Driven by the accelerated urbanization process worldwide and the internationalization of building safety standards, the emergency firelighting industry is undergoing profound changes. By 2025, in addition to the full implementation of the domestic standard GB17945-2024 "Fire Emergency Lighting and Evacuation Indication System", the demand for international core standards such as IEC 60598-2-22 (Emergency Lighting) and EN 50171 (Emergency Lighting System) continues to increase. Coupled with the deep integration of AI algorithms and Internet of Things technology， emergency fire lights have evolved from "passive response" to intelligent agents capable of "active decision-making". Both the global and domestic market sizes have witnessed a new round of growth.
I. Market Expansion and Continuous Broadening of Application Scenarios
Benefiting from the enhancement of global fire safety awareness， the promotion of international standards， and domestic policy support， the market size of Anshine emergency fire lights has steadily increased. The configuration rate in high-risk areas such as high-rise buildings， underground spaces， and industrial plants has significantly improved. Export-oriented products must strictly comply with the international standards of the target market. In the high-rise building sector， the intelligent emergency lighting system that conforms to IEC 60598-2-22 standards can elevator emergency descent， activate high-brightness lighting， and guide personnel diversion. Some high-end products are equipped with infrared lighting mode， meeting the requirements of EN 50171 for special rescue scenarios， helping firefighters penetrate smoke for rescue； in underground spaces， technologies such as dynamic light tracks and personnel density monitoring not only comply with domestic standards but also align with the international norms of ISO 21409 (Building Evacuation System)， effectively improving evacuation efficiency； in industrial scenarios， explosion-proof lamps that conform to IEC 60079 explosion-proof series standards and have a protection level of IP67 have become standard equipment. Some systems can combine gas diffusion models to plan evacuation routes， meeting the safety certification requirements for high-risk industrial environments in global settings.
II. Technological Innovation Leading， Intelligent Evacuation Becoming the Mainstream
By 2025， intelligent evacuation systems have become the industry mainstream. Ashine's technological research and product design deeply benchmark against international standards and have evolved into a "smart brain" for building safety. The core functions have achieved three breakthroughs. First， dynamic path planning. Through real-time monitoring of fire conditions by smoke sensors and infrared thermal imagers， it can connect LED dimming lamps and combine optimization of evacuation paths with ant colony algorithms， not only meeting domestic standards but also aligning with the international requirements of ISO 21409 for evacuation efficiency， significantly reducing evacuation time. Second， multi-modal evacuation indication. By integrating ground light flow， voice prompts， etc.， it can precisely divert special groups， meeting the norms of EN 50171 for emergency indication in complex scenarios， improving the adaptability of cross-scenario evacuation. Third， self-check faults and remote operation. The built-in intelligent diagnostic module enables full lifecycle monitoring， and remote updates and maintenance via 4G/5G networks control the failure rate of lamps at a low level, meeting the international technical requirements of IEC 62893 (Smart Lighting Control System). In addition， the application of new energy technologies such as photovoltaic energy integration and kinetic power generation simultaneously aligns with the global trend of low-carbon development and relevant international energy standards， injecting new vitality into the industry.
III. Policy Tightening and Standardization， Industry Accelerating Reorganization
On May 1， 2025， the new national standard GB17945-2024 was officially implemented. This standard further benchmarks against international core standards such as IEC 60598-2-22 and EN 50171， revising product performance and safety requirements， significantly raising the industry's entry threshold. The National Certification and Accreditation Administration simultaneously clarified the changes in product certification standards and catalogues, requiring enterprises to not only meet the new domestic standards but also complete international certifications such as CE and UL for export products. New applications for certification must follow the new national standards and the international standards of the target market. Enterprises with old certificates need to complete the conversion within a specified time limit; otherwise, their certificates will be suspended or revoked. The dual constraints of policies and international standards not only eliminate technologically backward enterprises and purify the market but also compel leading enterprises to increase R&D investment and enhance the international compatibility of their products, promoting the industry towards a more standardized, normalized, and internationalized direction.
In summary, in 2025, the emergency firelight industry will have a positive development trend under the background of increased demand for international standard adaptation. In the future, with the advancement of global urbanization, deepening of technology, and continuous updates of international standards, the market space for products with international compatibility will further expand. Industry participants need to seize the opportunity for technological innovation, deeply adapt to both domestic and international standards, and building managers should prioritize the use of intelligent standardized products that comply with international norms, jointly strengthening the building safety defense line.