This blog is based on the recent Frost & Sullivan analyses, “Emergency Lighting Market, Global, 2024–2030 and Top 8 Growth Opportunities in Lighting, 2026,” authored by Anirudh Bhaskaran, Associate Director, Energy & Buildings Practice.
The global emergency lighting market grew by an estimated 5.5% in 2024 and is expected to reach $7.42 billion by 2030, expanding at a compound annual growth rate (CAGR) of 5.7%. This expansion is closely tied to construction and renovation activity, as new and upgraded buildings require compliant fire and life safety systems. Stricter building regulations and energy-efficiency targets are further increasing demand for low-power emergency lighting.
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In response, vendors are introducing Internet of Things (IoT)-integrated monitoring, wireless connectivity, and adaptive lighting to improve system visibility and performance. These advances are creating opportunities for safer, more efficient emergency lighting across commercial, industrial, and public infrastructure.
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Top 3 Strategic Imperatives Shaping Emergency Lighting
- Competitive Intensity
Conventional emergency lighting systems rely on static signage and manual testing, which increase labor costs and limit responsiveness. Smart, cost-effective alternatives are addressing these shortcomings through automated testing and dynamic capabilities. Vendors must modernize their portfolios to protect market share.
- Disruptive Technologies
IoT and wireless technologies enable real-time monitoring of emergency lighting systems. Digital Addressable Lighting Interface Plus (DALI+) supports Internet Protocol (IP)-based control, while Bluetooth mesh improves battery management and reduces manual testing. These capabilities also support predictive maintenance, helping vendors improve system reliability.
- Industry Convergence
Emergency lighting is increasingly being integrated with building management systems to centralize monitoring and control. This connection allows fire safety, emergency lighting, and building automation functions to operate in coordination. The resulting visibility strengthens life safety while improving overall building performance.
Emergency Lighting Industry – At a Glance
Regional Growth Megatrends in the Global Emergency Lighting Market
Regional performance varies with construction activity, urban development, and infrastructure investment. Key developments include:
- North America: Remaining the largest market, with a projected 9% CAGR through 2030, supported by building construction growth
- Europe: Retaining its position as the second-largest market, driven by decarbonization, urban redevelopment, and compliant safety lighting requirements
- Asia-Pacific: Growing the fastest at a projected 6% CAGR, fueled by urbanization, transportation projects, and smart city investment
- Middle East and Africa: Expanding at a projected 0% CAGR, supported by tourism, real estate, manufacturing, and economic diversification projects
- Latin America: Advancing at a projected 7% CAGR, supported by urban development and investment in commercial and public infrastructure
Emergency Lighting Market Leaders and Their Technology Strategies
The industry leaders listed below held a combined 23.6% market share in 2024 and are investing in connected systems that simplify monitoring, testing, and maintenance:
- Acuity led the market with an 3% share, with North America contributing more than 85% of its revenue. The Atrius IoT platform, Connected Self-Testing Automated Reporting (STAR), and DMeXit Emergency Controller improve system visibility and simplify compliance reporting.
- Eaton held a 6% share, while its emergency lighting business recorded a 5.9% CAGR from 2020 to 2024. Its DualSmart system uses distributed power to simplify wiring, reduce installation costs, and support renovation projects.
- Signify accounted for a 5.7% share, while its emergency lighting business recorded a 3.2% CAGR from 2020 to 2024. Its wireless portfolio integrates with Interact Building Manager to centralize control, automate compliance testing, and reduce maintenance costs.
Where Are the Next Growth Opportunities in Lighting?
Lighting providers are extending their capabilities into connected safety and precision control. These two areas offer clear opportunities to address specific operational requirements.
- Connecting Emergency Lighting with Life Safety Systems
Emergency lighting is increasingly being connected with fire alarms, voice evacuation systems, security platforms, and building management systems. Standards such as NFPA 3, NFPA 4, and EN 1838 are reinforcing the need for these functions to operate together during emergencies.
This shift creates an opportunity for adaptive evacuation solutions that use dynamic signage and real-time guidance. Vendors can support adoption by demonstrating how coordinated systems improve emergency response and simplify compliance for facility managers and specifiers.
- Improving Crop Performance with Precision Lighting
Controlled-environment agriculture is increasing demand for lighting that improves crop quality and yield while managing energy and water use. Smart controls address this requirement by adjusting light intensity, spectrum, and duration according to each growth stage.
Real-time monitoring and analytics allow growers to refine these settings across cultivation cycles. Connecting these functions through IoT platforms also enables remote oversight and earlier identification of conditions that could affect crop health.
What Will Define the Future of Emergency Lighting?
Emergency lighting is moving from periodic manual testing toward continuous monitoring and automated system checks. This shift provides real-time data on battery condition, luminaire status, and faults, helping facility teams identify maintenance needs earlier and maintain reliable compliance records.
To support this transition, providers should develop interoperable solutions that connect with fire safety and building management platforms. Product priorities should include retrofit-friendly installation, automated testing, low-power operation, and clear compliance reporting. Reducing wiring, manual inspections, and maintenance effort will provide measurable value to building owners and facility teams.
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Frequently Asked Questions (FAQs)
How do smart electricity meters send data?
Smart electricity meters record usage at set intervals and send the readings to utilities through secure communication networks. Depending on the system, data may travel through cellular, radio frequency (RF), powerline, or mesh networks before reaching head-end and meter data management systems.
What is an electric meter?
An electric meter measures the electricity consumed by a home, business, or industrial facility, usually in kilowatt-hours. Utilities use this data to calculate bills and monitor electricity usage.
What are the two main types of electric meters?
Electric meters are commonly grouped into traditional meters and smart meters. Traditional meters record cumulative electricity use and usually require manual reading, while smart meters capture detailed usage data and transmit it automatically to utilities.
What is the difference between a smart meter and a regular meter?
A regular meter records total electricity consumption and typically requires manual reading. A smart meter captures usage at shorter intervals, sends readings automatically, and supports remote services, flexible tariffs, and outage notifications.
What is the disadvantage of a smart meter?
Smart meters depend on reliable network connectivity to transmit readings automatically. Communication issues can interrupt data transmission, while installation costs, cybersecurity, data privacy, and system compatibility also require careful management. The meter can usually continue recording electricity usage when communication is unavailable.
