Street And Roadway Lighting Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

Global Street And Roadway Lighting Market Trends and Insights

Accelerated LED Retrofit Programs

Municipal LED initiatives now bundle sensor networks, adaptive controls, and grid modernization objectives to unlock deeper carbon and O&M savings. New York Power Authority’s Smart Street Lighting NY illustrates the model by folding demand-response and spectral tuning into LED upgrades.^{[1]New York Power Authority, “Smart Street Lighting NY Progress Update,” ny.gov} Ireland’s EUR 17.5 million rural conversion plan likewise favors fixtures capable of future V2I communication, indicating that cities increasingly write “upgrade-ready” specifications. Financing tools, energy-service contracts, green bonds, and infrastructure funds are widening access and lowering lifecycle costs, expanding the addressable street and roadway lighting market.^{[2]Energy Communities, “Low Carbon Transportation Materials Grant Program,” energycommunities.gov}

Rising Deployment of Connected/IoT-Enabled Street Lights

Cities are moving from pilots to fleet-scale connected lighting roll-outs as the value of granular asset data becomes clear. Signify reported 144 million managed connected light points in 2024, demonstrating platform scalability.^{[3]Signify, “Signify reports first quarter 2024 results,” signify.com} Low-power wide-area technologies like NB-IoT and LoRaWAN have cut connectivity costs, enabling secondary cities to embrace smart lighting. Copenhagen’s 44,000-node network folds air-quality sensing into luminaires, creating new municipal revenue streams from environmental compliance analytics. This pivot from energy savings to data monetization raises switching barriers and lengthens vendor contracts, reinforcing long-term growth.

Government Carbon-Reduction Mandates and Funding

Regulatory urgency is translating into earmarked budgets. The U.S. Infrastructure Investment and Jobs Act assigned USD 982 million to Safe Streets and Roads for All in 2025, with lighting upgrades explicitly eligible.^{[4]Missouri Department of Transportation, “FY25 Safe Streets and Roads for All Notice,” modot.org} Similar EU Green Deal instruments reward projects that quantify CO₂ avoidance and safety benefits, realigning procurement criteria toward adaptive systems with verifiable outcomes. Bundling lighting with EV charging and smart traffic management further inflates contract values, allowing providers to cross-sell services and deepen relationships.

High Upfront Capex for Large-Scale Conversions

Total cost of ownership for connected systems can surpass USD 500 per fixture, triple a basic LED swap, forcing municipalities to seek ESCO financing or PPP structures that prolong procurement cycles by up to 18 months. Smaller cities without capital-improvement budgets face the sharpest squeeze, constraining immediate conversion volumes despite compelling long-term savings. Grant programs partially bridge the gap but often require detailed M&V documentation, adding an administrative burden that delays deployment.

Cyber-Security and Data-Privacy Vulnerabilities

IoT lighting networks introduce fresh attack vectors into municipal IT domains. Pen-tests have shown that compromised gateways can expose traffic-management servers, intensifying risk mitigation scrutiny. Compliance with NIST frameworks and evolving EU Cyber Resilience Act requirements obliges vendors to layer encryption, authentication, and over-the-air patching, costs that inflate bid prices. Procurement teams lacking cyber expertise may defer projects or restrict functionality, capping near-term penetration of full-featured platforms.

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

Segment Analysis

By Lighting Type: Connected Systems Drive Future Growth

Smart/connected solutions recorded a 6.82% CAGR outlook, yet conventional fixtures still comprised 56.15% of 2025 revenue. This coexistence underscores staggered asset-replacement cycles that keep legacy options viable for basic illumination. Metropolitan agencies deploy connected systems along priority corridors where data analytics can justify premium pricing, whereas smaller jurisdictions favor passive LED swaps with upgrade-ready nodes. The street and roadway lighting market benefits as both pathways steadily erode outdated high-intensity discharge stock. Signify’s 144 million light-point footprint validates platform scalability while reinforcing vendor lock-in.

Momentum continues as standards bodies embed connectivity in future efficiency codes, redirecting capex toward digital luminaires. Vendor roadmaps show edge-AI vision sensors migrating onboard fixtures, promising adaptive dimming and situational awareness that elevate public-safety value propositions. Over the forecast horizon, smart platforms are expected to outpace conventional growth threefold, redefining service models in the wider street and roadway lighting industry.

By Light Source: LED Dominance with Efficiency Evolution

LEDs captured 83.55% share in 2025 and will retain hegemony through 2031 as efficacy inches past 200 lm/W. Niche fluorescent and HID replacements linger primarily in industrial yards, awaiting budget cycles. Amber 590 nm packages are gaining coastal traction to safeguard nocturnal wildlife, while circadian-friendly warm whites appeal to residential precincts. The street and roadway lighting market size for LED-based systems is projected to compound at a 6.52% CAGR, supported by falling per-lumen costs and higher spectral customization.

Driver IC integration and improved thermal paths now push rated lifetimes toward 100,000 hours, reducing relamping truck rolls. Supply tightness in specialty ICs remains a bottleneck, with delivery times extending up to 52 weeks for advanced dimming controllers. Nevertheless, multiyear framework contracts and localized inventory hubs are helping global vendors buffer shocks, sustaining LED’s centrality.

By Offering: Hardware Foundation with Software Growth

Hardware dominated 60.95% of 2025 revenue, anchoring the physical footprint that unlocks future software monetization. Cities increasingly stipulate open APIs and edge compute, compelling luminaire makers to bundle gateways and nodes even in base models. Software and services, led by SaaS lighting-management platforms, are tracking a 6.95% CAGR as municipalities seek predictive maintenance and cross-domain data fusion. This transition lifts recurring revenue visibility, enticing incumbents to acquire analytics specialists and cloud-native startups.

The street and roadway lighting market, therefore, evolves from product sales toward lifecycle value, mirroring trends in adjacent building-automation sectors. Vendor differentiation now pivots on cybersecurity certifications, AI toolchains, and integration ease rather than form-factor aesthetics, elevating entry barriers for commodity players.

By Power Range: Mid-Range Optimization for Urban Applications

Fixtures rated 50-150 W represented 53.15% of 2025 installations and headline a 7.05% CAGR outlook to 2031. They replace legacy 250-400 W HPS heads along arterials, delivering 50-70% energy cuts while meeting Illuminating Engineering Society uniformity norms. Adaptive dimming in this bracket yields incremental 30-50% savings based on traffic volume analytics, aligning with Vision Zero lighting guidelines. Below-50 W units domicile in residential lanes and greenways; above-150 W serve high-mast interchanges.

Market specifications increasingly require lumen-output tunability within this band, enabling municipalities to standardize across diverse roadway classes. As a result, the 50-150 W cohort anchors procurement catalogs, bolstering the street and roadway lighting market share for vendors mastering mid-range photometric design.

By Application: Urban Roads Lead with Specialized Growth

Streets and urban roads held 39.35% of the 2025 spend, reflecting dense fixture grids across global metros. Integrated poles that combine lighting, EV chargers, and environmental sensors are redefining curbside infrastructure, expanding wallet share per pole. Tunnels and underpasses, while only a fraction of the current volume, are slated for a 6.38% CAGR given stricter visibility codes and modernization projects along freight corridors. Highway segments prioritize high-output optics and glare control, whereas parking estates adopt luminaires with embedded cameras for security revenue streams.

Diverse application needs push vendors to expand modular product lines, facilitating lumen and optic swaps without re-engineering housings, thereby shortening design-win cycles and elevating replacement velocity in the street and roadway lighting market.

By Connectivity Technology: Wired Systems with Wireless Momentum

Power-line communication, DALI, and PoE sustained a 61.75% foothold in 2025 due to reliability and sunk infrastructure. However, wireless paradigms, NB-IoT, LoRaWAN, and increasingly 5G, are catching up at a 6.49% CAGR on the back of lower deployment costs for distributed assets. Cities with fiber backbones often run hybrid networks, reserving wireless for remote districts or retrofit zones devoid of spare conduits. Cyber-hardened stacks featuring TLS 1.3 and hardware root-of-trust chips are easing security hesitations, accelerating wireless acceptance.

For suppliers, multiradio boards and software-defined networking enable SKU rationalization while satisfying heterogeneous municipal specs, protecting the addressable street and roadway lighting market size amid protocol flux.

Geography Analysis

Asia-Pacific commanded 36.85% of 2025 revenue and is poised for a 6.12% CAGR through 2031 on the back of large-scale urbanization in China, India, and ASEAN. Beijing’s low-carbon districts embed air-quality sensors in new luminaires, while India’s Smart Cities Mission is standardizing LED nodes across 100 municipalities, propelling the regional street and roadway lighting market. Local manufacturing capacity shortens lead times and underpins aggressive subsidy programs that compress payback periods below four years.

North America ranks second by value, buoyed by federal funding enclaves like the USD 982 million SS4A mechanism that earmarks lighting for crash-reduction projects. Vision Zero action plans in New York, Portland, and Los Angeles are shifting specifications toward adaptive optics that boost pedestrian visibility. Utilities’ ownership of pole infrastructure, however, introduces alignment challenges that occasionally delay conversions. Still, rising electrical-safety standards and carbon accounting frameworks keep pressure on lagging jurisdictions.

Europe exhibits mature LED penetration yet continues to upgrade via smart controls driven by the EU Green Deal and EN-13201 revisions. Municipal dark-sky ordinances are fueling demand for precision optics and ultra-warm CCTs to curb light pollution, sustaining premium ASPs in the street and roadway lighting market. Innovation grants in Scandinavia and DACH markets sponsor pilot projects exploring wildlife-friendly spectra and V2I corridor lighting, providing test beds for vendors targeting export opportunities.

Regulatory Landscape

Regulation is increasingly framed around minimum energy performance and product sustainability requirements, which is accelerating the shift from legacy road-lighting technologies to LED and connected control gear. In the European Union, Commission Regulation (EU) 2019/2020 sets ecodesign requirements for light sources and separate control gear sold in the bloc, influencing luminaire and driver specifications used in public tenders. In April 2025, the European Commission adopted the 2025-2030 working plan for the Ecodesign for Sustainable Products Regulation (ESPR), pointing to a compliance shift beyond efficacy toward durability, repairability, and resource efficiency that affects luminaire design, serviceability, and documentation.

Country and sub-national rules also reinforce efficiency thresholds and performance specifications for roadway applications. In the United States, Minnesota statutes require new or replacement highway, street, and parking lot lighting to meet at least 70 lumens per watt, embedding efficiency into procurement for public lighting assets. In Saudi Arabia, SASO-2927:2019 defines energy efficiency, functionality, and labeling requirements for street and road lighting across roadway classifications (M, C, and P). In China, GB/T 31832-2025 (implemented February 2026) and GB/T 24827-2026 (implemented November 2026, replacing the 2015 version) update technical requirements and performance specifications for LED road and street luminaires, which can be adopted by provinces and cities through tender specifications even where standards are not universally mandatory.

Value Chain Analysis

The value chain runs from upstream materials and components to assembly, integration, and lifecycle services. Upstream inputs include aluminum or steel housings, optics, and electronics, with core components such as LED packages or chips, driver ICs and power supplies, surge protection, sensors, and connectivity modules (PLC/DALI/PoE and wireless such as NB-IoT/LoRa/5G). Midstream players assemble luminaires and controls, then integrate them into centralized management software and city platforms. Downstream activities include electrical contractors, ESCOs or PPP operators, utilities and pole owners, and municipal procurement bodies that award framework contracts for installation, commissioning, and ongoing maintenance.

Asia-Pacific, particularly China, remains a major manufacturing hub for LED components and luminaire assembly, and regional assembly plus multi-sourcing strategies are used to manage tender local-content requirements and trade-risk exposure. As procurement shifts from one-time luminaire purchases toward performance-based contracts and concessions, the services layer expands, raising the importance of software, cybersecurity hardening, and monitoring and verification alongside hardware. Supply-chain volatility in LED driver ICs continues to affect lead times and vendor qualification strategies. Capability expansion through acquisitions is also visible in adjacent smart infrastructure segments, for example LEOTEK Corporation’s acquisition of Dialight plc’s traffic business in July 2026, which broadens connected outdoor infrastructure offerings where roadway lighting and traffic systems are increasingly procured together.

Market Opportunities and Future Outlook

Interoperability-led procurement is creating whitespace for vendors that can align luminaires, controls, and management software to common interfaces rather than proprietary stacks. In February 2026, the TALQ Consortium published Smart City Protocol Version 2.7.0 with mandatory joint profiles tied to DALI D4i and Zhaga, supporting multi-vendor deployments in outdoor lighting and helping simplify tender compliance for connected nodes, controllers, and CMS platforms. ISO also published ISO/TR 19482:2026 in February 2026, documenting a smart streetlighting management platform case study for traffic safety, which reinforces centralized management and data-driven operations as part of roadway-safety programs.

Large municipal modernization programs and tenders provide near-term scale across mature and emerging markets, while also increasing demand for software and services beyond hardware swaps. In April 2026 reporting, the City of Toronto committed CAD 577 million to convert 173,100 streetlights to LED and deploy smart controls through 2035. In May 2026, the City of Cali opened a tender to modernize 186,000 streetlights to smart LED within 24 months, both pointing to sustained appetite for citywide conversions that bundle controls and asset management. In emerging markets, PPP and energy-efficiency agency models support upgrades, including Kenya’s National Treasury approval of a Sh3.45 billion PPP for an Eldoret solar power plant and street lighting upgrade in April 2026, and the Andhra Pradesh government partnership with Energy Efficiency Services Limited (EESL) to upgrade 10.5 lakh streetlights with integrated lighting management systems in June 2026. These programs support opportunities around connected lighting platforms, cybersecurity and compliance services, and hybrid infrastructure packages that combine lighting with communications and renewable integration.