Data Center
Data Center
We design, build, and equip data centers and server rooms for enterprises and government organizations. Our capabilities and services cover the essential infrastructure required to support modern computing environments.
Most organizations do not plan their server rooms. Unplanned, ad-hoc infrastructure expansion fundamentally compromises system integrity. Improper spatial management, inadequate climate control, and undocumented cabling create critical vulnerabilities. These unoptimized environments inevitably guarantee downtime through thermal overload, power disruption, or unresolvable system faults.
A data center is the answer to that risk. Purpose-built data centers eradicate infrastructural liabilities through holistic engineering and absolute redundancy. TAP executes the deployment of these mission-critical facilities under a single contract, managing everything from civil works to final commissioning to guarantee uninterrupted operations.
Purpose-Built Facilities
Four Conditions Engineered In
Server equipment concentrates heat and power demand in a way ordinary buildings were never designed for. TAP engineers each facility for four conditions before the equipment arrives.
Heat
A loaded rack produces more heat than several comfort air conditioners can remove. Precision cooling and planned airflow keep every server inside its operating range.
Precision cooling and aisle containmentPower
An unstable grid makes conditioned, redundant power the first requirement of any facility in Pakistan. UPS and generator systems carry the load through every interruption.
N+1 UPS, generator and conditioned distributionFire & Water
Server environments need early detection and suppression that extinguishes fire without harming live electronics, plus protection against leaks.
Early smoke detection and clean-agent suppressionVisibility
Sensors for temperature, humidity, power and access turn silent risks into alarms that reach staff before users notice anything.
Environmental and infrastructure monitoringOne Contract, One Engineered Facility
Every facility starts with a load assessment. We calculate the power and heat each rack will produce on day one and after planned growth, then design the room around those numbers. Layouts, cooling capacity, and electrical sizing follow the TIA 942 standard and Uptime Institute tier principles, matched to the availability level your operations and budget justify.
We then deliver the full construction scope. Civil works, raised flooring, precision cooling, UPS systems with N+1 redundancy, generator integration, power distribution, racks, structured cabling, early smoke detection, clean agent fire suppression, access control, and CCTV are installed by our teams and our specialist partners under a single TAP contract.
Every system is strictly validated against design specifications prior to final handover. Commissioning protocols dictate comprehensive stress testing, including simulated power failures, UPS module redundancy checks, and thermal stability verification. We complete the deployment with full documentation, technical training, and integrated maintenance protocols.
Redundancy Design
Availability Matched to Your Operations
Redundancy is agreed with you before any equipment is ordered, so the facility delivers the availability you need without paying for capacity you do not.
| Level | Configuration | Typical application |
|---|---|---|
| N | Capacity equal to the load | Small server rooms where planned downtime for maintenance is acceptable. |
| N+1 | One spare component | Enterprise server rooms that must stay online through a single component failure. |
| 2N | Two complete systems | Critical facilities requiring maintenance without interrupting the load. |
| 2N+1 | Two systems plus a spare | Mission-critical government and financial facilities with the highest availability needs. |
What We Deliver
Every Layer of the Facility
Engineered layers make up a complete data center, each designed to the same load assessment and standard.
Power Systems
UPS systems in N+1 configuration, power distribution units, generator integration and earthing, engineered for an unstable grid.
- Modular UPS
- Automatic transfer switching
- Generator integration
- Rack PDUs
- Earthing and bonding
- Surge protection
Precision Cooling
Computer room air conditioning, row-based cooling and aisle containment that keeps supply air where the servers need it.
- CRAC and CRAH units
- In-row cooling
- Hot and cold aisle containment
- Raised floor airflow
- Humidity control
- Redundant cooling units
Racks & Cabling
Server racks, cable trays and structured copper and fiber cabling, installed, labeled and documented to standard.
- Server and network racks
- Overhead cable trays
- Copper cabling
- Fiber cabling
- Patch panels
- Labeling and records
Fire Protection
Early smoke detection and clean-agent suppression systems that stop fire without water and without damaging live equipment.
- Very early smoke detection
- Clean-agent suppression
- Fire alarm integration
- Leak detection
- Emergency power off
- Signage and procedures
Security & Access
Biometric and card access control, CCTV coverage and logged entry, so only authorized staff reach the equipment.
- Biometric access
- Card readers
- CCTV coverage
- Logged entry
- Rack-level locks
- Visitor management
Monitoring
Environmental sensors and monitoring software that track temperature, humidity, power and access, and alert staff the moment a value drifts.
- Temperature sensors
- Humidity sensors
- Power metering
- Door and access events
- SMS and email alerts
- Capacity dashboards
Design Standards
Designed to Recognized Standards
TAP’s data center designs reference internationally recognized standards for infrastructure, thermal management, fire protection and efficiency.
TIA-942
Data center telecommunications infrastructure
Uptime Institute Tiers
Availability and redundancy classification
ASHRAE TC 9.9
Thermal guidelines for IT equipment
NFPA 75 & 2001
IT equipment protection and clean-agent systems
TIA-568 · 606 · 607
Cabling, labeling, bonding and grounding
PUE
Power usage effectiveness as an efficiency measure
Commissioning
Tested Under Load Before Handover
Commissioning follows a staged program, from factory witness tests to an integrated test of the whole facility under simulated load and failure.
Factory Tests
Major equipment tested at the manufacturer before shipment.
Installation Checks
Every unit inspected for correct installation on site.
Start-Up
Systems energized and started to manufacturer procedures.
Functional Tests
Each system tested against its design performance.
Integrated Test
Simulated load, power failures and cooling failover across the facility.
Technologies
Leading Manufacturers Across Every Layer
TAP selects equipment from established manufacturers for each project, against the specification, the site and the budget.
Power & Cooling
- Schneider Electric
- APC
- Vertiv
- Eaton
Racks & Enclosures
- Rittal
Servers & Infrastructure
- Hewlett Packard Enterprise
- Dell
- Huawei
The TAP Way
How We Deliver, and the Impact on Your Operations
Each stage of the method produces a lasting benefit for the facility and the organization it serves.
We survey the site and calculate the real power and heat load, for day one and for the growth you plan.
Services Stay Up
Redundant power and cooling absorb grid failures and equipment faults without taking systems offline.
We design to TIA-942 and tier principles, and agree the redundancy level with you before any equipment is ordered.
Costs Stay Predictable
Right-sized cooling and efficient power systems hold down the electricity bill for the life of the facility.
Our teams and specialist partners execute the civil, electrical, mechanical and network works under one TAP contract.
Audits Pass
Controlled access, logged entry, fire protection and complete documentation satisfy regulators and internal auditors.
We test every system under load and on generator, then hand over with documentation, training and a maintenance contract.
Growth Is Planned
Space, power and cooling headroom are designed in, so adding racks is a schedule item rather than a crisis.