How MelRok onboarded a 35,000-point healthcare building automation system across many buildings, reconciled it against inconsistent documentation, and became the source of truth that surfaced costly gaps the drawings hid.
A peak-load study turned an oversized, short-cycling pharmaceutical chiller plant into a right-sized, resilient one — 16,639 data points distilled into a single, confident capital recommendation.
How turnkey connected commissioning brought a healthcare central utility plant back within its commissioning acceptance criteria — and converted static setpoints to dynamic ones that track design intent.
How MelRok eliminates the four failure domains that break GMP and other critical spaces — with continuous, design-intent-based fault detection and monitoring-based commissioning.
Monitoring-based targeted commissioning of a 40,000 CFM pharmaceutical air handler — unknown design, ISO-8 compliance in question — diagnosed and resolved almost entirely from data, saving tens of thousands in traditional commissioning cost.
How a chilled water plant that satisfied every setpoint it reported was starving the galleries above it — and how continuous commissioning found the reason and proved it in a single afternoon.
Continuous, design-intent-based diagnostics and monitoring-based commissioning — engineer-backed, with high-resolution IoT data and an AI-powered cloud on one platform. Monthly commissioning reviews and on-demand reporting included.
AHU1 and AHU2 serve equivalent gallery loads on the same sequence of operations. Only one of them followed it. Finding out why took a functional performance test, not a guess.