Enterprise & Colocation Data Centers
- Utility service and switchgear
- 2N and N+1 redundant UPS systems
- Generator and ATS infrastructure
- PDU installation and branch circuit design
- Cooling system power coordination
- Structured cabling and low-voltage
Enterprise · Colocation · Edge · AI/ML Compute
Data Centers & Mission-Critical. We've Run the Infrastructure.
Our co-founder's early career started in commercial electrical construction — then a private tour of a carrier data center changed the direction. He went on to run technology departments and found SaaS companies on infrastructure he designed himself. We know what the load on the other side of the breaker is doing.
Our Experience
A 3-Hour Private Tour. Every Redundant System. Then the Servers Started Humming.
Our co-founder's background in electrical construction gave him ground-level experience in how facilities actually get built. A pivotal moment was a private three-hour Verizon data center tour guided by the head of facilities — a deep technical immersion into every critical system: redundant UPS infrastructure, HVAC, power distribution, and failover architecture.
Then the servers started humming — and the direction changed. He moved into IT, ran technology departments, and founded multiple SaaS companies, including ones running self-healing Kubernetes pipelines on infrastructure he designed. That is the perspective we bring to critical power: both sides of the failure.
Primary Specialty
Critical Power Infrastructure That Understands Uptime.
A power event in a data center doesn't just turn off a light. It can corrupt in-flight writes, violate SLAs, trigger cascading failures across distributed systems, and cost thousands of dollars per minute in downtime. We design with uptime as the baseline requirement.
- 01
2N & N+1 Redundant Power Architecture
Redundant power paths from the utility entrance through the UPS, ATS, and PDU to the rack. Single points of failure designed out — not patched over after the fact.
- 02
UPS Systems & Battery Infrastructure
UPS installation, battery infrastructure, and runtime calculations based on your actual critical load — sized to cover real transfer events, not best-case scenarios.
- 03
Generator & Automatic Transfer Systems
Generator connections, automatic transfer switches, and paralleling gear with the transfer time requirements mission-critical environments demand.
- 04
High-Density Rack Power
Modern GPU and AI/ML compute clusters pull 20–40 kW per rack. Power infrastructure designed for actual high-density workloads — not legacy 5 kW-per-rack assumptions.
- 05
Cooling System Power Coordination
CRAC and CRAH units, in-row cooling, economizers, and cooling plant electrical — coordinated with mechanical so power and cooling scale together.
Full scope
Every Type of Mission-Critical Facility
Edge Computing & Distributed Infrastructure
- Compact UPS and battery systems
- Remote monitoring and power management
- Prefab and modular data center power
- Generator backup for remote sites
Critical Power Infrastructure
- Live-facility UPS replacement and paralleling
- Generator commissioning and load testing
- ATS replacement and upgrade
- Power capacity expansion
High-Density & AI/ML Compute Environments
- High-density PDU and power whip design
- 400V/480V three-phase distribution
- Busway and overhead power distribution
- Cooling coordination for thermal management
$9,000 Per Minute. That's What Data Center Downtime Costs.
The average cost of data center downtime is $9,000 per minute — and that is before accounting for SLA violations, data corruption, reputational damage, and customer churn. Our co-founder has been on both sides of a power failure, and we design accordingly.
- $9K
- Average cost per minute of downtime
- 20–40 kW
- Per rack in GPU / AI compute
- 2N
- Redundancy, designed in from the utility
Technical capabilities
What We Bring to Every Mission-Critical Job
- 01
Redundant Power Architecture
- 02
UPS & Battery Systems
- 03
Generator & Transfer Systems
- 04
High-Density Power Distribution
- 05
Cooling & Mechanical Coordination
- 06
Live-Facility Work & Retrofit
Process
Designed for Zero Unplanned Downtime.
- 1
Critical Load Analysis
- 2
Redundant Path Design
- 3
Infrastructure Installation
- 4
Low-Voltage & Monitoring
- 5
Load Testing & Commissioning
Service area
Six states and growing. Working nationwide.
Headquartered in Whippany, New Jersey. Multi-state licensed and insured, with crews deployed to projects anywhere in the U.S.
- #34EB01664700
- #57013
- #T1-0017183
- NJ
- NY
- PA
- DE
- MD
- CT
Industries
Explore other industries.
E-100Commercial & Mixed-Use
Electrical systems for office, retail, and large-scale commercial developments.
E-200Healthcare & Institutional
Electrical systems for healthcare, institutional, and compliance-driven facilities where reliability is critical.
E-400Cannabis & Regulated Facilities
Electrical and low-voltage systems for cultivation, processing, and dispensary environments.
E-500Industrial & Utility
Power and electrical systems for industrial facilities and utility-adjacent projects.
E-600Infrastructure & Transportation
Electrical work supporting transit, transportation, and public infrastructure environments.
Start a project
Building a Mission-Critical Facility?
Tell us what you're working on — new build, capacity expansion, or live-facility upgrade. We'll get back to you fast with a straight answer on scope and availability.
- 110 S Jefferson Rd, Whippany, NJ 07981