Smart Lighting Project Cases

300W LED Sports Lighting Project for Yichun International Women’s Curling Invitational LOCATION APPLICATION LIGHTING SYSTEM EVENT DATE Yichun, Heilongjiang, China Indoor Curling Venue 300W LED High Bay Light November 3–7, 2012 Project Overview The Challenge The Yichun Curling Hall required professional indoor lighting for the 2012 international women’s curling invitational. For a competitive curling venue, the lighting needed to provide clear and uniform illumination across the playing area while controlling glare that could affect athletes during the match. Our Approach We provided a 300W LED high bay lighting solution using CREE LED chips and anti-glare optical lenses. The lighting system was designed to distribute light evenly across the curling venue while reducing direct glare, creating a clearer and more comfortable visual environment for competition. Project Requirements Uniform Illumination Anti-Glare Lighting Clear Visibility Reliable Performance Distribute light evenly across the curling playing area. Reduce direct glare that could distract athletes during competition. Provide clear illumination for players, officials and spectators. Deliver stable lighting throughout the indoor sporting event. Our Lighting Solution The project uses 300W LED high bay lights designed to provide high-output illumination for the indoor curling venue. Each fixture uses CREE LED chips with a luminous efficacy of 150 lm/W. Anti-glare PC lenses help control direct glare and distribute the light more evenly across the playing area. With a 4000K color temperature and CRI above 80, the lighting provides clear visibility while maintaining a comfortable visual environment for athletes, officials and spectators. Project Configuration Item Project Specification Application Indoor Curling Venue Lighting Type LED High Bay Light Fixture Power 300W Input Voltage AC85–277V LED Chip CREE Luminous Efficacy 150 lm/W Housing Die-Cast Aluminum Lens Anti-Glare PC Lens Color Temperature 4000K CRI >80     Why This Configuration? 300W LED High Bay Lighting The 300W LED high bay fixtures provide the high-output illumination required for a large indoor sports venue while supporting consistent lighting across the playing area. Anti-Glare Optical Design Anti-glare lenses help reduce direct glare from overhead fixtures, helping prevent distracting light from interfering with athletes during competition. Uniform Light Distribution The optical system distributes light more evenly across the curling area, reducing excessively bright or dark areas and improving visual consistency across the playing surface. 4000K Clear White Light The 4000K color temperature provides clear, neutral-white illumination suitable for an indoor sporting environment, while a CRI above 80 supports natural visibility of the playing area and surrounding environment. Lighting Performance Professional Indoor Sports Lighting ▶ 300W High-Output LED Lighting ▶ Anti-Glare Optical Lens ▶ Uniform Light Distribution ▶ 150 lm/W Luminous Efficacy ▶ CREE LED Chips ▶ 4000K Color Temperature ▶ CRI >80 ▶ AC85–277V Wide Input Voltage Installation & On-Site Performance On-site effect On-site effect On-site effect The installed LED high bay lighting system provides bright and evenly distributed illumination across the curling venue. The anti-glare optical design helps control direct light from the fixtures, supporting a comfortable visual environment without interfering with the competition. Project Results Event: International Women’s Curling Invitational Event Date: November 3–7, 2012 Venue: Yichun Curling Hall, Heilongjiang Province, China Lighting System: 300W LED High Bay Light Luminous Efficacy: 150 lm/W Color Temperature: 4000K CRI: >80 Anti-Glare Design: PC Optical Lens Planning an Indoor Sports Lighting Project? Share your venue dimensions, ceiling height, playing area, required illumination level and installation conditions. Our engineering team can recommend fixture power, optical distribution, installation layout and lighting configuration for your indoor sports project.

1500W AI IoT LED sports lighting with 15m poles and optimized 30°/60° beam angles for uniform field illumination. LOCATION APPLICATION POLE HEIGHT LIGHTING SYSTEM Zhongshan, China School Sports Field 15 m 1500W AI IoT LED Stadium Light Project Overview The Challenge This school sports field lighting project in Zhongshan, China, required powerful and reliable illumination for nighttime sports and daily campus activities. The lighting system needed to provide good visibility across the field while reducing dark areas and unnecessary light loss. Our Approach Our team developed a 1500W LED sports lighting solution using 15-meter poles positioned around the field, with different beam angles selected to distribute light more effectively across both central and outer areas. Project Requirements High-Output Lighting Uniform Light Distribution Precise Beam Control Smart Management Provide sufficient illumination from 15m mounting heights. Reduce dark areas across the playing field. Direct light where it is needed instead of wasting output outside the field. Allow easier adjustment and management of the lighting system. Our Lighting Solution Four primary lighting poles were installed around the sports field at a mounting height of 15 meters. Each pole uses HC-WT3-C1500W AI IoT LED floodlights. Each 1500W fixture consists of 5 x 300W LED modules, allowing the optical distribution to be configured according to different areas of the field. The center modules use 30° lenses for longer and more concentrated light projection, while the outer modules use 60° lenses to provide wider coverage. This combination helps distribute light more effectively across the playing area. Project Configuration Item Project Specification Application School Sports Field Lighting Model HC-WT3-C1500W Fixture Power 1500W LED Modules 5 × 300W Mounting Height 15 m LED Chips CREE 3030 Luminous Efficacy Up to 210 lm/W Driver Mean Well Beam Angles 30° + 60° Color Temperature 3000K–6000K Adjustable Control AI IoT Control Brightness Adjustable CRI >80 Why This Configuration? 30° Beam for Long-Distance Projection The narrower 30° beam helps direct concentrated light from the 15m mounting height toward the central playing area. 60° Beam for Wider Coverage The wider 60° beam is used on the outer modules to expand coverage toward surrounding areas of the field. Modular 1500W Design 5 x 300W modules provide high-output illumination while allowing the optical distribution to be configured for different field areas. AI IoT Lighting Control Smart control allows operators to manage brightness and color temperature according to different operating requirements. Installation & On-Site Performance Installation site Installation angle Light-up effect Finished result FIFA Quality Pro Certified Football Field The football field at Zhongshan Ninghui School has been tested and certified under the FIFA Quality Programme for Football Turf – FIFA Quality Pro standard. Our LED sports lighting system was installed at this school football field, using 15-meter poles and 1500W fixtures with optimized 30° and 60° beam distributions to support nighttime training and sports activities.       FIFA Quality Pro Zhongshan Ninghui School Certified Field Football Turf Standard Zhongshan, China No. 1024720 Project Results The completed lighting system provides broad illumination across the school sports field, with different beam angles helping direct light toward both the central playing area and surrounding zones. The modular lighting configuration also gives the project greater flexibility for light distribution and smart operation, providing the school with a practical solution for nighttime sports and campus activities. Products Used HC-WT3-C1500W AI IoT LED Stadium Light 1500W | Up to 210 lm/W | AI IoT Control | 30° + 60° View Product → Planning a Similar Lighting Project? Share your field dimensions, pole height, target illumination level and project requirements. Our lighting team can recommend fixture power, beam angles, installation layout and control options for your project.