What This Document Is
This is a comprehensive final report detailing the design and development of a cold-aisle containment system for data centers. Created as a Senior Design project at the University of Delaware for NER Data Products Inc., it represents a thorough investigation into improving data center efficiency and reducing energy consumption. The report outlines a complete engineering design process, from initial concept generation to prototype testing and final design delivery. It’s a substantial piece of work intended for those seeking an in-depth understanding of practical data center solutions.
Why This Document Matters
This report is valuable for students and professionals in mechanical engineering, data center management, and related fields. It’s particularly useful for anyone studying thermal management, HVAC systems, or energy efficiency in computing environments. Individuals involved in data center design, implementation, or optimization will find the systematic approach and detailed analysis beneficial. Those seeking a real-world example of an engineering design project, from problem definition to final deliverable, will also gain significant insight.
Topics Covered
* Data center thermal management principles
* Cold-aisle containment system design considerations
* Engineering design methodologies (specifically, the Dym & Little approach)
* System requirements and performance metrics
* Adaptability of containment systems to varying data center layouts
* Cost analysis and benefit assessment of energy-saving solutions
* Prototype development and testing procedures
* Analysis of system wants and needs through a stratified list
What This Document Provides
* A detailed scope definition for a cold-aisle containment system project.
* A structured wants and metrics analysis used to guide the design process.
* A comprehensive table outlining prioritized design requirements.
* Information regarding the analytical evidence supporting the final design.
* References to supporting data found in appended tables and validation photos.
* A complete overview of the project lifecycle, from initial concept to final prototype.
