Smart Lighting Manufacturing in European Union 2026: Industry Statistics & Trends

The smart lighting manufacturing industry in the European Union involves the production of internet-of-things (IoT) connected light emitting diode (LED) bulbs, smart luminaires, and electronic control devices integrated with sensors and wireless/wired protocols. Driven by the European Green Deal and stringent energy efficiency mandates, the market is structurally transitioning away from conventional components toward intelligent, automated systems. While exact macroeconomic market size datasets specific only to the 'smart' subset of manufacturing remain embedded within broader electronic accounts, the regional industry trade body, LightingEurope, estimates the wider European lighting sector

Industry snapshot

Key public data points

Historical & forecast

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What does the Smart Lighting Manufacturing in European Union industry cover?

The smart lighting manufacturing industry in the European Union comprises the design, assembly, and fabrication of advanced electric lighting equipment capable of automated, adaptive, or remote network control. These products integrate traditional light-emitting diode (LED) illumination with embedded sensors, microcontrollers, and communication modules utilizing wired standards like DALI-2 or wireless protocols like Zigbee and Bluetooth Low Energy. The technological scope spans smart lamps, network-connected indoor and outdoor luminaires, and specialized electronic control gear intended for residential, commercial, and municipal environments.

• •Encompasses both hardware components (LED light sources, integrated sensors, drivers) and firmware integrated directly into the physical units during manufacturing.
• •Differentiates from legacy lighting by incorporating intelligent features such as daylight harvesting, occupancy sensing, and color-tunable human-centric capabilities.
• •Primarily classified within the manufacture of electric lighting equipment, though deeply intertwined with electronic component manufacturing and IoT software integration.

Who operates in the industry and how is it structured?

The European Union's smart lighting manufacturing sector features a dual layer of market participants consisting of well-established traditional lighting conglomerates and agile digital system specialists. Production facilities are geographically distributed, though major industrial automation hubs like Germany, France, and Italy exhibit a dense concentrations of manufacturing operations. The market incorporates large-scale automated factories producing standardized lamps alongside specialized facilities delivering bespoke architectural and industrial smart systems.

• •Characterized by a tier-structured supply chain ranging from raw semiconductor providers to original equipment manufacturers (OEMs) and final assembly plants.
• •Features localized production networks in central Europe to ensure close logistical alignment with commercial construction and automotive supply chains.
• •Relies heavily on specialized distribution channels, professional electrical wholesalers, and direct-to-specification contracts for municipal or enterprise projects.

What drives demand in the industry?

Demand for EU-manufactured smart lighting systems is intensely propelled by regulatory updates, rising operational energy costs, and corporate sustainability metrics. Public municipalities and commercial real estate developers actively invest in connected systems to capture immediate reductions in electricity consumption and lower greenhouse gas emissions. Furthermore, the expansion of municipal smart city frameworks transforms standard outdoor illumination poles into interconnected data-collection nodes capable of monitoring traffic, environment, and public safety.

• •The ongoing modernization of municipal street lighting networks across European cities creates a continuous pipeline for high-margin, weather-resistant outdoor connected systems.
• •Commercial office, hospital, and education renovations are increasingly specifying human-centric and automated lighting to comply with corporate environmental policies and building codes.
• •High regional energy prices provide an immediate, measurable return on investment (ROI) for enterprise clients looking to optimize facility expenses via automated dimming and zone controls.

Who are the notable companies in the industry?

The competitive ecosystem in the European Union is led by established multinationals with extensive historical footprints in conventional illumination that have successfully pivoted to digital architectures. These major manufacturers compete intensely on technological interoperability, supply chain resilience, and the sophistication of their software ecosystems. Prominent public companies executing significant manufacturing, assembly, or research operations within the European single market drive the regional technological standard.

• •Signify N.V. (formerly Philips Lighting), headquartered in the Netherlands, remains a dominant market force, reporting a worldwide installed base of 167 million connected light points by the end of 2025.
• •ams-OSRAM AG, a prominent high-tech player based in Austria and Germany, provides critical semiconductor-based optical solutions and advanced sensor-integrated lighting electronics.
• •Zumtobel Group AG, an Austrian manufacturer, focuses heavily on professional indoor and outdoor smart luminaires and connected lighting management systems for commercial infrastructure.
• •Legrand and Schneider Electric, both headquartered in France, manufacture extensive portfolios of smart switches, control systems, and integrated building management hardware compatible with smart lighting.

What are the recent trends and outlook?

The industry is currently steering through a challenging transition period characterized by macroeconomic headwinds, trade channel pressures, and a decisive structural shift from non-connected hardware to cloud-integrated solutions. Manufacturers are heavily prioritizing cost competitiveness, product circularity, and service-oriented business models such as Lighting-as-a-Service (LaaS). The near-term outlook reflects persistent soft demand in traditional European trade channels, contrasted by resilient growth in connected professional installations.

• •Signify N.V. initiated a notable 180 million Euro cost-reduction program in early 2026 to reset its structural cost base against global margin pressures and evolving trade tariffs.
• •Circular economy principles are gaining rapid manufacturing traction, with Signify reporting that circular revenues achieved 37% of its total sales mix in fiscal year 2025.
• •Wired technologies like DALI-2 maintain high market stickiness within European enterprise contracts due to cybersecurity resilience, low latency, and centralized building management architecture.

How is the industry regulated?

Manufacturing smart lighting inside the European Union demands adherence to an intricate, evolving web of environmental, efficiency, and safety directives. The regulatory landscape forces constant product redesign cycles to legally eliminate hazardous materials and elevate minimum energy performance ceilings. These rigid legislative frameworks act as both a technical barrier to entry for low-cost foreign imports and a powerful catalyst accelerating the obsolescence of non-connected lighting options.

• •Compliance with the EU Ecodesign Directive and its corresponding Single Lighting Regulation dictates strict energy efficiency limits and mandates the circular design of light sources.
• •The Restriction of Hazardous Substances (RoHS) Directive heavily restricts the use of mercury and other heavy metals, effectively driving the total phase-out of traditional fluorescent alternatives.
• •Products must conform to the European Green Deal objectives, pushing manufacturers to continuously document and lower the lifecycle greenhouse gas emissions of their products.

Government, statistical and trade sources used for this Claight analysis.

• Signify N.V. Full-Year 2025 Financial Results ·
• LightingEurope General Assembly Communications 2025 ·
• Eurostat Industrial Production Statistics (PRODCOM) 2024 ·
• European Commission Single Lighting Regulation (EU) 2019/2020