Lighting As A Service Market (2026 - 2036)

Lighting as a service Market Forecast and Outlook By FMI

In 2025, the lighting as a service market was valued at USD 3.5 billion. Based on Future Market Insights’ analysis, demand for lighting as a service solutions is estimated to grow to USD 4.7 billion in 2026 and USD 93.5 billion by 2036. FMI projects a CAGR of 34.8% during the forecast period.

Absolute dollar growth of USD 89.0 billion over the decade signals rapid scaling driven by subscription conversion in commercial portfolios and municipal streetlight upgrades, rather than unit-driven luminaire sales. Growth is held back by contract complexity, baseline measurement disputes, and long payback scrutiny in public procurement, yet the model keeps momentum where energy prices, ESG reporting, and building digitisation overlap.

As Frans van Houten, former CEO of Royal Philips, noted regarding outcome-based contracting, “For business customers, we therefore now sell lighting as a service, which means you can buy it for a monthly fee.” [1]

Summary of Lighting as a Service Market

• Market Definition
  • Lighting as a service monetises lighting performance through recurring fees that bundle equipment, controls, monitoring, maintenance, and upgrades into one contract.
• Demand Drivers
  • Building owners use LaaS to avoid capex while meeting energy and carbon targets under tighter tenant and investor reporting requirements.
  • Municipalities use service contracts to modernise streetlighting while shifting maintenance and uptime risk to providers.
  • Industrial sites use connected controls and analytics to cut energy use and support energy management compliance programmes.
• Key Segments Analysed
  • Component leadership: Luminaries and Controls lead at 42% share in 2025 due to hardware-driven savings capture and control retrofits.
  • Application leadership: Indoor leads at 46% share in 2025 as offices, retail, and warehouses convert multi-site retrofits into service agreements.
  • Geography: China and India lead growth rates, while Europe’s growth is supported by compliance-led retrofit cycles and ESCO maturity.
• Analyst Opinion at FMI
  • Sudip Saha, Senior Consultant at Future Market Insights, opines, “The contract winner is the supplier that can verify savings, keep uptime high, and integrate lighting data into the building stack without adding operational burden.”
• Strategic Implications / Executive Takeaways
  • Build a measurement and verification playbook that survives audit, procurement review, and portfolio benchmarking.
  • Offer contract options that match tenant lease terms, including buyout clauses and upgrade schedules for controls and sensors.
  • Treat parts availability and field service response time as revenue protection, since downtime penalties and churn risk rise with scale.
• Methodology
  • Triangulated forecasts using provider disclosures, tender pipelines, and policy milestones that shape retrofit timing.
  • Validated segment shares via component mix in service bundles and control penetration assumptions.
  • Stress-tested country outlooks against procurement cycle length, financing access, and standards effective dates.

China (47% CAGR) and India (43.5% CAGR) lead as smart city programmes and ESCO-style delivery expand across large building and public lighting stocks. Germany (40% CAGR) is pushed by industrial energy management and automation mandates, while France (36.5% CAGR) follows with ESCO contracting depth in public and commercial estates.

The United Kingdom (33.1% CAGR) and the United States (29.6% CAGR) generate scale through retrofit-driven subscription conversions, constrained by procurement cycles and verification requirements. Brazil (26.1% CAGR) grows through PPP-driven public lighting modernisation, paced by municipal finance capacity and tender timelines.

Market definition

Lighting as a service is a contracting model where a customer pays a recurring fee for lighting outcomes, such as maintained light levels, uptime, and energy savings, instead of buying fixtures upfront. Providers supply LED luminaires, controls, and software, install them, and take responsibility for monitoring, maintenance, and upgrades during the contract. Most demand comes from commercial buildings, industrial sites, and municipal streetlighting, where the service model converts capital spend into predictable operating expense and links payments to performance.

Market inclusions

This report covers global and regional market sizing for 2025, with forecasts from 2026 to 2036. It includes segmentation by component, application, end use, and region, with country-level growth rates for leading markets. The scope includes contract model evolution, savings measurement practices, platform integration trends, and competitive positioning across lighting OEMs, ESCOs, and specialist service providers.

Market exclusions

The scope excludes standalone luminaire sales where no service contract exists, even if products are marketed as “smart lighting.” It also excludes short-duration maintenance-only agreements without performance guarantees, and one-off retrofit EPC projects that do not convert to recurring service revenue. Downstream building automation systems outside lighting (HVAC-only platforms) are not sized unless bundled into a lighting service contract.

Lighting as a Service Market Research methodology

Primary research: Primary inputs include interviews with lighting OEM channel leaders, ESCO contracting teams, facility managers, and municipal procurement stakeholders involved in streetlighting and building retrofits.

• Desk research: Secondary inputs include government programme releases, energy-efficiency guidance, standards and compliance updates, tender notices, and company disclosures related to managed services and performance contracting.
• Market-sizing and forecasting: A hybrid model combines top-down adoption curves (building stock, retrofit cycles, public lighting points) with bottom-up revenue build (provider contract values, renewal rates, installed base ramp).
• Data validation and update cycle: Forecast outputs are cross-checked against public procurement pipelines, policy effective dates, and provider revenue disclosures, then refreshed as new programme budgets, standards, and contract announcements are published.

Segmental analysis

Lighting as a service Market analysis by Component

Based on FMI’s lighting as a service market report, consumption of Luminaries and Controls is estimated to hold 42% share in 2025. This dominance comes from the fact that hardware and control upgrades are where most measurable savings are captured, and service contracts typically bundle luminaires, sensors, and control networks as the performance baseline.

• Enterprise contracting: Signify signed a multi-year lighting as a service agreement with Leonardo (June 2024), showing how large enterprise campuses convert lighting upgrades into managed-service delivery. [2]
• Control-led compliance: USA federal facility guidance positions LED and controls as lifecycle-cost measures aligned with mandated procurement and energy performance needs, supporting service bundles where controls are essential to verification. [6]
• Streetlighting economics: Public lighting can form a material part of municipal energy expenditure, which strengthens the case for control-enabled upgrades that can be financed and managed as a service. [7]

Lighting as a service Market analysis by Application

Based on FMI’s lighting as a service market report, consumption of Indoor applications is estimated to hold 46% share in 2025. Indoor systems are favoured because they deliver fast savings in high-hours spaces like offices, warehouses, and retail, and because control data links directly to facility operations and tenant experience metrics.

• Commercial estate retrofits: UK retrofit guidance for office buildings frames the business case for net-zero aligned upgrades, where lighting is a common early measure due to savings visibility and operational simplicity. [10]
• Federal facility pipeline: The USA Federal Energy Management Program (FEMP) describes support for conservation upgrades that include LED lighting enhancements and building automation exploration, aligning with bundled service delivery in large portfolios. [11]
• Standards transition: ENERGY STAR’s lighting specification sunset notice (December 2024) reflects the maturity of LED products and the shift toward other performance frameworks, which pushes buyers to rely more on integrated system performance and service SLAs than product labels alone. [12]

Lighting as a service Market analysis by End use

Based on FMI’s lighting as a service market report, consumption of Commercial end use is estimated to hold 62% share in 2025. Commercial portfolios can aggregate sites, standardise specifications, and finance upgrades through predictable payments, which makes LaaS easier to scale than in fragmented residential demand.

• Portfolio-scale wins: Orion Energy Systems announced a multi-million dollar LED lighting contract for a national retail chain (October 2024), reflecting how large commercial buyers award scale projects that can be structured into recurring service relationships. [3]
• Compliance-led automation: Germany’s Building Energy Act discussion highlights tightening expectations around building automation and control systems in non-residential buildings, supporting service models that include monitoring and performance reporting. [13]
• Public-to-commercial spillover: Municipal lighting PPP work often creates vendor capabilities and financing structures that providers later reuse in commercial estates, helping service platforms scale across sectors. [7]

Lighting as a service Market drivers, restraints, opportunities

Future Market Insights analysis links LaaS adoption to the same forces that shaped ESCO growth, rising energy bills, tighter reporting on operational emissions, and the need to modernise ageing lighting infrastructure without large upfront spend. In commercial estates, LaaS is often approved when portfolios can bundle sites, standardise specifications, and treat lighting as an operating service with predictable monthly costs and defined uptime.

A tension is emerging between speed of rollout and contract governance. Buyers want fast retrofits and immediate savings, yet procurement teams require baseline definitions, verification terms, and clarity on data ownership from connected controls. That creates friction for smaller providers and slows municipal contracting, though it also raises barriers that favour firms with financing capacity, compliance knowledge, and service delivery scale.

• Policy-driven retrofits: Fluorescent phase-outs and hazardous substance restrictions accelerate LED conversion timetables, which increases the addressable base for LaaS contracts when buyers prefer opex structures. The European Commission’s RoHS framework is a reference point in many compliance programmes, even where national rules vary. [9]
• Smart building integration: Demand rises where lighting controls are treated as a data layer for occupancy, space usage, and energy management, supporting automation and reporting needs in large estates. US federal guidance on LED lighting and controls in facilities reinforces standardisation in public estates that can be contracted as services. [6]
• Municipal PPP momentum: Cities adopt PPP models to modernise streetlighting where lighting can represent a meaningful share of municipal energy spend, creating scope for performance contracts tied to savings. A World Bank PPP pre-feasibility study for Rio de Janeiro discusses the budget relevance of public lighting energy use and the savings logic behind efficiency projects. [7]

Regional analysis

The market is analysed across North America, Europe, East Asia, South Asia & Pacific, Latin America, and the Middle East & Africa. Regional performance varies with retrofit policy pressure, ESCO maturity, energy pricing, and public procurement capacity. The full report includes market attractiveness analysis by region and major countries.

Source: Future Market Insights (FMI) analysis, based on proprietary forecasting model and primary research

North America market analysis

North America is the contract-structured market, where performance guarantees, M&V discipline, and multi-site commercial portfolios support repeatable LaaS delivery. Providers operate alongside ESCOs and facility service groups, while OEM ecosystems support controls, sensors, and interoperability. Signify, Facility Solutions Group, and Orion Energy Systems are visible in portfolio retrofit activity, while federal guidance influences public estate standards for lighting and controls. [6]

United States: Demand for lighting as a service in the United States is projected to rise at 29.6% CAGR through 2036. Federal estate modernisation keeps a steady pipeline for LED and controls work, and the service model fits agencies that prioritise lifecycle cost and performance verification. GSA guidance on LED lighting and controls ties procurement to lifecycle cost-effectiveness and energy efficiency goals, which supports contracts built around defined outcomes and measured savings. [6] In parallel, DOE’s Federal Energy Management Program references support for conservation projects that include LED lighting enhancements and building automation exploration, aligning with the shift from product purchase to managed upgrade programmes. [11]

FMI’s analysis of lighting as a service market in North America consists of country-wise assessment that includes the United States and Canada. Readers can find contract model benchmarks, component mix shifts, and procurement cycle impacts by end-use segment.

Europe market analysis

Europe is compliance-led and retrofit-dense, with strong ESCO penetration and policy pressure that accelerates lighting upgrades in public estates and commercial buildings. The region’s differentiator is the link between hazardous substance restrictions, building energy performance initiatives, and procurement rules that reward verified savings. Signify and TRILUX have strong regional footprints, while ESCO partners often deliver installation and performance reporting at scale. [2]

Germany: Demand for lighting as a service in Germany is projected to rise at 40% CAGR through 2036. The commercial and industrial base values automation and monitoring, which aligns with LaaS bundles that include sensors, controls, and reporting. Germany’s Building Energy Act discourse highlights tightening expectations around building automation and control systems in non-residential buildings, which supports service offerings that can integrate lighting controls into broader building management strategies. [13] Retrofit pressure also links to hazardous substance compliance; the European Commission’s RoHS framework governs restrictions on substances such as mercury in electrical and electronic equipment, reinforcing LED conversion timetables that can be financed as service contracts in large estates. [9]

France: Demand for lighting as a service in France is projected to rise at 36.5% CAGR through 2036. LaaS adoption benefits from ESCO-style contracting familiarity in public and commercial segments, where projects can be packaged as performance upgrades rather than asset purchases. EU RoHS substance restrictions form part of the compliance backdrop for lighting equipment selection, supporting the move away from mercury-containing legacy lamp categories. [9] For building owners and municipalities, the business case strengthens when retrofit programmes can show measurable reductions in energy bills and maintenance calls, so contracts tend to bundle monitoring and predictive maintenance.

United Kingdom: Demand for lighting as a service in the United Kingdom is projected to rise at 33.1% CAGR through 2036. Office and public estate retrofits remain a major driver because lighting upgrades are among the first measures adopted in net-zero business cases. UKGBC’s January 2024 report on retrofitting office buildings discusses how operational measures, including low-energy lighting, fit into net-zero retrofit cases, which supports service contracts tied to verified savings. [10] Regulatory pressure on energy performance also shapes landlord decision-making, since compliance risk and tenant expectations push upgrades across older building stocks. The UK has its own RoHS-related phase-out timing for mercury in certain compact fluorescent categories, reinforcing LED conversion planning that can be structured into service agreements. [14]

FMI’s analysis of lighting as a service market in Europe consists of country-wise assessment that includes Germany, France, and the United Kingdom. Readers can find compliance-linked demand modelling, ESCO channel mapping, and commercial retrofit pipeline indicators by sector.

East Asia market analysis

East Asia is the deployment-at-scale region, where urban buildout, digital infrastructure, and product standardisation support fast adoption of connected lighting and managed services. The region’s demand is shaped by public lighting programmes, commercial real estate expansion, and national efficiency requirements that push LED and control adoption. Signify and regional integrators compete on delivery scale, controls interoperability, and long-term maintenance capability. [2]

China: Demand for lighting as a service in China is projected to rise at 47% CAGR through 2036. A core driver is the scale of commercial construction and urban infrastructure modernisation, where outcome-based lighting contracts can reduce upfront spend and simplify maintenance across large site fleets. China’s product and efficiency governance supports LED adoption through standards and implementation rules; for example, June 2024 updates around energy efficiency labelling rules for LED flat panel lamps reflect how minimum requirements shape procurement and replacement decisions in large building stocks. [15] Service adoption also rises where providers can bundle controls and monitoring into managed outcomes, which fits smart building and smart city patterns.

FMI’s analysis of lighting as a service market in East Asia consists of country-wise assessment that includes China, Japan, and South Korea. Readers can find adoption drivers by building type, channel partner dynamics, and controls penetration assumptions.

South Asia & Pacific market analysis

South Asia & Pacific is cost-sensitive but fast-scaling, where service models expand when providers can show savings clearly and keep contracts simple enough for procurement and facility teams. Energy efficiency programmes and public lighting upgrades create recurring opportunities, and commercial real estate growth in major cities supports indoor LaaS adoption. Players compete on financing terms, installation speed, and local maintenance coverage.

India: Demand for lighting as a service in India is projected to rise at 43.5% CAGR through 2036. Public lighting modernisation and efficiency programmes create a base for service contracting because cities seek savings without large upfront payments. A Government of India press release in February 2024 referenced nationwide LED adoption outcomes under EESL-led initiatives, including large-scale distribution and energy saving impacts, which supports continued retrofit activity and performance-linked contracting models. [8] India’s commercial growth in offices, malls, and logistics facilities also supports indoor LaaS, where operators can measure savings quickly in high-hours environments. Providers that package financing and ensure fast replacement turnaround gain advantage because operational teams treat lighting outages as tenant experience risk.

FMI’s analysis of lighting as a service market in South Asia & Pacific consists of country-wise assessment that includes India, ASEAN, and Australia & New Zealand. Readers can find procurement route comparisons, financing structures, and pipeline indicators by end use.

Latin America market analysis

Latin America is PPP-driven, with LaaS adoption strongly tied to public lighting concessions and municipal energy efficiency projects. The region’s differentiator is the role of concession models in streetlighting, where energy and maintenance savings are monetised through long-term contracts. Providers compete on financing, local delivery capacity, and maintenance response coverage.

Brazil: Demand for lighting as a service in Brazil is projected to rise at 26.1% CAGR through 2036. Public lighting projects are a key driver because municipal budgets feel the weight of lighting electricity bills, and PPP models can shift investment and performance risk to private partners. A World Bank PPP pre-feasibility study for Rio de Janeiro notes public lighting electricity consumption can represent a sizeable share of municipal energy expenditure and frames why efficiency upgrades are financially material for cities. [7] Brazil’s energy efficiency policy and programme environment also supports retrofit rationale; EPE’s Atlas of Energy Efficiency Brazil 2024 discusses efficiency trends in lighting and the transition toward efficient bulbs, supporting the long-run direction of travel for upgrades. [16]

FMI’s analysis of lighting as a service market in Latin America consists of country-wise assessment that includes Brazil and Chile. Readers can find PPP pipeline mapping, concession model comparisons, and public lighting upgrade assumptions.

Competitive aligners for market players

The competitive structure blends lighting OEMs, ESCOs, and specialist service providers. OEM-led players bring hardware, controls, and platform integration, while service specialists compete on financing, rollout speed, and field maintenance coverage. Market entry remains open, yet scaling across multi-site portfolios requires working capital, disciplined measurement and verification, and a service network that can meet uptime obligations.

Competitive advantage is often tied to who controls the contract baseline and data layer. Providers that can define energy baselines, install networked controls, and monitor performance can defend margins even when hardware costs fall. Financing capability also matters because many buyers choose LaaS to avoid capex, shifting the burden of investment onto the provider.

Buyer leverage varies by segment. Large commercial portfolios and municipalities can run competitive tenders, split scopes, and press for performance guarantees. Buyers often demand audit rights, step-in clauses, and transparent savings calculations, which pushes providers to standardise contract templates and invest in monitoring platforms.

Recent developments

• June 2024: Signify signed a multi-year lighting as a service agreement with Leonardo to deliver managed lighting upgrades and services across Leonardo sites. [2]
• October 2024: Orion Energy Systems announced a multi-million dollar LED lighting contract for a national retail chain, reflecting continued large-scale commercial retrofit awards suitable for service conversion. [3]
• February 2024: TRILUX announced a new E-Line Pro trunking luminaire solution, supporting provider portfolios that rely on standardised, scalable product platforms for service delivery in industrial and commercial sites. [4]

Key players in Lighting as a service Market

• Signify N.V.
• Koninklijke Philips N.V.
• TRILUX Group
• UrbanVolt
• Facility Solutions Group
• Orion Energy Systems, Inc.
• Siemens AG
• Schneider Electric SE
• Legrand SA
• Eaton Corporation plc
• Acuity Brands, Inc.
• Honeywell International Inc.

Scope of the report

Lighting As A Service Market by Segments

By Component

• Luminaries and Controls
• Software & Communication Systems
• Services

By Application

• Indoor
• Outdoor

By End Use

• Commercial
• Industrial
• Municipal

By Region

• North America
  • United States
  • Canada
  • Mexico
• Europe
  • Germany
  • United Kingdom
  • France
  • Italy
  • Spain
  • Nordic
  • BENELUX
  • Rest of Europe
• East Asia
  • China
  • Japan
  • South Korea
• South Asia & Pacific
  • India
  • ASEAN
  • Australia & New Zealand
  • Rest of South Asia & Pacific
• Latin America
  • Brazil
  • Chile
  • Rest of Latin America
• Middle East & Africa
  • Kingdom of Saudi Arabia
  • Other GCC Countries
  • Turkiye
  • South Africa
  • Other African Union
  • Rest of Middle East & Africa

Bibliography

• [1] McKinsey & Company. (2016, September). Frans van Houten on the future of healthcare.
• [2] Signify. (2024, June). Signify and Leonardo sign a multi-year agreement for Lighting as a Service.
• [3] Orion Energy Systems, Inc. (2024, October). Orion Lighting signs multi-million dollar LED lighting contract for a national retail chain.
• [4] TRILUX. (2024, February). E-Line Pro: New trunking luminaire system for industry.
• [5] European Commission. (2026, February). RoHS Directive (Restriction of Hazardous Substances).
• [6] USA General Services Administration. (2024). LED lighting and controls guidance for federal buildings.
• [7] World Bank PPP Knowledge Lab. (2024, September). Prefeasibility study: Municipal energy-efficient public street lighting project in the City of Rio de Janeiro.
• [8] Press Information Bureau, Government of India. (2024, February). EESL-led LED adoption and energy savings updates [Programme release].
• [9] European Commission. (2026, February). RoHS Directive implementation and exemptions framework.
• [10] UK Green Building Council. (2024, January). Retrofitting office buildings: Building the case for net zero.
• [11] USA Department of Energy, Federal Energy Management Program. (2026, February). Assisting federal facilities with energy conservation technologies: AFFECT Phase 2 project.
• [12] USA Environmental Protection Agency, ENERGY STAR. (2024, December). ENERGY STAR lighting sunset reminder cover memo.
• [13] Siemens. (2026, February). Building Energy Act (Germany): Insights and automation obligations overview.
• [14] TÜV SÜD. (2023, May). UK: The government published RoHS exemptions of mercury in lamps.
• [15] TÜV SÜD. (2024, June). China: Implementation rules for energy efficiency labeling of LED flat panel lamps.
• [16] Empresa de Pesquisa Energética. (2024). Atlas of energy efficiency Brazil 2024.
• [17] Energy Efficiency Hub. (2024, September). Deep retrofit models: A global perspective.

This report addresses

• Market sizing for 2025 and forecast modelling for 2026 to 2036 with CAGR and absolute dollar opportunity.
• Segment forecasts by component, application, and end use, tied to contract bundle composition and control penetration.
• Country outlook benchmarking with growth-rate comparison and adoption drivers by procurement and financing model.
• Competitive assessment across OEM-led service models, ESCO delivery, and specialist providers, including contracting capabilities.
• Policy and standards tracking that affects retrofit timing, hazardous substance compliance, and public estate specifications.
• Strategic guidance on measurement and verification, SLA design, parts logistics, and renewal economics for providers.
• Delivery formats that support buyers, including segment dashboards, country snapshots, and procurement-ready insights.