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Airport Smart Lighting Market Size - Industry Analysis, Regional Outlook, Application Development Potential, Technological Trends, Competitive Market Share & Forecast, 2025 - 2034
Report ID: GMI2156
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Authors: Suraj Gujar,
Airport Smart Lighting Market
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Airport Smart Lighting Market Size
The global airport smart lighting market generated notable revenues in 2024 and is estimated to grow at a notable CAGR during 2025-2034, driven by increased air traffic, increased energy-efficient airport infrastructure, and vast uptake of smart technologies. With stronger-than-expected travel recovery underway, there are unprecedented pressures on air travel infrastructure and increasing demands for more intelligent lighting solutions that offer enhanced safety, continually improved efficiencies, and sustainability. Smart airport lighting uses sensors, automation tools, and a wireless network to allow airports to control lighting levels in real-time to lower energy use intensity and make the airfield safer and more reliable.
Regulatory mandates for energy efficiency and carbon reduction are encouraging airport authorities to adopt smart lighting solutions to fulfill and align with global climate objectives. These systems not only minimize electricity consumption but also reduce maintenance costs for airports by eliminating the need for on-site human checks and implementing remote monitoring and predictive maintenance. With the acceleration of airport expansions and integrations into smart city projects, there is an urgent need for intelligent, connected lighting systems in airports.
Airport Smart Lighting Market Trends
A major trend is that lighting systems are starting to use Internet of Things (IoT) technology along with Artificial Intelligence (AI), and now enable monitoring in real time, remote control, and predictive maintenance. Smart lights with IoT functionalities are not just connected to the Internet, but they have sensors that can automatically adjust their brightness based on the environment, even aircraft movement, or when a person is in the area to conserve energy. Analytics generated by AI can also assist with identifying faults, maintaining operational reliability, and scheduling maintenance. An emerging trend is a move away from wired control systems to wireless control systems.
Having a wireless control system can lower installation costs, help avoid changes to existing infrastructure and be especially valuable on retrofit projects. Wireless mesh networks can help provide better scalability for system expansion by allowing existing systems to remain in place. Human-centric lighting is one of the most recent trends in lighting being implemented at terminal buildings. The goal is to provide color temperature and intensity adjustments to correlate strategies with energy usage over natural circadian rhythms.
Terminal buildings are using these strategies to improve passenger comfort and minimize travel fatigue. Sustainability and carbon neutrality are also trends that have gained traction amongst airport operators in the past year. In line with Environmental, Social, and Governance (ESG) priorities, energy-saving LED lighting and solar-powered systems are being adopted at a higher rate than ever before.
Airport Smart Lighting Market Analysis
The airside lighting segment from the airport smart lighting industry accounted for the largest share in 2024. Airside lighting infrastructure includes systems for runway/taxiway, approach, apron, and obstruction lighting, all vital for the safe operation of aircraft, particularly in periods of low visibility such as fog, night operations, and adverse weather conditions. Smart lighting airside systems cater to safety and efficiency by developing situational awareness of the aircraft movements in the environment through acquisition of data from various sources. It allows an intelligent hierarchy of lighting in practice as part of a safe air traffic control regime.
Furthermore, an increasing demand for real-time monitoring, automated monitoring, and reduced on-site maintenance and user fees in procedures at busy airports is accelerating the use of smart LED lighting technology with built-in sensors and connected to the Internet of Things. The use of smart LED lighting technology also provides the opportunity to increase the efficiency of all taxiway services or apron taxi systems. The smart LED lighting technology means there is a reduction in energy use, on average, of up to 70%, while complying with the minimum standards of the International Civil Aviation Organization (ICAO).
The commercial airports segment held the largest share in 2024. Commercial airports can encompass both domestic and international passenger traffic, and they face similar pressure as other sectors improve operational efficiency, passenger experience, and their footprint on sustainability. While these airports update infrastructure to meet aviation standards, environmental regulations, and flood the development with the potential for smart investment solutions, smart lighting systems have crept in as an essential aspect of next-generation airports.
Lighting systems help to reduce energy costs, provide safety and aesthetic value, while supporting intelligent management of the terminal experience, the approach to parking, and pedestrian transit to gates. Commercial airports implement lighting systems that consider occupancy/cost-effective energy use across multiple locations in the terminals, including revolving aspects such as daylight harvesting or motion sensors, and the optimization of energy use relative to occupancy and daylight.
Asia Pacific airport smart lighting market generated significant revenues in 2024. Urbanization and rising disposable incomes, along with the rapid rise in demand for air travel attributed to the tourism growth, have stimulated investments from both the government and the private sector into the airport infrastructure. Countries such as China, India, Japan, South Korea, and other Southeast Asian countries are expanding and modernizing their airports with smart technologies in their master plans.
The GMR Group of India, along with Adani Airports, for example, has implemented a smart lighting solution as part of their terminal upgrades, along with new airports planned in India with smart technologies. Furthermore, the commitment made by the Chinese government to develop the region into a smart city has resulted in more intelligent lighting system development in regional and international airports. Airports in the Asia Pacific, airside and landside, are rolling out smart lighting for site-specific, operational cost, and safety concerns, along with meeting carbon neutrality.
Airport Smart Lighting Market Share
Key players in the airport smart lighting industry include:
Companies leading the airport smart lighting present in the market, for instance, ADB Safegate, Eaton Corporation, Honeywell International Inc., and OSRAM, are applying several approaches to remain competitive. Most of these companies are putting a clear focus on engaging in R&D investment consistently, with a general goal towards developing energy-efficient and sensor capability-based lighting systems that use IoT, which are cost-effective for evolving airport needs. In addition, several of these companies are participating in strategic partnerships with airport authorities, government bodies, and smart infrastructure developers, to be able to obtain large-scale access for modernization projects.
In addition, most industry players are consolidating through mergers and acquisitions to increase geographical reach and expand technological capabilities. Companies are using customization and after-sales support offerings (e.g., predictive maintenance, and/or software-based lighting control platform) to ensure their firms are sufficiently competitive. Generally, a combination of ongoing innovation, collaborative approaches, and service excellence allows organizations to maintain a competitive advantage to sustain competitive advantage.
Airport Smart Lighting Market News