Market Scenario
Lighting as a service market was valued at US$ 2.79 billion in 2024 and is projected to hit the market valuation of US$ 56.03 billion by 2033 at a CAGR of 34.80% during the forecast period 2025–2033.
Key Findings in Lighting as a Service Market
Demand for the lighting as a service market is accelerating from two powerful fronts: public infrastructure renewal and private sector operational efficiency. Municipalities are driving large-scale adoption, with over 2,000 smart streetlight projects underway globally in 2024. The total installed base of smart street lights reached 32.9 million units at the end of 2024 and is forecast to hit 85 million units by 2029. This public-sector push represents a cumulative investment expected to reach $64 billion by 2025, signaling a long-term commitment to intelligent infrastructure.
The scale of these government-led projects is immense. In India, 8,013 smart city projects were approved as of mid-2024, with 7,157 of those already completed. The value of these completed works is approximately $12.24 billion. The resulting benefits are substantial, with projections showing upgraded lighting will save 97,900 GWh of electricity annually by 2025. Such energy conservation translates to a direct global cost saving of $12.9 billion each year, making the financial case for adoption undeniable for city stakeholders in the Lighting as a service market.
In the commercial and industrial spheres, demand is driven by tangible outcomes and technological superiority. A single industrial LaaS agreement can save 170 tons of CO2 annually. The reliability of the technology is also a key factor, with modern LED luminaires offering lifespans exceeding 50,000 hours. Market leadership is concentrated, with providers like Signify having an installed base of nearly 5.8 million lighting controls. A handful of top-tier vendors have now each surpassed the milestone of deploying one million control units, demonstrating the scale and maturity of the market.
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Unlocking Next-Generation Value Streams Beyond Simple Illumination and Efficiency
The future of the Lighting as a Service market lies in integrating value-added services that transform lighting infrastructure into a multi-functional platform. Two key opportunities are emerging:
New Research on Key Market-Defining Aspects
Powering the Future of Food with Agricultural Technology
The Lighting as a Service market is fueling a revolution in Controlled Environment Agriculture (CEA). For vertical farms and greenhouses, lighting is a primary operational expense, making the LaaS model an ideal financial solution. By 2025, the North American indoor farming market is expected to reach a value of 8.70 billion dollars. In Canada, the harvested area for greenhouse lettuce grew from 34.4 hectares in 2022 to 35.8 hectares in 2023, a clear indicator of the sector's physical expansion. The value of this specialized approach is substantial; Louisiana's agriculture and natural resources sector, which includes CEA, had a total economic impact estimated at US$ 12.95 billion in 2024.
LaaS providers are enabling this growth of the lighting as a service market by offering specialized, high-efficiency horticultural lighting without the significant upfront capital investment. In 2024, the hardware segment, which includes these advanced luminaires, represented a commanding 91.4% share of the horticulture lighting market's offerings. Vertical farms are set to expand at a rapid 19.6% compound annual growth rate, a trajectory heavily dependent on advanced lighting solutions. Adopting efficient LED systems can slash energy expenses by up to 60 percent, a critical saving for operators. As of 2024, the total global horticulture lighting market was valued at 6.31 billion dollars. It is forecast to grow to 7.51 billion in 2025. These figures underscore the immense opportunity for LaaS providers who can deliver both the technology and financial model needed to sustain this agricultural transformation.
Creating Intelligent Buildings with Integrated Lighting Networks
The demand for Lighting as a service market is increasingly driven by its role as the central nervous system for smart buildings. Modern systems based on Power over Ethernet (PoE) technology are revolutionizing building infrastructure. The IEEE 802.3bt standard now allows for up to 90 watts of power per port, sufficient for a wide range of smart devices beyond just lights. The latest PoE lighting solutions illuminate more than 1 billion square feet of commercial space globally. This technology streamlines installation, with one analysis indicating labor requirements can be reduced from 90 hours per floor to just 18 hours for typical commercial setups.
These connected lighting networks become invaluable data sources for building management. A single intelligent lighting system can generate vast amounts of information; globally, IoT devices were estimated to have generated 120 zettabytes of data in 2023. Signify alone manages over 114 million connected light points worldwide, highlighting the scale of data collection. This data feeds into digital twins—virtual replicas of physical buildings—enabling advanced simulations and operational optimization. As of 2025, it is projected that approximately 70% of major technology leaders are actively investing in digital twin initiatives. By 2028, over 59% of executives across industries plan to integrate digital twins into their operations, firmly establishing the lighting network's role as a critical component of next-generation smart building management.
Segmental Analysis
Smart Luminaires and Controls Propel Unmatched Market Growth
The dominance of luminaires and controls as the largest component segment of the lighting as a service market is fundamentally tied to the hardware being the direct engine of value. Advanced LED luminaires deliver immediate energy reductions, while integrated controls unlock deeper operational savings, making them the tangible core of the service. Businesses see a clear return, with intelligent lighting controls capable of generating annual savings between $0.60 and $1.00 per square foot. The financial case is compelling, with rapid payback periods in various settings, including just 2.3 years for open-plan offices and an impressive 0.8 years for warehouses. A 33% decrease in the cost of smart LLLC systems has further accelerated adoption.
The evolution of these components from simple light sources to data-collecting nodes is expanding the capabilities of the market. An incremental cost of just $60 for a smart fixture with IoT capabilities is a minor investment for the wealth of data it provides. Such systems can amplify energy savings by 40 percent or more compared to LEDs alone. This potent combination of accessible advanced hardware and significant, measurable savings solidifies the leadership of the luminaires and controls segment within the modern Lighting as a Service market.
Indoor Applications Secure a Commanding Market Share Through Efficiency
Indoor applications overwhelmingly dominate the lighting as a service market by capturing the highest market share because they offer controlled environments where the benefits are most pronounced and measurable. Commercial spaces like offices and retail stores have predictable schedules and high luminaire density, creating ideal conditions for maximizing energy and maintenance savings. The impact on human capital is also a significant driver; optimized indoor lighting can reduce eyestrain and headaches for 84 out of 100 employees, directly boosting productivity. General lighting for these indoor spaces constitutes the vast majority of all industry projects.
The strategic value of intelligent indoor lighting extends far beyond illumination, transforming fixtures into a network for building analytics. In corporate offices, LLLC systems provide granular data for precise space utilization analysis, helping businesses optimize their real estate footprint. The growth in constructing new commercial buildings is a primary factor fueling the expansion of the indoor market. Given that a single office building can house thousands of individual light points, the opportunity for large-scale, impactful savings makes the indoor lighting as a service market the most lucrative application segment.
Commercial Sector Leadership Stems from Powerful Financial Drivers
The commercial end-use sector is the undisputed leader in the lighting as a service market, driven by an acute focus on operational expenditure and corporate sustainability goals. The service model's primary appeal is its ability to bypass huge upfront capital investments, converting a major upgrade into a manageable operating expense. This financial restructuring allows businesses to become cash-flow positive from the very first day of implementation. The savings are substantial, as commercial LED systems can slash energy use by up to 80% and last 25 times longer than traditional bulbs, leading to drastically lower utility and replacement costs over the contract's lifetime.
This financial logic is powerfully combined with the growing corporate imperative to meet stringent ESG targets and green building certifications. The model provides a turnkey solution for companies to reduce their carbon footprint without needing specialized in-house expertise. As smart building technology becomes standard in commercial real estate, integrated lighting is a critical component. The Lighting as a Service market is perfectly aligned with this trend, offering a comprehensive package that addresses cost, efficiency, and sustainability. The move towards data-driven facility management, using insights from luminaires, further solidifies the dominance of the market in the commercial sphere.
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Regional Analysis
North America's Dominance Is Fueled by Public Investment and Smart Infrastructure
North America commands the Lighting as a Service market with over 43% market share, driven by a wave of ambitious public sector projects and a mature commercial real estate sector. The U.S. Bipartisan Infrastructure Law is a significant catalyst, providing grants to over 250 communities in 2024 through the Energy Efficiency and Conservation Block Grant Program for upgrades, including lighting. At the municipal level, large-scale deployments are becoming standard. The City of Chicago's modernization program involves the replacement of 270,000 light fixtures. Similarly, Syracuse, New York, is in the process of acquiring and converting its 17,500 streetlights to smart LED technology.
Canada is also contributing significantly through its Green Municipal Fund, which supported 121 approved projects in 2024. The federal government's Greening Government Strategy mandates energy-efficient retrofits across its 25,000 federally owned buildings. In the commercial sector, the U.S. Department of Energy announced a commitment of 40 million dollars in 2024 to support next-generation connected lighting systems. Utility programs remain a key driver of the lighting as a service market. Pacific Gas and Electric (PG&E) in California provided incentives for over 2,000 commercial lighting projects in 2024. The state of Massachusetts also allocated 15 million dollars for its 2024 Municipal Energy Technical Assistance grants, while New York’s NYSERDA program funded energy audits for more than 500 commercial buildings to identify retrofit opportunities.
Asia Pacific's Rapid Urbanization Creates an Unprecedented Demand for Smart Lighting
The Asia Pacific region is a hotbed of growth for the Lighting as a Service market, propelled by massive national initiatives and rapid urban development. India's Street Light National Programme (SLNP) is a monumental undertaking, having installed over 13 million LED streetlights as of early 2025. These installations result in an estimated daily energy savings of 29.5 million kWh. In China, the government is supporting over 800 smart city pilot projects, a key channel for advanced LaaS adoption. The country's 14th Five-Year Plan targets retrofitting 400 million square meters of urban building stock for energy efficiency.
In more developed lighting as a service market, Japan’s Ministry of the Environment approved subsidies for over 3,000 commercial building energy efficiency projects in 2024, many involving lighting controls. Singapore’s Smart Nation initiative is advancing with a project to deploy sensors and cameras on over 100,000 smart lampposts. In Australia, regional councils are collaborating on upgrades; the Western Sydney Regional Organisation of Councils (WSROC) is rolling out a program to replace 128,000 streetlights. South Korea's Green New Deal also earmarks funds for renovating 225,000 public rental housing units with energy-efficient technologies.
Europe’s Green Regulations Mandate a Continent-Wide Transition to Efficient Lighting
Europe's firm regulatory landscape and ambitious climate targets are accelerating the adoption of Lighting as a service market across the continent. The European Union's Renovation Wave strategy aims to renovate 35 million building units by 2030, creating a massive opportunity for lighting upgrades. In the UK, Phase 3 of the Public Sector Decarbonisation Scheme allocated over 500 million pounds in 2024 for projects, including LED retrofits in over 300 schools and 80 hospitals. At a city level, London's borough of Ealing is proceeding with a plan to install 10,000 new LED streetlights.
Germany's state-owned KfW bank supported over 5,000 energy-efficient retrofit projects for non-residential buildings in 2024 through its loan programs. France’s energy-saving certificate scheme (CEE) has incentivized more than 10,000 distinct energy-efficiency operations in the commercial sector in the past year. In Scandinavia, Copenhagen’s smart city plan involves a network of over 20,000 intelligent streetlights. The Netherlands is also a key market, with Amsterdam’s Schiphol Airport completing a project to replace 15,000 luminaires with a circular, service-based model, underscoring the continent's commitment to both efficiency and sustainability.
Strategic Investments and Acquisitions Shape the Future of Lighting as a Service Market
Top Companies in the Lighting as a Service Market
Market Segmentation Overview
By Component
By End Use
By Application
By Region
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