Emergency lighting plays a crucial role in ensuring safety in modern public and industrial buildings. It is directly linked to both personal safety and structural integrity. In the event of a fire or other emergencies that cut off the power supply, emergency lighting becomes vital for safe evacuation, firefighting efforts, and maintaining essential operations. Currently, China faces a gap in integrated daily and emergency lighting solutions, which limits the ability to meet emergency needs. By developing LED-based lighting products, this gap can be addressed, helping to ensure adequate illumination during crises while also supporting national energy-saving goals.
In addition to everyday use, emergency lighting must provide sufficient brightness and duration to support rescue operations and system recovery. Specialized emergency lighting with built-in power generation capabilities are being developed—these are portable, reusable, and equipped with self-protection features. Such innovations are particularly valuable in disaster scenarios like fires or earthquakes, where reliable lighting can make a life-or-death difference.
The market for emergency semiconductor lighting is expected to grow significantly, with demand surpassing 2 billion yuan within the next three years. As China's economy continues to develop, public awareness of safety has increased, leading to higher expectations for emergency lighting products. These products must not only be effective in emergencies but also energy-efficient, user-friendly, and highly reliable. The advantages of emergency semiconductor lighting are becoming increasingly evident as society demands better solutions for disaster response, field operations, and off-grid environments.
The "Emergency Lighting Efficient Drive Technology and System Reliability Research" project aims to drive innovation through practical application. It focuses on overcoming key industrial challenges in LED lighting technology and enhancing the entire semiconductor lighting supply chain. By integrating various technologies such as optical design, thermal management, light source structure, and driver circuits, the project promotes the large-scale adoption of domestically produced components in local lighting systems. This effort is critical in advancing both technological capabilities and market competitiveness in the sector.
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