Precision Data Center Cooling And Critical Power For Mission-Critical Facilities
Enterprise-grade data center HVAC and electrical infrastructure for data centers, tech campuses and mission-critical facilities. 99.99%* uptime guaranteed.
Austin-based, delivering in all 50 states.
A consultation with our engineering team covering cooling load and capacity review, redundancy configuration against your tier standard, and a delivery schedule mapped to your target date.
Response within 24 hours. NDA available on request.
Precision Data Center Cooling And Critical Power For Mission-Critical Facilities
Enterprise-grade data center HVAC and electrical infrastructure for data centers, tech campuses and mission-critical facilities. 99.99% uptime guaranteed.
Austin-based, delivering in all 50 states.
A consultation with our engineering team covering cooling load and capacity review, redundancy configuration against your tier standard, and a delivery schedule mapped to your target date.
Response within 24 hours. NDA available on request.
Trusted By Industry Leaders
Proven track record of excellence in critical infrastructure
99.99%
Guaranteed Uptime
500+
Facilities Managed
< 2
Hour Response Time
25+
Years Experience
* Uptime figures reflect system design targets. Actual availability depends on facility configuration, redundancy tier, and the terms of the applicable service agreement.
Three Systems, One Accountable Partner.
Precision Cooling Systems
HVAC engineered for high-density computing, from CRAC and CRAH units through liquid cooling infrastructure. Chilled water system data center builds, direct liquid cooling, and hot aisle containment, specified against the density your facility is built to carry. N+1 redundancy, real-time monitoring, predictive maintenance, energy optimization.
Critical Power Infrastructure
Enterprise electrical systems built for reliability. Redundant power distribution, UPS integration, backup generation, load balancing, engineered to Tier III and Tier IV standards.
24/7 Preventative Maintenance
Proactive programs that surface degradation as a maintenance ticket rather than an outage. Quarterly inspections, remote diagnostics, priority response, lifecycle planning. Real-time monitoring runs from commissioning forward, with 24/7 data center support across all 50 states.
Built For The Most Demanding Environments
- Single-source delivery: Most infrastructure delay is coordination delay. Equipment, design, installation, maintenance, and project management in one engagement removes it.
- Deployment inside live facilities: Work sequenced into scheduled maintenance windows, with redundancy maintained and thermal targets held through each phase.
- Vertex-managed installation: Delivered through a vetted national network of licensed installers, coordinated by our project managers, with one point of accountability for the schedule.
- Industrial HVAC contractor capability at enterprise scale: Cooling and electrical systems for facilities where thermal load is a production constraint, not a comfort setting.
- Energy and operating cost as a design input: PUE targets and economizer strategy addressed during engineering, not after commissioning.
Built For The Most Demanding Environments
- Single-source delivery: Most infrastructure delay is coordination delay. Equipment, design, installation, maintenance, and project management in one engagement removes it.
- Deployment inside live facilities: Work sequenced into scheduled maintenance windows, with redundancy maintained and thermal targets held through each phase.
- Vertex-managed installation: Delivered through a vetted national network of licensed installers, coordinated by our project managers, with one point of accountability for the schedule.
- Industrial HVAC contractor capability at enterprise scale: Cooling and electrical systems for facilities where thermal load is a production constraint, not a comfort setting.
- Energy and operating cost as a design input: PUE targets and economizer strategy addressed during engineering, not after commissioning.
Capability, By The Numbers.
5 Deliverables, 1 Contract
Tier III and Tier IV Design Standards
N+1 Through 2N+1 Redundancy
<2 Hour Response Time
24/7 Data Center Support
500+ Facilities Managed
Delivered Under Load
Case Studies
Hyperscale Data Center Expansion
Technology
Cooling capacity scaled 40% for AI infrastructure with the facility live throughout. N+2 precision cooling with hot aisle containment, phased into scheduled maintenance windows. Capacity 5 MW to 7 MW, 35% lower cooling energy cost, no downtime across a six-month installation.
Financial Services Power Modernization
Finance
Legacy distribution could not support high-frequency trading. Full electrical overhaul with 2N+1 UPS, flywheel storage, and automated transfer switching. Sub-100ms failover, delivered in four months to Tier III standards.
Modular Data Centers
Technology
Prefabricated pods with cooling, power distribution, and controls integrated before they reach the site. Capacity added in increments, commissioned per unit, expandable without disturbing live pods. For buyers working against a date that a conventional build cycle cannot meet.
Healthcare Critical Systems Upgrade
Healthcare
Aging backup power in a 24/7 hospital network. Phased installation of redundant generators, medical-grade UPS, and emergency distribution during off-peak hours. N+2 generator redundancy and Joint Commission compliance in five months, with no service interruption.
From First Call To Service Team
- Technical consultation: Load profile, density targets, tier requirements, and schedule reviewed by our engineering team.
- System design and scope: Cooling and electrical engineered together to your redundancy standard, delivered as one proposal with one completion date and one project team.
- Commissioning: Systems tested to specification, monitoring online, documentation delivered.
- Maintenance and upkeep: Ongoing service under the same relationship that built the system.
From First Call To Service Team
- Technical consultation: Load profile, density targets, tier requirements, and schedule reviewed by our engineering team.
- System design: Cooling and electrical engineered together, specified to your redundancy standard.
- Scope and schedule: One proposal, one completion date, one project team.
- Vertex-managed deployment: Phased around maintenance windows where the facility cannot come offline.
- Commissioning: Systems tested to specification, monitoring online, documentation delivered.
- Maintenance and lifecycle: Ongoing service under the same relationship that built the system.
Kevin Mitchell, MBA
Founder & CEO
Leading the vision for excellence in critical infrastructure
Cooling Engineered for Uptime
High-density computing outpaced the infrastructure most facilities were specified around. Cooling systems designed for a fraction of current rack density are being asked to carry AI workloads, and the electrical distribution feeding them was sized for the same assumptions.
Vertex was built around the constraint that governs those projects, which is time. Equipment, engineering, installation, service, and management are specified together and delivered under one partner, so the schedule has one owner.
When failure carries a cost measured in revenue per hour, accountability should not be distributed. Need Real-Time Cooling Monitoring?
Speak With Us Today!Speak With Us Today!