Project Overview

• $156 Million Program Value
• 24 MW Campus Electrical System Capacity
• Liquid Cooled Racks + Hot-Aisle/Cold-Aisle Containment
• 120 Rack Test Positions
• Two test lines, each with 60 liquid-cooled rack positions for confidential electronics manufacturing customer

Project Overview

Summit designed two liquid-cooled test lines for an electronics manufacturing services customer, totaling 120 test positions at 200 kW per rack. Each line is served by CDU secondary cooling with dedicated per-rack drops sized for the full 200 kW test load.

Customer identity, site designation and product line are confidential and have been omitted in accordance with the terms of Summit’s engagement.

Complex Design Requirements

• 120 test positions at a uniform 200 kW per rack — among the higher sustained densities in Summit’s rack-test portfolio for a facility of this size
• CDU-served secondary cooling loops with per-rack manifold assemblies, flushing provisions and instrumentation at every drop
• 24 MW of test capacity engineered into a compact, two-line facility footprint

Summit Delivery — Responsiveness That Drives Customer Success

On a facility of this scale, speed matters as much as it does on Summit’s largest campus programs. Summit’s team moved quickly from design through construction support to get both 200 kW test lines commissioned and ready for production, giving this customer confidence that a smaller program receives the same responsiveness and technical depth as Summit’s multi-building work.

Engineering Capabilities

Mechanical

• Two liquid-cooled test lines totaling 120 positions at 200 kW per rack, served by CDU secondary loops
• Dedicated chilled-water plant sized for 24 MW of connected test load

Electrical

• 24 MW of utility/test capacity with dedicated power distribution to each of 120 test positions
• Per-rack safety interlocks and disconnect stations for 200 kW test loads

Plumbing

• CDU-served secondary cooling with per-rack manifold assemblies, flushing provisions and instrumentation
• Stainless-steel TCL drops sized for 200 kW-per-rack heat rejection

Technology

• BMS integration of CDU and rack-level cooling points with the customer’s test-rack control system
• Per-rack flow, temperature and differential-pressure monitoring across both lines