Our designs share these common goals:
            • Reliability, Adaptability & Scalability
            • Risk Mitigation or Management
            • Maintenance with Continuous Uptime
            • Speed to Market
            • Innovation When Necessary     
            • Budget vs. Cost
            • Best Practices / Bench Marking
            • Eliminate Single Points of Failure
            • Integrate Components for Best Successful Solution
              
Consulting
            • Development of Corporate Standards
            • Budget Allocation Strategy
 
Facility Evaluation & Analysis
            • Electrical & Mechanical Systems
            • Single Point of Failure Analysis
            • Multi-Site Consolidation & Budget Reviews
            • Energy Efficiency Evaluations
            • Reliability Analysis
  
Power Quality Analysis
 
Capacity vs. Demand Analysis
 
Feasibility & Due Diligence Studies
 
Systems & Design Services
            • On-Site Power Generation with Paralleling Switchgear
            • Utility Service (Low Voltage, Medium Voltage & High Voltage)
            • Short Circuit & Coordination Studies
            • ARC Flash Analysis
            • CFD Analysis
            • Power Systems (UPS, Batteries, PDU’s ,
                        Static Switches & Control Cabinets)
            • Cooling Systems (Chiller Plants, Piping, Valves, CRAC & CRAH)
            • Electrical Power Monitoring Systems / SCADA
            • Building Automation Systems (BAS)
            • Fire Alarm & Security Systems
            • Fire Protection Systems
            • Hydraulic Analysis of Pumping Systems
            • Security Design
            • Leak Detection Systems
            • Central Humidification Systems
 
Construction Administration Services
 
Post Construction Services
            • Prepare Operating Manuals
            • Prepare Training Presentations & Guides
            • On-Call Services Once Fully Functional
 
Commissioning
            • Start-Up / Checkout
            • Pre-Functional Testing
            • Individual Component Testing
            • System Integration Testing
            • Final “Pull the Plug” Testing

We consider the Power Distribution Systems we design to be the most critical of the engineered elements. Our systems incorporate dual/diverse and redundant paths of power for 99.999% infrastructure uptime, are fault tolerant to multiple failure events, and allow clients to concurrently maintain them without disrupting the critical loads. We ensure that these technology spaces have scalable and flexible infrastructures, as well as environmental conditions that are reliable, unwavering and safe from outside influences. We apply the latest cooling technologies for every project, whether it’s a high density installation requiring 500 watts a square foot or a low density server farm. We explore and implement new air conditioning strategies to address the increased cooling requirements of high density servers. We investigate systems and applications including:
 
            • UPS Systems in Various Configurations
            • Scalable Power Distribution
            • On-Site Distributed Power Generation
            • Stand-By / Emergency Power Generation
            • Real-Time Power Monitoring
            • State-of-the-Art Security (Physical & Cyber)
            • Smoke / Fire / Air Sampling Detection Systems
            • Water Mitigation Systems
            • High Density Cooling Strategies
            • Ice Storage / Chilled Water System
            • Multi-Tier Pumping Systems
            • Fuel Storage & Distribution
            • Water Storage
            • Analysis of Rack Selection Open vs. Closed Cooling