Industrial lighting standards can be traced back to the 1979 "Standard for Lighting Design of Industrial Enterprises," initially focusing on basic illuminance and luminaire performance. With technological advancements, the 21st century has seen the integration of automated control, the Internet of Things (IoT), and energy-saving light sources (such as improved fluorescent lamps and intelligent sensing systems), forming a technological system that balances efficiency and sustainability.
Industrial lighting has entered the era of intelligentization. Modern industrial and mining lamps have evolved from simple functional lighting into comprehensive system solutions integrating safety protection, energy efficiency management, and intelligent control. Technological innovations are reflected in effective glare suppression through special optical designs, modular structures for easy maintenance, and the integration of environmental sensing modules for automatic dimming and energy saving.
Through the integrated application of IoT technology, industrial and mining lighting systems have become crucial nodes in enterprise digital management, enabling (linked control) with production equipment and real-time status monitoring and maintenance prediction through a central platform. Driven by the concept of green manufacturing, the iteration of light source technology provides support for sustainable development.
In the field of intelligent lighting, several national standards have been issued, including GB/T 42079-2022 "Basic Requirements for Digital Transmission Lighting Control (DLT)" and GB/T 46186-2025 "Dimming Lighting Control Interface - Analog Voltage Dimming Interface for Electronic Current Control Devices." The drafting and development of several national standards for intelligent lighting components and systems, including industrial lighting systems, have also been initiated.
With the deep integration of technologies such as 5G and AI, industrial and mining lighting will develop towards a smarter and more user-friendly direction. Modular and lightweight designs will further reduce the total lifecycle cost. Domestic lighting companies are continuously driving the upgrading and evolution of industrial lighting solutions through industry-academia-research collaboration, cross-innovation in fields such as materials science, optical design, and intelligent algorithms.
