Heat Load Calculations
Project Overview
Engineering Design Services performed a detailed heat load evaluation of a kiosk within a themed entertainment facility to assess thermal comfort and operational performance. The study reviewed existing cooling design assumptions against current operating conditions, including the impact of newly introduced equipment and high-traffic usage patterns typical of guest-facing environments.
Result & Impact
• Identified gaps between original HVAC design intent and actual operating conditions
• Delivered actionable recommendations to improve cooling performance
• Improved thermal comfort in a high-traffic, guest-facing environment
• Validated system performance through on-site verification
• Enhanced reliability and efficiency of existing cooling infrastructure
• Supported informed decision-making for future HVAC adjustments and upgrades
Engineering Tools & Technologies
• Heat load and thermal analysis calculations
• HVAC system evaluation methodologies
• Equipment heat gain assessment
• Occupancy load modeling
• Field measurement and verification techniques
• Engineering reporting and documentation tools
• Facility HVAC design standards and guidelines
Scope
• Review original design documentation and cooling load assumptions
• Verify baseline thermal design intent for kiosk space
• Assess impact of additional equipment on heat generation
• Conduct detailed heat load calculations for updated conditions
• Evaluate occupancy, equipment, and environmental heat contributions
• Perform on-site visit to observe operational conditions
• Validate assumptions through field verification
• Identify discrepancies between design intent and actual performance
• Develop recommendations for improved cooling performance
Solution
Engineering Design Services performed a comprehensive thermal analysis combining documented design review, field validation, and updated heat load calculations. The team quantified changes in cooling demand driven by equipment additions and real-world usage conditions. A site visit provided critical insight into actual operating temperatures and equipment behavior, ensuring that the final analysis reflected true field conditions. Findings were compiled into a technical report with clear recommendations to improve HVAC performance and occupant comfort.
