1. The solar garden light design should combine functio […]
1. The solar garden light design should combine function and beauty
An important link in the design of solar garden lights is to select suitable lights according to functional requirements and environmental conditions, and to coordinate and unify lighting functions and decorative effects. Lights and lanterns are functional products, as well as rich information carriers and cultural forms. They are the comprehensive embodiment of people's aesthetic taste, scientific and technological level and functional needs in the corresponding historical periods. The design of a solar garden light manufacturer should take into consideration the functions, materials selection, modeling, colors, techniques and other aspects. The design of lights and lanterns should also take into account the overall relationship between lights and related space environment. Not only lighting, but also the aesthetics of lights and lanterns cannot be separated from their environment and can be integrated with the environment.
2. Light source protection
In the design of solar garden lights, it is necessary to ensure reliable electrical connection of the light source, low contact resistance and no loosening after vibration. In order to protect the light source and prolong its service life, the internal structure of the light must be scientific and reasonable. In order to enhance the heat dissipation capacity of the lights, the solar garden light manufacturer should reasonably manufacture the shape and size of the reflector, which can appropriately enlarge the volume of the lights and increase the heat dissipation area so that the light source can work at a suitable temperature to ensure stable performance, safety and reliability.
3. Heat radiation and heat utilization
In addition to reflecting visible light, the light source also generates a large amount of thermal radiation. Thermal radiation can make the temperature in the light body too high, affect the service life of the light source, cause premature aging of the light material, and more dangerous is the possibility of electric leakage and fire. Therefore, in the design of the light, heat-resistant materials and low-radiation light sources should be selected as far as possible. When conditions do not permit, materials with poor thermal conductivity such as asbestos should be selected to isolate the light source from illuminator materials and components with poor thermal conductivity. Heat dissipation methods, such as radiating fins and reflecting plates, can also be used to refract the thermal radiation, and forced air circulation such as fans can be used to dissipate heat as soon as possible.
4. Light attenuation of lights and lanterns
The light attenuation of solar garden lights refers to the negative influence of optical system and light structure on the luminous flux of light source, and the phenomenon that the pollution of dust and particles in the external environment to the optical system causes the illumination to weaken too early. In the design process of lights and lanterns, the problem of light attenuation should be considered in the material selection, shape, volume and sealing method of the reflector.