One Company From Design to Uptime
Most facilities do not have a power problem, a cooling problem and a monitoring problem. They have one uptime problem that shows up in three places — and three vendors who each own a third of it.
The gap between vendors is where outages live.
A UPS specified by one company, cooling sized by another and monitoring installed by a third will each pass their own commissioning. What none of them owns is the interaction: the thermal load the new power density created, the alarm that reached a dashboard nobody watches, the maintenance window that was never coordinated.
Access exists on the other side of that. We specify, supply, install, maintain and monitor power, thermal and monitoring infrastructure as one system, so the questions that fall between disciplines have somewhere to land.
Organized around the problem, not the product.
The room cannot carry the load
A space marketed as ready rarely is. We establish what the room can actually support — power, cooling and distribution together — and what it takes to close the gap.
- Load and thermal assessment
- Power distribution and busway
- Precision cooling and containment
The system cannot go down
Redundancy that survives a real fault rather than a diagram. Protection coordinated so the smallest possible section clears, and backed up so critical loads ride through.
- UPS, generators and transfer schemes
- Coordination and arc flash studies
- NETA acceptance and maintenance testing
Nobody knows it is failing
Continuous telemetry across mixed manufacturers, with alarms that escalate to a person who has somewhere to go with them.
- Connected assets and real-time telemetry
- Alarm management and escalation
- Trending and lifecycle intelligence
The equipment is aging out
Lifecycle planning that separates what genuinely needs replacing from what needs maintaining, and sequences the work against the budget you actually have.
- Condition assessment
- Lifecycle extension services
- Phased replacement planning
Lead times are the schedule
On critical-power projects the gear decides the date. We quote the long-lead items early and manage them as a schedule item rather than a purchase order.
- Transformers and switchgear
- Generators and paralleling gear
- Medium and high voltage equipment
It failed at two in the morning
Emergency response from people who already have your site documented, your history on file and the part that fits it.
- 24/7 emergency dispatch
- Service contracts with agreed response
- Genuine parts, wide range of makes
Design
Assessment, load and thermal modelling, protection coordination, and an honest account of what the facility needs — and what it does not.
Deploy
Procurement from the lines we represent, lead-time management, installation coordination, commissioning and acceptance testing.
Maintain
Preventive and condition-based maintenance on a fixed schedule, with the parts operation and the factory relationships behind it.
Monitor
Continuous telemetry across mixed manufacturers, alarm management and escalation to a person with a defined response.
Optimize
Trending that turns years of operating data into lifecycle decisions, efficiency gains and a replacement plan that is not a guess.
Data center infrastructure.
Data centers are where all five stages compress into one project and where the cost of a gap between vendors is highest. Access supplies the power chain from medium-voltage switchgear through UPS, busway and rack PDUs; the thermal chain from precision cooling through containment and enclosures; and the monitoring layer across both — from one line card, one quote and one service relationship.
That includes Great Lakes Data Racks & Cabinets and Liebert precision cooling from the same manufacturer, which means the enclosure, the containment and the thermal design stop being three separate arguments.
Tell us what cannot go down.
Bring us the facility, the load and the risk. We will tell you honestly what it takes — and what it does not.