With the development of technology, the Intelligence of lighting control system is increased greatly. And the merit of intelligent lighting control system is very obvious .

1)save limited electric power , reduce the cost.
2)People oriented ,take application experience into consideration .
3)Easy control , make all become convenient .

What is the purpose and significance of intelligent lighting? What are the application scenarios of intelligent lighting

Abstract: With the continuous changes in the application scenarios of lighting systems, the application situations have become increasingly complex and diverse. Simply relying on switch control is no longer enough to complete the required control. Therefore, lighting control should also develop and change accordingly to meet the needs of practical applications. At this time, intelligent lighting has emerged and become a new star in the lighting market. So, what is the specific purpose and significance of intelligent lighting, and what are the application scenarios of intelligent lighting? Let’s take a closer look in the article!

一、 What is the purpose and significance of intelligent lighting

The rapid development and mutual penetration of computer technology, communication technology, automatic control technology, bus technology, signal detection technology, and microelectronics technology in intelligent lighting control systems have made great progress in lighting control technology, and lighting has entered the era of intelligent control. The main purpose and significance of achieving intelligence in lighting control systems are:

1. It can improve the control and management level of the lighting system and reduce the maintenance cost of the lighting system.
2. It can save energy and reduce the operating costs of lighting systems.

二、 What are the application scenarios of intelligent lighting

After understanding the purpose and significance of intelligent lighting, let’s take a look at the application scenarios of intelligent lighting:

1. The library reading area can achieve local illumination adjustment through human body sensing, and the library can achieve human body sensing illumination control.
2. According to indoor temperature and humidity, automatically adjust the brightness and color temperature of the indoor space to meet people’s requirements for overall environmental comfort.
3. Combining indoor work lighting with natural lighting and shading control to achieve a stable lighting environment in the office.
4. Museums and other cultural relics protection sites adjust the lighting brightness of exhibits according to the number of visitors, and intelligently control the exposure of protected cultural relics exhibits.
5. Long term work scenes with fixed lighting brightness can easily lead to fatigue. Intelligent control of indoor color temperature and brightness can be achieved based on people’s daily habits, reducing fatigue and improving work efficiency.
6. The banquet hall uses video surveillance terminals to automatically set lighting scenes based on pre-set events and personnel density, and detects pedestrian density and flow trends using video surveillance terminals.
7. Large and complex spaces with high pedestrian traffic require the identification of lighting conversion locations (such as theaters, large commercial buildings, etc.), and the installation of intelligent signage lighting control systems with user-friendly navigation functions.
8. Performance lighting in sports and entertainment venues achieves lighting control that synchronizes preset scenes with music festival rules.
9. The lighting of the classroom and conference room combines natural lighting and shading control, achieving constant light control of the class desktop, and is coordinated with teaching such as projection to achieve linkage control of multimedia equipment for the conference.
10. Automatically adjust the building facade and landscape lighting scene according to the seasonal climate.