Integrating Sphere | Goniophotometer | Surge Generator | ESD Simulator - LISUN

Low voltage landscape lighting is a form of outdoor lighting system that functions at a low voltage, often 12 volts or less. The term "low voltage" alludes to the low operating voltage of the system. This sort of lighting system was developed specifically for installation in outdoor landscapes, gardens, and other types of outdoor places in order to provide general illumination and emphasize certain aspects of the environment. When compared to high voltage lighting systems, low voltage landscape lighting systems are preferred due to the fact that they are less dangerous, more environmentally friendly, and simpler to install. They often make use of light bulbs with lower wattages, such as LED lights, which have a lower energy footprint and a longer lifetime when compared to light bulbs with higher wattages. Landscape lighting systems that operate on low voltage are also intended to be adaptable, which enables a broad variety of lighting designs and combinations to be imple

The following are some of the outdoor lighting -related factors that may be evaluated with the use of a goniophotometer: Luminous intensity This parameter, which is often stated in candela, determines the quantity of light that is emitted in a certain direction and quantifies it (cd). Luminous flux This characteristic determines the overall quantity of light that a source emits, and it is often stated in lumens (lm). Chromaticity coordinates These characteristics not only define the color of the light that is produced by a source, but they are also used in the calculation of the source's color temperature and color rendering index (CRI). Color temperature Lower values indicate a warmer (more yellow/red) light, whilst higher numbers indicate a cooler (bluer) light. This parameter is used to characterize the "temperature" of the light that is produced by a source. Color rendering index (CRI) This metric determines how well a given light source can faithf