Heat Load Calculations

Engineering Design Services performed a detailed heat load review of a kiosk to support improved thermal comfort and operational performance at a themed entertainment facility. The objective of the project was to evaluate the existing cooling design against current operating conditions and determine the impact of newly introduced equipment on the space.

The scope of work included a comprehensive review of provided documentation to verify the original design intent and baseline cooling loads for the kiosk. EDS evaluated how additional equipment affected the previously calculated heat loads, identifying gaps between the original design assumptions and actual operating conditions.

A formal heat load analysis was conducted to quantify the updated cooling requirements based on current equipment, usage, and space constraints typical of high-traffic themed environments. This analysis incorporated equipment-generated heat, occupancy factors, and operational considerations to develop an accurate representation of the space’s thermal demands.

One site visit was performed to verify field conditions and observe equipment in operation. This allowed the team to validate assumptions, confirm real-world performance, and identify any contributing factors to elevated temperatures within the kiosk.
The project resulted in a detailed report outlining findings and providing actionable recommendations to improve cooling performance. By aligning the mechanical systems with actual operating conditions, EDS established a clear path forward to enhance comfort, maintain reliability, and support continuous operation in a guest-facing environment.

Key Achievements
•    Delivered a comprehensive heat load analysis that identified gaps between original design intent and current operating conditions.
•    Provided clear, actionable recommendations to improve cooling performance in a high-demand themed entertainment environment.
•    Validated real-world conditions through a site visit, ensuring accurate assessment of equipment operation and thermal impacts.

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