Full commissioning of electrical and mechanical systems is our core practice. The services below are the studies and site roles mission critical projects require, delivered by the same engineering team without engaging an additional firm.
Commissioning first, and the studies and site roles around it.
Our core service. Both disciplines, one commissioning authority, Level 0 through Level 5.
Verifying, testing and documenting the performance of electrical systems and components before they are placed in service.
Verifying, testing and documenting the performance of mechanical systems and components before they are placed in service.
The studies and site roles a mission critical project needs around commissioning.
Each of these may be engaged independently, or included within a commissioning scope.
Tailored to high-availability environments, from topology selection through construction documents.
Power, lighting and grounding design across Tier II, III and IV topologies.
Comprehensive design services for data centers and mission critical facilities, addressing power, cooling, redundancy and scalability.
An independent review carried out while the work is still accessible and still correctable.
Quality Assurance and Quality Control during construction, ensuring materials, systems and workmanship meet the specified standards, codes and design requirements.
A single party accountable to the owner, present on site and representing the owner’s interests throughout the project lifecycle.
Acting as the owner's eyes and ears on the job site, representing their interests throughout the project lifecycle.
Inspection is performed under load, so a fault is found while it is still only heat.
Infrared scanning tailored for data centers and mission critical facilities, identifying overloaded circuits, loose connections and equipment hotspots.
Establishes the available fault current throughout the system and confirms that equipment is rated to interrupt it safely.
Performed in-house by our electrical engineering practice.
Short circuit coordination studies to ensure electrical system safety and reliability in data centers and mission critical facilities.
Confirms selective coordination, so that a fault is cleared by the nearest upstream device and service to unaffected areas is maintained.
Breaker coordination studies for reliable and selective protection of electrical systems.
Run before the space is built, including the failure scenarios the room has to survive.
Computational Fluid Dynamics modeling to optimize airflow, temperature distribution and cooling efficiency.
Reviewed against the governing documents before anything is built.
The governing documents this work is held to, and the standards owner specifications commonly reference.
