Connected Lighting Modules Market | Latest Analysis, Demand Trends, Growth Forecast 

Market Summary and Growth Forecast

The global Connected Lighting Modules Market is valued at $9,840 million in 2026 and is expected to appreciate to $21,760 million by 2035, at a CAGR of 9.2%.

Connected lighting modules are intelligent lighting components that combine light-emitting elements with control, sensing, communication, or processing capabilities. They can be embedded into luminaires, retrofit systems, commercial lighting equipment, industrial fixtures, and building-management platforms. Unlike conventional lighting modules, these products allow lighting assets to exchange information, respond to occupancy or environmental conditions, and connect with broader building or industrial control networks.

The business case is becoming broader during 2026–2035. Energy efficiency remains important, but buyers are increasingly looking at lighting as a connected infrastructure layer. A single installed module can support dimming, scheduling, occupancy-based control, energy monitoring, asset diagnostics, and integration with building automation. This creates additional value after the initial lighting sale and gives manufacturers more opportunities to participate in software-enabled service models.

Global market outlook

Metric	2026	2035
Global market value	$9,840 million	$21,760 million
Implied CAGR, 2026–2035	—	9.2%
Estimated incremental opportunity	—	$11,920 million

The market should benefit from the continued replacement of conventional lighting with digitally controllable systems. Commercial buildings, warehouses, factories, retail facilities, hospitals, campuses, airports, and large residential developments are particularly relevant because lighting is distributed across many points and can generate useful operational data.

Technology is one of the strongest structural influences. LEDs have already established the underlying efficiency advantage, so the next layer of differentiation is moving toward connectivity, sensing, interoperability, and controllability. Wireless protocols, low-power communication, digital drivers, edge processing, occupancy sensing, and cloud-connected management platforms are making it easier to operate lighting as part of a larger system.

Regulation also has an indirect but important role. Energy-efficiency requirements, building-performance standards, carbon-reduction programs, and restrictions on inefficient lighting technologies encourage customers to replace older systems. In many projects, however, regulatory compliance alone does not justify a connected solution. The stronger business case comes when energy savings are combined with automation, maintenance benefits, space utilization, or improved occupant experience.

Production economics will also influence adoption. Connected modules require more electronics than basic lighting components. That increases the importance of driver efficiency, semiconductor availability, sensor costs, thermal management, electronics manufacturing capacity, and supply-chain resilience. As volumes rise, standardization and component integration should help reduce the cost premium associated with connected functionality.

Key consumers and clients

The principal customer groups include commercial building owners, facility-management companies, industrial operators, retail chains, hospitality groups, healthcare facilities, educational institutions, municipal infrastructure operators, and residential developers.

Large multi-site organizations are especially attractive because the economic benefit can be replicated across hundreds or thousands of lighting points. For example, a retailer operating several hundred stores can use connected lighting not only to reduce electricity consumption but also to centralize scheduling, identify abnormal equipment behavior, and standardize lighting conditions across locations.

The competitive environment includes established lighting manufacturers, electrical-equipment companies, control-system providers, and specialist technology suppliers. Companies such as Signify, Acuity Brands, Legrand, ams-OSRAM, Tridonic, and Schréder participate in different parts of the connected-lighting ecosystem, ranging from components and drivers to luminaires, controls, software, and integrated solutions.

From a strategic perspective, the market is shifting from selling a lighting component toward selling a controllable lighting asset. That distinction matters because the recurring value of connectivity can become more important than the incremental hardware premium.

Market Segmentation and Forecast Scope

The Connected Lighting Modules Market can be assessed across Product Type, Application, End User, and Region. These dimensions capture both the technical structure of the market and the purchasing behavior behind adoption.

By Product Type

The product structure includes LED Connected Modules, Connected Light Engine Modules, Smart Driver and Control Modules, and Sensor-Integrated Lighting Modules.

LED Connected Modules represent the largest product group in 2026, accounting for an estimated 41.5% of global revenue. Their position reflects the broad installed base of LED lighting and the relatively straightforward path from conventional LED fixtures to digitally controllable systems.

Sensor-Integrated Lighting Modules are among the most strategic categories. Their growth is being supported by occupancy detection, daylight harvesting, presence sensing, environmental monitoring, and automated lighting responses. The value proposition is stronger when the module can provide both illumination and useful building data.

Smart driver and control modules also have a growing role because they provide the electronic interface between the lighting source and connected control architecture. This makes them particularly relevant for commercial retrofits where complete luminaire replacement may not be necessary.

By Application

Applications can be grouped into Commercial Buildings, Industrial Facilities, Residential Buildings, Outdoor and Infrastructure Lighting, Retail and Hospitality, and Healthcare and Institutional Facilities.

Commercial Buildings are estimated to hold approximately 34.0% of the market in 2026. Offices, mixed-use developments, corporate campuses, and large public buildings offer favorable conditions for connected lighting because they have significant lighting loads and benefit from centralized control.

Industrial Facilities are expected to be one of the fastest-growing application areas through 2035. Warehouses, manufacturing sites, logistics centers, and distribution facilities often have long operating hours and large lighting footprints. Automated control can therefore produce a more visible economic return.

Outdoor applications are also becoming more technology-intensive. Street lighting, parking facilities, campuses, and public infrastructure can use connected modules to support remote monitoring and adaptive illumination.

By End User

The end-user landscape includes Building Owners and Developers, Facility Managers, Industrial Operators, Government and Municipal Authorities, Lighting Service Providers, and Residential Consumers.

Building owners and facility managers are central to market development because they evaluate lighting based on total operating cost rather than hardware price alone. Industrial users tend to place greater emphasis on reliability, operating schedules, maintenance, and integration with industrial control systems.

Government and municipal buyers represent another strategic segment. Public lighting projects can involve thousands of individual fixtures, making remote monitoring and fault identification particularly valuable.

By Region

The regional framework covers North America, Europe, Asia Pacific, and LAMEA.

North America

North America remains a mature connected-lighting market, supported by commercial building automation, retrofit activity, smart-building investment, and demand for energy management. The region is also favorable for higher-value systems that combine lighting controls with broader building-management functions.

Europe

Europe has a strong focus on energy efficiency, building performance, sustainability, and renovation. These conditions support connected lighting in both new construction and refurbishment projects. The market is increasingly tied to broader efforts to improve building energy performance rather than treating lighting as an isolated system.

Asia Pacific

Asia Pacific is expected to be the fastest-growing regional market through 2035. Rapid urban development, industrial expansion, large commercial construction pipelines, smart-city programs, and the growing manufacturing base for lighting electronics create a strong foundation. China, Japan, South Korea, India, and Southeast Asian economies present different adoption patterns but collectively create substantial volume potential.

LAMEA

LAMEA remains smaller in absolute value but offers selective opportunities in commercial developments, infrastructure projects, hospitality, retail, and energy-efficiency upgrades. Adoption can vary considerably by country because project financing, construction standards, electricity economics, and smart-building maturity differ across markets.

Strategic segment priorities

Segment dimension	Leading / strategic segment	2026 share	Outlook to 2035
Product Type	LED Connected Modules	41.5%	Large installed-base opportunity
Application	Commercial Buildings	34.0%	Stable demand with deeper controls integration
End User	Building Owners & Developers	—	High-value adoption segment
Region	Asia Pacific	—	Fastest regional growth

The segmentation also highlights an important market shift. Volume is still concentrated in established LED applications, but future value creation is moving toward modules that combine illumination with sensing, communication, and control.

The most attractive segment may not always be the one with the largest current share. Modules that make lighting measurable, remotely manageable, and interoperable with building systems can command greater strategic importance as customers move toward data-driven facility operations.

Market Trends and Business Innovations

Innovation in the Connected Lighting Modules Market is moving beyond simple remote switching. Manufacturers are increasingly combining lighting electronics, sensors, communication capabilities, and control intelligence into smaller and more integrated module architectures. The result is a lighting component that can act as both an illumination source and a data-generating device.

R&D evolution

Research and development is increasingly focused on reducing module size, improving thermal performance, extending operating life, and making connected functionality easier to integrate into existing luminaires.

One important direction is greater electronics integration. Drivers, communication interfaces, sensing components, and control logic can increasingly be packaged into compact architectures. This reduces the number of separate components required inside a fixture and can simplify installation.

Another R&D priority is interoperability. Customers do not want lighting systems that operate as isolated technology islands. Manufacturers are therefore placing greater emphasis on compatibility with common building-control architectures, wireless communication standards, digital control interfaces, and facility-management platforms.

Reliability remains equally important. A connected module installed inside a ceiling, industrial fixture, or outdoor luminaire may be difficult to replace. This makes thermal management, component durability, remote diagnostics, and failure detection important areas of product development.

Technology evolution

Several technology developments are directly relevant to market expansion.

Wireless connectivity is becoming more practical for retrofit applications because it can reduce the need for new control wiring. This is particularly useful in existing commercial buildings where electrical modifications can add substantial project cost.

Digital lighting control is also becoming more granular. Instead of controlling an entire room or circuit in the same way, connected modules can support individual or zone-level adjustment based on occupancy, daylight, operating schedules, or other inputs.

Sensor integration is another major development. Occupancy and presence sensors allow lighting to respond to actual use, while daylight sensing can reduce artificial illumination when sufficient natural light is available.

Edge intelligence is beginning to gain relevance as lighting systems become more connected. Some decisions can be handled locally rather than relying entirely on cloud infrastructure. This can improve response time and reduce unnecessary data transmission.

The practical value of these technologies comes from combining them. A connected module that only provides remote control has limited differentiation. A module that senses occupancy, adjusts output, reports performance, and communicates with a building platform has a much stronger business case.

AI integration

AI has a supporting rather than defining role in this market. It is most relevant when connected lighting generates enough operational data to support optimization.

Potential implementations include occupancy-pattern analysis, energy-use forecasting, anomaly detection, automated scheduling, and predictive maintenance. AI can also help identify areas where lighting schedules do not match actual building usage.

The strongest near-term opportunity is likely to come from analytics rather than fully autonomous lighting decisions. Building operators generally need predictable and explainable controls, particularly in offices, hospitals, factories, and public infrastructure.

AI will add value when it turns lighting data into an operational recommendation. The technology does not need to make every lighting decision itself to produce measurable savings.

Materials and component innovation

Material innovation is relevant mainly at the component level. Better thermal materials, improved semiconductor packaging, compact driver electronics, and more efficient optical structures can increase module performance while reducing physical size.

Thermal management deserves particular attention. Connected electronics generate additional heat compared with simple lighting components, so efficient heat dissipation becomes important for maintaining reliability and extending operating life.

At the same time, manufacturers are looking for ways to reduce electronic complexity and component count. Greater integration can lower assembly requirements and improve consistency across high-volume production.

Partnerships, consolidation, and business-model innovation

Competition is increasingly taking place across ecosystem boundaries. Lighting manufacturers are working with controls companies, building-automation providers, software developers, sensor specialists, electrical-equipment suppliers, and systems integrators.

The partnership model is becoming important because no single supplier needs to control every layer of the connected-lighting stack. A lighting company may provide the module and luminaire, while another company supplies connectivity, analytics, or building-management integration.

M&A activity across the broader lighting and building-technology sector has also encouraged consolidation around integrated solutions. Acquisitions and strategic investments have historically allowed larger players to add controls, sensors, automation capabilities, or software rather than developing every capability internally.

Announcements around new platform integrations, interoperability initiatives, and smart-building collaborations are likely to remain common as suppliers compete for control of the broader building-technology relationship.

This changes the basis of competition. Hardware performance still matters, but ecosystem compatibility and software capability increasingly influence purchasing decisions.

Business innovation outlook

Manufacturers are gradually moving toward business models that extend beyond one-time component sales. Connected lighting can support remote monitoring, performance reporting, maintenance services, system upgrades, and subscription-based software in suitable applications.

That creates a second revenue layer. A manufacturer may initially sell a module, but the connected system can create additional value over its operating life through software and service relationships.

For senior decision-makers, the strategic question is no longer only how many connected modules can be sold. It is whether those modules can create a long-term relationship with the building owner, operator, or facility-management provider.

By 2035, the strongest suppliers are likely to be those that can combine efficient lighting hardware with reliable connectivity, open integration, useful analytics, and a practical deployment model. The winning proposition will be less about adding technology for its own sake and more about making connected lighting easy to install, operate, and justify financially.

Competitive Intelligence and Benchmarking

The Connected Lighting Modules Market is competitive across lighting manufacturers, component suppliers, electrical-equipment companies, and smart-building technology providers. Competition is shifting from basic LED performance toward connectivity, controls, sensing, interoperability, and lifecycle services.

Signify

Signify has one of the broadest positions in connected lighting. Its portfolio spans professional lighting, connected controls, sensors, software, outdoor systems, and intelligent lighting services. The company can address commercial buildings, industrial facilities, public infrastructure, retail, hospitality, and residential applications.

Its market position is supported by a large installed base and an ecosystem approach. Rather than treating the lighting point as an isolated product, Signify increasingly positions lighting as a source of data and a controllable layer within smart buildings and cities.

Its advantage is scale. The wider the installed ecosystem becomes, the easier it is to attach software, monitoring, and lifecycle services to the hardware base.

Acuity Brands

Acuity Brands has a strong position in North America, particularly across commercial, institutional, industrial, and infrastructure applications. Its capabilities cover lighting, controls, intelligent spaces, sensing, and related building technologies.

The company’s competitive strength comes from combining lighting hardware with control and building-intelligence capabilities. This makes it relevant to both new construction and retrofit projects.

Its acquisition activity also indicates a preference for expanding specialized application capabilities rather than competing only through conventional lighting products. This strategy can help the company capture higher-value projects where installation efficiency, remote management, and operating costs matter.

Legrand

Legrand approaches connected lighting from a broader electrical-infrastructure position. Its portfolio includes connected controls, switches, dimming technologies, energy-management systems, and building automation capabilities.

This creates an important cross-selling advantage. Lighting can be integrated with electrical distribution, occupancy management, energy monitoring, and other building functions.

The company is well positioned where customers want a unified building-control architecture rather than separate lighting and electrical systems.

Tridonic

Tridonic is particularly important at the component level. Its capabilities span LED modules, drivers, controls, connectivity, software, and system solutions. This gives the company strong exposure to luminaire manufacturers and system integrators.

Its strategy is closely aligned with the movement toward lighting as part of smart-building infrastructure. The company can participate earlier in the value chain because its components are embedded into lighting equipment before the final system reaches the building owner.

Component specialists can benefit from connected-lighting growth even when they do not own the final customer relationship. Every intelligent luminaire still requires reliable electronics, drivers, controls, and communication components.

ams OSRAM

ams OSRAM has a strong technology position in LEDs, optical components, sensing, and semiconductor-based lighting technologies. Its role is particularly relevant where connected lighting requires compact electronics, advanced sensing, optical precision, or specialized semiconductor performance.

The company’s position is more technology-oriented than that of full-system lighting providers. This gives it exposure to multiple downstream manufacturers and applications.

The long-term opportunity lies in integrating sensing and semiconductor capabilities more deeply into lighting modules. That can allow lighting hardware to become a source of environmental and occupancy information in addition to illumination.

GE Current

GE Current remains an established supplier across commercial, industrial, infrastructure, and specialty lighting applications. Its portfolio provides exposure to LED systems, controls, and application-specific lighting requirements.

The company benefits from the large installed base of commercial and industrial lighting that needs modernization. Its opportunity is particularly strong where customers are looking for energy-efficient lighting combined with controllability and operational reliability.

Panasonic

Panasonic brings a broad electronics and building-technology base to the market. Its capabilities across lighting, controls, electronics, and building systems support integration-oriented applications.

Japan provides an important market for this positioning, while the wider Asian technology ecosystem gives Panasonic access to sophisticated electronics and automation applications.

The company’s advantage is its ability to connect lighting with wider building and electrical technologies rather than treating lighting as a standalone product category.

Competitive benchmarking

Company	Core strength	Market position	Strategic advantage
Signify	Connected lighting and digital services	Global-scale supplier	Large ecosystem and installed base
Acuity Brands	Lighting and intelligent spaces	Strong North American player	Controls and building integration
Legrand	Electrical and connected systems	Global building-technology supplier	Cross-system integration
Tridonic	Modules, drivers and controls	Major component specialist	OEM and system-level exposure
ams OSRAM	LEDs, optics and sensing	Advanced technology supplier	Semiconductor and sensing capabilities
GE Current	Commercial and industrial lighting	Established professional supplier	Application breadth
Panasonic	Lighting and building electronics	Strong Asian position	Integration with broader electronics

The competitive structure points to a clear change in value creation. Hardware remains essential, but differentiation increasingly comes from the ability to connect that hardware with sensors, controls, software, and facility-management systems.

For suppliers, the strategic question is becoming less about how efficiently a module produces light and more about how much operational value the module can create after installation.

Regional Landscape and Adoption Outlook

Regional demand for the Connected Lighting Modules Market is shaped by construction activity, energy costs, building regulations, technology maturity, retrofit potential, and access to project financing.

United States

The United States is one of the most mature markets for connected lighting. Demand is supported by office buildings, warehouses, healthcare facilities, retail chains, universities, factories, and large commercial properties.

Retrofit projects represent a major opportunity. Building owners can introduce connected controls, sensors, and intelligent modules without completely rebuilding the electrical system.

California, Texas, New York, Florida, and other major commercial and industrial states provide strong project opportunities. Utility efficiency programs and building-performance initiatives can further improve project economics.

The U.S. market is also receptive to cloud-based monitoring and intelligent-building platforms. This supports higher-value business models that combine hardware with analytics and ongoing services.

Europe

Europe has a strong structural case for connected lighting because energy efficiency and building performance remain central to investment decisions.

Germany, the United Kingdom, France, Italy, and the Nordic countries are important markets. Northern Europe generally shows stronger adoption of advanced controls and building automation, while Southern and Eastern European markets offer substantial renovation potential.

Energy-efficiency requirements and building-renovation programs can encourage customers to consider connected lighting as part of broader energy-management projects.

The key opportunity is therefore not only new construction. Older commercial and institutional buildings provide a large addressable retrofit base.

China

China represents one of the largest volume opportunities because of its extensive electronics manufacturing base, industrial infrastructure, commercial development, and smart-city investment.

Beijing, Shanghai, Shenzhen, Guangzhou, and Hangzhou are important technology and smart-building centers. Industrial parks, logistics facilities, commercial complexes, and public infrastructure provide additional demand.

Domestic manufacturing provides an important cost advantage. However, intense price competition means suppliers need to demonstrate practical savings rather than relying only on technology specifications.

China is likely to remain one of the most important markets for connected modules through 2035, particularly where smart infrastructure and industrial automation overlap.

India

India is positioned as a high-growth market. Demand is being supported by commercial construction, technology campuses, manufacturing, logistics, airports, hospitals, hotels, retail facilities, and infrastructure projects.

Delhi NCR, Mumbai, Bengaluru, Hyderabad, Chennai, Pune, and Ahmedabad are important adoption centers.

The country’s cost-sensitive market creates a strong preference for solutions that are easy to install and produce measurable savings. Wireless controls, remote monitoring, energy measurement, and modular upgrades can therefore have an advantage.

Government energy-efficiency initiatives and smart-infrastructure investments can support adoption, although project financing and implementation timelines remain important considerations.

India’s opportunity is not simply its new construction pipeline. Its larger strategic potential comes from combining rapid urban development with the modernization of existing commercial and industrial buildings.

Japan

Japan is a mature and technically sophisticated market. Reliability, energy efficiency, automation, and long operating life are important purchasing criteria.

Tokyo, Osaka, Nagoya, and other major urban centers provide the strongest commercial opportunities. The country’s advanced electronics industry also supports development of compact sensors, controllers, drivers, and communication technologies.

Growth will likely come more from higher-value systems and retrofit modernization than from rapid volume expansion.

Integration with facility management, energy monitoring, and wider building automation should remain important.

South Korea

South Korea benefits from its advanced electronics, semiconductor, automation, and smart-building ecosystems.

Seoul and the surrounding metropolitan region are leading adoption centers. Large industrial campuses, technology facilities, commercial buildings, and high-density developments offer attractive applications.

The market is particularly suitable for sophisticated connected modules that can interact with building-management systems and other digital infrastructure.

Middle East

The Middle East is relevant because of its large-scale commercial and infrastructure development.

Saudi Arabia and the United Arab Emirates are the most important markets. New urban developments, hospitality projects, airports, retail complexes, entertainment districts, and major infrastructure programs create opportunities for intelligent lighting.

Dubai and Abu Dhabi have comparatively mature smart-building ecosystems, while Saudi Arabia offers substantial greenfield project potential.

Connected lighting can become part of a larger digital infrastructure package in these developments, rather than being purchased as an independent lighting system.

Regional comparison

Market	Adoption profile	Main catalyst	Infrastructure outlook	Funding / investment environment
United States	Mature	Retrofit and energy management	Advanced	Utility and private-sector projects
Europe	Mature to expanding	Renovation and efficiency	Advanced but fragmented	Strong sustainability focus
China	High-volume growth	Smart cities and industrial development	Extensive	Strong infrastructure investment
India	High-growth	Urbanization and commercial construction	Rapidly expanding	Public + private investment
Japan	Mature	Automation and modernization	Highly developed	Technology-focused investment
South Korea	Advanced	Smart buildings and electronics	Highly developed	Strong technology ecosystem
Middle East	Project-driven	Mega developments and infrastructure	Rapidly expanding	Large strategic projects

Among these markets, China and India provide the strongest combination of scale and growth potential. United States, Europe, Japan, and South Korea offer deeper opportunities for advanced controls and higher-value connected systems. The Middle East is more project-dependent but can produce large individual contracts.

The regional opportunity is therefore split into two models: high-volume deployment in fast-developing economies and higher-value system integration in mature markets.

Recent Developments + Opportunities & Restraints

Recent Developments

April 2025 — Urban lighting moves toward multi-purpose infrastructure

A major development in the connected-lighting ecosystem involved the planned use of street-lighting infrastructure to support broader wireless connectivity. The initiative demonstrated how connected lighting networks can become infrastructure platforms for communication services in addition to illumination.

May 2025 — Acuity Brands expands specialized lighting capabilities

Acuity Brands acquired the assets of M3 Innovation in May 2025, strengthening its capabilities in specialized sports-lighting applications. The development also supported broader opportunities across education, municipal infrastructure, and other large outdoor environments.

July 2025 — Greater emphasis on wireless lighting ecosystems

Tridonic advanced cooperation around wireless lighting solutions in July 2025, reinforcing the industry’s move toward flexible connectivity and more interoperable lighting architectures.

September 2025 — Modular connected outdoor lighting expands

Signify introduced additional modular connected lighting solutions in September 2025, including developments aimed at outdoor and sports applications. The activity reflected continued expansion of connected lighting beyond conventional indoor commercial applications.

September 2025 — Connected-home lighting adds stronger automation

Signify also expanded its connected-home ecosystem in September 2025, introducing additional capabilities around automation and AI-supported lighting experiences. While focused primarily on consumers, the development illustrates the broader shift toward software-driven lighting systems.

Opportunities & Business Insights

1. Retrofit modernization

Existing buildings represent one of the largest addressable opportunities. Connected modules can allow owners to introduce sensing and control without replacing every lighting asset.

This is particularly relevant for offices, warehouses, retail chains, hospitals, universities, and industrial facilities.

2. Remote monitoring and automation

Connected modules can generate useful operating data. This creates opportunities for remote fault detection, maintenance planning, energy monitoring, occupancy-based control, and centralized management.

The strongest applications are likely to be multi-site facilities where manual inspection of every lighting point is expensive.

3. Emerging-market deployment

India, Southeast Asia, China, the Middle East, and selected Latin American economies offer strong long-term potential. New construction gives suppliers an opportunity to specify connected systems from the beginning instead of retrofitting them later.

Cost remains critical. Solutions that minimize wiring, installation time, and commissioning complexity should have an advantage.

Key restraints

The market still faces several barriers. Connected modules generally cost more than conventional lighting components. Interoperability can also be difficult when products from different suppliers use different communication architectures.

Cybersecurity is another consideration as lighting becomes connected to building networks. Customers may also hesitate to adopt systems that create dependence on proprietary software or require long-term service commitments.

The strongest commercial opportunity is not simply to make lighting smarter. It is to make the financial case easier to understand. Products that combine measurable energy savings, simple installation, remote monitoring, and flexible integration should have the clearest route to large-scale adoption.