocol built into template
POD\'s AI data center template includes fields for CDU installation, cold plate connections, coolant fill/flush procedures, leak detection testing, and flow rate verification. Every liquid cooling component documented from pipe installation to thermal validation.
DC power distribution documentation fields
Purpose-built fields for 400V/800V DC busbar installation, DC PDU commissioning, and DC-DC converter testing. POD captures the unique power architecture that traditional data center templates completely miss.
GPU cluster commissioning tracker
NCCL benchmark results, NVLink bandwidth verification, and GPU thermal profiles captured per rack. POD links hardware acceptance testing to the construction daily report so commissioning progress is visible in real time.
Structural verification for high-density loads
Floor loading calculations, structural reinforcement inspection, and seismic restraint verification documented per rack position. POD flags positions where installed weight approaches or exceeds structural design limits.
Template Highlights
Liquid Cooling Dashboard
CDU status, coolant flow rates, leak detection, and thermal performance for every liquid-cooled rack row
DC Power Chain Tracker
400V/800V DC distribution status from rectifier to rack with commissioning progress and test results
GPU Cluster Acceptance Log
Benchmark results, thermal profiles, and interconnect performance for every GPU cluster during acceptance testing
“We built a 200 MW AI campus with liquid cooling and 400V DC power. Our daily report template was designed for air-cooled Tier III facilities. We had zero documentation for the systems that made the facility unique. Never again.”
— VP of Construction, Hyperscale AI Infrastructure Developer
Every KPI From a 5-Minute Voice Report
POD tracks hundreds of KPIs from a 5-minute voice report. Here are just 2 of them.
Schedule & Budget Performance
Momentum Score
PODThese update in real time from a 5-minute voice report. No spreadsheets. No data entry.
Frequently Asked Questions
The Only Daily Report Built for AI Infrastructure
Liquid cooling, DC power, GPU clusters — POD\\\'s 315-field template covers what no other daily report can.
Last updated: March 2026