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ULTRA-LOW PUE DATA CENTER ENGINEERING

Smart Systems & Direct Liquid Cooling (DLC)

Engineered for next-generation high-density compute, AI clusters, and mission-critical enterprise facilities. We replace power-hungry chiller loops with closed-circuit warm-water liquid cooling and precision telemetry.

Target 1.15 PUE Benchmark
40% Thermal Energy Reduction
Up to 100kW+ per Server Rack
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CHILLERLESS ARCHITECTURE ASHRAE TC 9.9 Compliant

DLC — Direct Liquid Cooling & Warm-Water Loops

Water has a heat-carrying capacity nearly 3,500 times higher than air. Our Direct Liquid Cooling architecture pumps non-conductive dielectric coolant through micro-channel cold plates mounted directly on high-thermal CPUs and GPUs. By operating with warm water up to 35°C (W4-ASHRAE class), we eliminate compressor refrigeration year-round via passive free-cooling dry coolers.

Engineering Deliverables & Performance Gains

40% Drop in Total Power Consumption Replaces heavy compressor energy draw with low-wattage variable DC pumps.
Supports 100kW+ Per Rack Density Handles extreme thermal dissipation required by modern AI and GPU clusters.
65% Reduction in Facility Footprint Eliminates bulky CRAH fans and oversized raised-floor plenum ducting.
Waste Heat Re-use Ready Returns 45°C - 55°C warm water loop for district heating and industrial drying.

Comparative PUE Benchmark Analysis

Lower PUE indicates closer to 100% of grid energy powering actual compute rather than cooling overhead.

Labotek Architecture: 1.15 PUE
Industry Average (Legacy DX Air Chillers) 1.68 PUE (High Overhead)
68% Non-Compute Overhead
Labotek Direct Liquid Cooling (DLC) + VFD Containment 1.15 PUE (Ultra-Efficient)
15% Overhead
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DYNAMIC AIRFLOW MODULATION Zero Hot Air Recirculation

Smart Airflow Containment & VFD Modulating Fans

For hybrid air/liquid installations, mixing cold supply air with hot server exhaust is the primary driver of energy waste. We design rigid Hot/Cold Aisle Containment (HAC/CAC) with electronically commutated (EC) fans that automatically adjust cubic feet per minute (CFM) based on live rack temperature sensor delta.

Automated Static Pressure Tracking Maintains neutral differential pressure across server faceplates to prevent fan stalling.
Eliminates Hot Spot Hotspots Continuous floor plenum balancing prevents top-of-rack server thermal throttling.
03
IOT TELEMETRY HUB Real-Time PDU Metering

Integrated DCIM & Continuous Power Telemetry

You cannot optimize what you do not measure. Our Data Center Infrastructure Management (DCIM) console aggregates live telemetry from intelligent busway tap-offs, branch circuit monitors (BCM), and power quality meters into an executive sustainability dashboard.

Automated Scope 2 Carbon Audit Generates compliance-ready ESG reports aligned with BEE, ISO 50001, and GRI standards.
Predictive Harmonics & Fault Alarm Identifies phase imbalance and total harmonic distortion (THD) before breakers trip.

Benchmark Your Data Center for Liquid Cooling

Our thermal and power engineering team provides computational fluid dynamics (CFD) modeling, CDU hydraulic sizing, and retrofit feasibility studies.

Launch Capacity & PUE Estimator Explore CSR Programs
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