How does LED solar lighting save energy and reduce emissions?

1. Renewable energy source: LED solar lighting systems use solar energy as the main energy source, converting sunlight into electricity through solar panels. This energy source is endless, unlike traditional fossil fuels that rely on limited resources, so it greatly reduces the demand for fossil energy and fundamentally reduces greenhouse gas emissions. The use of solar energy can also help reduce damage to the environment because the carbon footprint generated during its production process is much lower than that of traditional energy.

2. Efficient energy conversion: LED lamps themselves have efficient energy utilization. Compared with traditional incandescent or fluorescent lamps, LED lamps can provide the same or brighter lighting effects with less energy. The luminous efficiency of LEDs is usually as high as 100 lumens/watt, while the luminous efficiency of traditional incandescent lamps is only 10-17 lumens/watt. This efficient energy conversion not only saves energy, but also reduces energy costs, saving a lot of resources for users and society.

3. Low power consumption and high brightness: LED lamps are much lower than traditional lighting equipment in power consumption, usually only a fraction of them. For example, an 8-watt LED bulb can provide lighting effects comparable to or better than a traditional 60-watt incandescent bulb. This low power consumption and high brightness feature not only reduces energy consumption, but also extends the use time of the solar panel power supply system, further improving energy efficiency.

4. Intelligent control system:
LED solar lighting is usually equipped with intelligent control systems, such as light control sensors and time controllers. Light control sensors can sense the light level of the surrounding environment and automatically adjust the brightness or switch status of the lamps, thereby avoiding ineffective use of lamps during the day. The time controller can automatically control the switch of the lamps according to the preset schedule to ensure that lighting is provided when needed, saving energy and optimizing energy efficiency.

5. Reduce light pollution:
LED lamps have the characteristics of strong directionality, which can more accurately control the projection direction and range of light, reducing the generation of light pollution. Light pollution not only affects human health and quality of life, but also has adverse effects on nocturnal ecosystems and wildlife. The use of LED lamps helps to protect starry sky viewing and reduce the interference of urban luminescence on biological rhythms, thereby maintaining ecological balance and sustainable development of communities.

6. Long life and low maintenance cost:
The life of LED lamps can usually reach tens of thousands of hours, far exceeding traditional incandescent and fluorescent lamps. This not only reduces the frequency of lamp replacement, but also reduces maintenance costs and resource consumption. Long-life LED lamps mean less material and energy used in production and waste disposal, further reducing the environmental burden.

SOLAR LIGHTING / DS-231

Die-casting aluminium body,super white tempered glass. 
Optics with PC lens with high visual comfortable and uniform lighting distribution, multiple light distribution options.
High quality LED chips.
Top and side fixing, angle can be adjustable, installation tube diameter Ø76/Ø60mm. 
No photo-biological risk,(no risk linked to infrared,blue light and UV radiation) in accordance with EN 62471:2008.