1, Principles for setting the spacing between high ceiling LED lights
Lighting effect priority: Adequate lighting is required in high shed environments to ensure the safety and efficiency of personnel activities and work areas. Therefore, the spacing between LED lights should first meet the requirements of lighting effect, avoid blind spots in lighting, and ensure even distribution of light.
Energy saving and environmental protection: LED lights are widely used due to their high efficiency and energy-saving characteristics. Reasonable spacing settings can effectively reduce energy consumption, extend the lifespan of lighting fixtures, reduce replacement frequency, thereby saving resources and lowering operating costs.
Easy installation and maintenance: In high shed environments, the installation and maintenance of lighting fixtures are difficult. Reasonable spacing should facilitate the installation and maintenance of lighting fixtures, reducing labor costs and safety hazards.
Economic considerations: While ensuring the lighting effect, the cost of lighting fixtures, installation costs, and energy consumption should be comprehensively considered to choose the most cost-effective spacing setting scheme.
2, Factors affecting the spacing between high ceiling LED lights
Lamp power and luminous efficiency: The power and luminous efficiency of LED lamps directly affect their illumination range and brightness. Generally speaking, the higher the power, the higher the light efficiency, the wider the illumination range, and the corresponding increase in required spacing.
Space height and area: The height and area of a high-rise environment are key factors affecting the spacing between LED lights. The higher the space and the larger the area, the wider the required lighting range, and the spacing should also increase accordingly.
Lighting requirements: Different high-rise environments have varying lighting needs. For example, warehouses may require higher lighting brightness to ensure clear visibility of goods; Sports centers, on the other hand, may place more emphasis on the uniform distribution of light and comfort. These requirements will directly affect the spacing setting of LED lights.
Environmental factors such as dust and humidity may also affect the lighting effect and lifespan of LED lights, thereby affecting the spacing setting.
3, Specific practice of spacing between high ceiling LED lights
Matching power and spacing: Based on the power and light efficiency of LED lights, combined with the height and area of the high-rise environment, the spacing range of LED lights can be preliminarily determined. For example, for 30W LED mining lights, it is recommended to install them at a height of 3 meters and a spacing of 10-15 meters; For 60W LED mining lights, it is recommended to install them at a height of up to 8 meters and extend the installation spacing to 23-25 meters.
Balance between lighting effect and energy consumption: When determining the spacing, it is necessary to consider both lighting effect and energy consumption comprehensively. Smaller spacing can provide more uniform lighting effects, but may increase energy consumption and costs; Although larger spacing can reduce energy consumption, it may lead to uneven lighting and affect the effectiveness of use. Therefore, it is necessary to find a balance between lighting effects and energy consumption.
Convenience of installation and maintenance: When setting the spacing, the convenience of installation and maintenance should also be considered. For example, lighting fixtures that are easy to disassemble and replace, as well as installation positions that are easy to operate, can be chosen to reduce the difficulty and cost of later maintenance.
Reference to actual cases: By referring to lighting design cases similar to high-rise environments, more practical experience can be obtained regarding the spacing between LED lights. These cases can provide specific information on installation height, spacing settings, and lighting effects, providing useful references for design.
