What is the impact of of condenser type on cooling electricity consumption in a composite climate?
Project Location: Cwa
Simulation Scale: Whole Building
Application: Conceptual
Audience: Academic
What is this graphic showing? Describe the different parts of the graphic and how it communicates the data.
This graphic compares the impact of air-cooled, evaporative-cooled, and water-cooled condensers on cooling electricity consumption in a office building located in a composite climate (Amritsar). The infographic includes simplified system diagrams, key simulation parameters, and annual electricity use values to explain the condenser configurations being analyzed. A monthly comparison chart visualizes how cooling electricity consumption varies throughout the year, highlighting that water-cooled condensers achieve the lowest and most stable performance, particularly during humid monsoon months.
What type of graphic is this?
- Diagram
- Table / Chart
Design Variables
- HVAC performance/system selection
- Other
What tools were used for the simulation analysis?
- Design Builder
- Excel
What tools did you use to create the graphic?
- Adobe Photoshop
- Excel
- PowerPoint
What was successful and/or unique about the graphic in how it communicates information?
The graphic combines a simplified system diagram, simulation parameters, and a monthly energy comparison chart to communicate the impact of condenser selection on cooling electricity consumption. By integrating visual explanation with data-driven results, the infographic allows viewers to understand the system concept and performance differences across condenser technologies in a composite climate
Is there anything else you would like to mention?
The graphic aims to demonstrate how early-stage simulation can support HVAC system selection decisions in climates with seasonal humidity variations, helping designers identify more energy-efficient cooling strategies.