Level 1: Factory Witness Testing (FWT)

Level 1 commissioning, or the Factory Acceptance Testing (FAT) phase, involves a rigorous review of the Owner’s Project Requirements (OPR) and Basis of Design (BOD) to ensure alignment with operational goals. We conduct thorough submittal reviews and perform Factory Witness Testing at the manufacturer's facility to verify that critical infrastructure—such as UPS systems, switchgear, and CRAC units—meets specified performance standards before it even reaches the site. This proactive approach identifies defects early, minimizing field delays and establishing a robust technical baseline for the entire project lifecycle.

Level 2: Site Acceptance Inspection

Level 2 inspections involve a comprehensive verification process for all equipment and materials delivered to the site. This phase ensures that every component—from critical power and cooling units to minor hardware—strictly adheres to the approved design specifications and submittals. Our team performs detailed physical assessments to confirm that all assets are in pristine condition, identifying any transit damage or manufacturing defects before installation begins. By validating serial numbers, documentation, and compliance at this early stage, we mitigate the risk of project delays and ensure the facility is buil

Level 3: Pre-Functional Testing (PFT)

Level 3 commissioning involves detailed pre-functional inspections and the formal start-up of all equipment. We verify exhaustive point-to-point checks, verify power requirements, and calibrate sensors to ensure each individual component functions according to its specific design parameters. This phase bridges the gap between installation and system integration, providing documented evidence that all hardware is energized and operational before advancing to Level 4 functional performance testing.

Level 4: Functional Performance Testing (FPT)

Level 4 testing, or Functional Performance Testing (FPT), involves a rigorous evaluation of integrated systems to ensure they operate as a unified whole. This critical phase goes beyond individual component checks to verify complex sequences of operation, including cross-system interlocks between mechanical, electrical, and life safety systems. We simulate various load conditions and failure scenarios to confirm that the Building Automation System (BAS) correctly manages transitions, such as emergency power sequences and redundant cooling failovers, ensuring the facility meets its design intent under real-world stress.

Level 5: Integrated Systems Testing (IST)

The final and most critical phase is Integrated Systems Testing (IST), representing the culmination of the entire commissioning process. During Level 5, we transition from individual component checks to validating the facility as a single, cohesive ecosystem. We simulate full-load conditions using load banks to mimic actual IT heat loads and execute rigorous 'pull-the-plug' tests. Our team orchestrates complex failure scenarios—including utility power loss, generator transitions, and cooling plant failures—to verify that redundancy configurations and automated failover sequences perform exactly as designed. This exhaustive verification proves the data center can handle real-world demands and maintain maximum uptime before the site goes live.

Data Center Commissioning

Level 1 to 5 Testing Protocols

With years of specialized experience, we partner with leading engineering firms to ensure your critical infrastructure meets every performance milestone. Our rigorous Level 1 through 5 testing protocols guarantee on-time delivery and long-term operational resilience for data facilities.

Building Automation & Controls

Carrier i-Vu Authorized Representative

Leveraging 25 years of industry expertise, we design and implement sophisticated control systems tailored for hospitals, schools, and commercial offices. As New Mexico’s trusted Carrier i-Vu representative, we optimize your facility's energy footprint and occupant comfort with intuitive management platforms.