Different Sports Stadiums
Many professional teams of the most important sports in the United States (such as NHL, NBA, MLB, and NFL) made in their courts and stadiums the change of all their lighting based on metal halogen lamps to LED lighting.
The new lighting benefited not only the players but also its audience and maintenance managers. The players enjoy the game under powerful and intense lighting, fans love the shows with bright and powerful lighting and the operations staff loves not having to do so much maintenance and have the control of the lighting that allows you the led lighting.
Each sport has a main play area where the level and lighting quality of the stadium is vital for players to focus on the game safely. Quality lighting with a minimum of reflection is also important for viewers and for excellent broadcasting through TV. Generally, each sport has its own lighting requirements and the more advanced the level of competition, the more lux levels are needed.
The spaces with a lot of diffusion through TV also need high-quality lighting with high levels of fluxes. The recording and transmission of matches have given him a lot of exposure in recent times.
The Society of Lighting Engineers offers guidance on recommended lighting levels for sports and recreation areas. The guide also covers other important considerations for sports lighting. We will comment on some of them in this post.
Sports Lighting Requirements
As sports are very different, their lighting requirements are too. Fast-action games with a distant viewing distance and with small objects in the game (such as hockey) require high levels of lighting. However, those with slower action, a closer viewing distance and a larger object in the game (such as football) need lower lighting levels.
While the Society of Lighting Engineers has a guide that includes general lighting specifications, there are other guides that recommend adequate lighting levels for different types of sports. Most of the recommendations of lighting levels for individual sports are divided into classes according to the level of competition.
Class I: high proficiency level
Class II: intermediate proficiency level
Class III: low proficiency level with supervised training
Most Class I sports need a minimum of 500 lux. But high-level competitions, such as the Premier Football League, need a minimum of 800 lux. FIFA requires that its fields be illuminated with at least 1200 fluxes. High-level stadium lighting allows broadcasting companies to offer a high definition (HD) transmission.
Lighting designers generally have to work surrounded by camera platforms, marker boards, journalists and networks when installing lighting in sports spaces. Water, ice, snow, glass screens, and polished floors become a great challenge as they generate reflections in the lighting.
When it comes to sports that are played at ground level where players and spectators do not look up (such as boxing or hockey), lighting experts ensure a good horizontal distribution of lighting to avoid shadows. They use a wide variety of lighting fixtures to arrange the light in a level area.
Sports that are developed at ground level but unidirectional such as skiing, bow and arrow and target shooting need the lighting to be aimed at the target. When lighting fixtures are installed in spaces where these sports are practiced, the lighting specialists direct the light to the objectives and thus ensure that it does not affect the players or the public.
When sports are televised, lighting experts use a special technique to focus groups of artifacts from one side of the field to the other to ensure that the light is vertically well distributed. In many large stadiums where the distance between the players, the audience and the cameras is important, the lighting used is generally more powerful than what the players need.
The new lighting benefited not only the players but also its audience and maintenance managers. The players enjoy the game under powerful and intense lighting, fans love the shows with bright and powerful lighting and the operations staff loves not having to do so much maintenance and have the control of the lighting that allows you the led lighting.
Each sport has a main play area where the level and lighting quality of the stadium is vital for players to focus on the game safely. Quality lighting with a minimum of reflection is also important for viewers and for excellent broadcasting through TV. Generally, each sport has its own lighting requirements and the more advanced the level of competition, the more lux levels are needed.
The spaces with a lot of diffusion through TV also need high-quality lighting with high levels of fluxes. The recording and transmission of matches have given him a lot of exposure in recent times.
The Society of Lighting Engineers offers guidance on recommended lighting levels for sports and recreation areas. The guide also covers other important considerations for sports lighting. We will comment on some of them in this post.
Sports Lighting Requirements
As sports are very different, their lighting requirements are too. Fast-action games with a distant viewing distance and with small objects in the game (such as hockey) require high levels of lighting. However, those with slower action, a closer viewing distance and a larger object in the game (such as football) need lower lighting levels.
While the Society of Lighting Engineers has a guide that includes general lighting specifications, there are other guides that recommend adequate lighting levels for different types of sports. Most of the recommendations of lighting levels for individual sports are divided into classes according to the level of competition.
Class I: high proficiency level
Class II: intermediate proficiency level
Class III: low proficiency level with supervised training
Most Class I sports need a minimum of 500 lux. But high-level competitions, such as the Premier Football League, need a minimum of 800 lux. FIFA requires that its fields be illuminated with at least 1200 fluxes. High-level stadium lighting allows broadcasting companies to offer a high definition (HD) transmission.
Lighting designers generally have to work surrounded by camera platforms, marker boards, journalists and networks when installing lighting in sports spaces. Water, ice, snow, glass screens, and polished floors become a great challenge as they generate reflections in the lighting.
When it comes to sports that are played at ground level where players and spectators do not look up (such as boxing or hockey), lighting experts ensure a good horizontal distribution of lighting to avoid shadows. They use a wide variety of lighting fixtures to arrange the light in a level area.
Sports that are developed at ground level but unidirectional such as skiing, bow and arrow and target shooting need the lighting to be aimed at the target. When lighting fixtures are installed in spaces where these sports are practiced, the lighting specialists direct the light to the objectives and thus ensure that it does not affect the players or the public.
When sports are televised, lighting experts use a special technique to focus groups of artifacts from one side of the field to the other to ensure that the light is vertically well distributed. In many large stadiums where the distance between the players, the audience and the cameras is important, the lighting used is generally more powerful than what the players need.
Comments
Post a Comment