1. The problems with the current LED linear light layout scheme
(1) Uneven lighting
Some lighting schemes did not fully consider the structural and functional requirements of the space, resulting in uneven distribution of lighting brightness. For example, in some large shopping malls, due to unreasonable lighting arrangements, some areas have excessive light while adjacent areas have insufficient light, which affects the shopping experience of customers.
(2) High energy consumption
Some lighting schemes excessively use lamps or choose lamps with excessive power in order to pursue lighting effects, resulting in increased energy consumption. This not only increases operating costs, but also does not meet the requirements of energy conservation and emission reduction.
(3) Lack of artistic quality
Some lighting schemes focus too much on functionality and neglect the integration of lighting and spatial artistic atmosphere. Make the lighting effect monotonous and boring, unable to meet people's pursuit of spatial aesthetics.
2. The importance of optimizing the lighting scheme
(1) Improve lighting quality
A reasonable lighting scheme can evenly distribute light, avoid uneven brightness, improve visual comfort, and provide people with a better lighting environment.
(2) Reduce energy consumption
By optimizing the lighting scheme, selecting appropriate lighting fixtures, and arranging them in a reasonable manner, unnecessary use of lighting fixtures can be reduced, energy consumption can be lowered, and the goal of energy conservation and emission reduction can be achieved.
(3) Enhance the artistic quality of lighting
Combining lighting design with spatial art can make lighting a part of spatial decoration, enhance the overall beauty of the space, and create a unique atmosphere.
3. Optimization strategy for LED linear light distribution scheme
(1) Space Requirements Analysis
Functional requirements: Clearly define the main functions of the space, such as highlighting product displays in commercial spaces, creating a warm atmosphere in home spaces, and providing basic lighting in public spaces. Determine lighting parameters such as brightness, color temperature, and color rendering index based on functional requirements.
Space structure: Consider factors such as the shape, size, and height of the space. For example, in narrow corridors, linear light strips can be arranged along both sides of the corridor to enhance the sense of spatial extension; In large conference rooms, ceiling mounted linear lights can be used to provide uniform illumination.
Flow distribution: Understand the distribution of people in the space, increase lighting brightness in densely populated areas, and ensure people's safety and comfort.
(2) Lamp selection
Light efficiency: Choose LED linear lights with high light efficiency, which can provide higher brightness and reduce energy consumption at the same power.
Color temperature: Choose the appropriate color temperature based on the functional and atmospheric requirements of the space. For example, warm white (2700K-3000K) lighting fixtures can be chosen in the bedroom to create a warm and comfortable atmosphere; Neutral white (4000K-5000K) lighting fixtures can be selected in the office to improve work efficiency.
Color rendering index: The higher the color rendering index, the more realistic the color reproduction of the object under light. For places that require accurate display of colors, such as museums, galleries, etc., LED linear lights with a color rendering index greater than 90 should be selected.
Protection level: Select the appropriate protection level based on the environmental conditions of the space. For example, in damp environments such as kitchens and bathrooms, lighting fixtures with higher protection levels should be selected to prevent damage from moisture.
(3) Selection of lighting method
Direct lighting: Installing LED linear lights directly above the area that needs to be illuminated is suitable for most indoor spaces and can provide uniform and bright lighting.
Indirect lighting: By reflecting or refracting light, it illuminates the area that needs to be illuminated, creating a soft and comfortable atmosphere. For example, installing linear light strips at the edge of the living room ceiling allows light to reflect through the ceiling and create indirect lighting effects indoors.
Key lighting: Concentrate light on specific objects or areas to highlight their importance. For example, in the display window of a shopping mall, narrow distribution LED linear lights are used for focused lighting to attract customers' attention.
Decorative lighting: Using the shape and color characteristics of LED linear lights for decorative lighting design. For example, installing colored linear light strips under the stair handrails not only provides illumination, but also adds a sense of fashion to the space.
(4) Application of Intelligent Control System
Dimming function: Through the intelligent dimming system, the brightness of the lights can be adjusted according to different time and scene requirements, achieving energy-saving and creating different atmospheres. For example, at night, the lights can be dimmed to create a warm and peaceful atmosphere.
Scene mode: Set different scene modes, such as reading mode, party mode, sleep mode, etc. Users can easily and quickly switch scene modes according to their actual needs, achieving different lighting effects.
Remote control: Achieve remote control of LED linear lights through a mobile app or smart remote control. Users can turn on or off the lights in advance when going out, improving the convenience of life.
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