Simulation Analysis of Energy Saving in Stadium Lighting

In modern sports venues, the design of single and double horse tracks plays a crucial role in achieving optimal lighting performance. By analyzing outdoor stadiums and integrated gymnasiums, this paper uses illumination calculation software to simulate and compare different lighting configurations based on recommended single and double track settings. The goal is to determine the most energy-efficient setup that meets all lighting standards. The Madao (horse track) structure is an essential element in stadium lighting systems. Its continuous layout, ease of installation, and flexibility in adjusting lamp angles make it a popular choice among designers. However, due to its integration with the building structure, the placement of the Madao often lacks coordination with lighting engineers, leading to potential issues in lighting design. Proper positioning and height of the Madao are critical for ensuring the effectiveness of stadium lighting. If not carefully planned, improper placement can result in poor lighting distribution and deficiencies in the final design. Therefore, it's essential to consider future lighting needs when setting up the Madao to ensure all lighting indicators meet the required standards. This study simulates and calculates lighting indices and power density for various scenarios, focusing on recommended parameters such as track shape and height. It provides detailed data for both single and double-track configurations in different types of stadiums. **Horse Track Shape Selection** In the simulation, two main forms of Madao were considered: single and double tracks. A single track involves placing one long path along the sidelines, while a double track uses two parallel paths. The position and dimensions of each track depend on the venue’s structure and layout. For example, square or elliptical shapes may be used depending on the site’s geometry. **Madao Parameter Selection** Based on established guidelines, specific parameters were selected for the simulation. These include width (w), distance from the sideline (d), height from the ground (h), and spacing (s). Different calculation conditions were tested to evaluate their impact on lighting performance. **Tables for Outdoor Stadiums and General Gyms** Several tables present the corresponding parameters for different scenarios, including installation height and various calculation variables. These tables help in understanding how changes in track configuration affect lighting efficiency and energy consumption. It's important to note that the height of the Madao varies depending on the building structure. In multi-purpose stadiums, the track may follow curved paths, requiring adjustments in fixture placement to maintain consistent lighting levels. This study accounted for these real-world variations to improve the accuracy of the simulation results.

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