Vertical Farming Lighting Market Summary
The global vertical farming lighting market size was valued at USD 2.9 billion in 2025 and is projected to grow from USD 3.4 billion in 2026 to USD 11.2 billion by 2033, at a CAGR of 18.6% from 2026 to 2033. North America held the largest share of over 32.0% in the global market in 2025. The market growth is primarily driven by rising demand for sustainable food production, increasing urbanization, and the need for year-round crop cultivation in controlled environments.
Key Market Trends & Insights
- The vertical farming lighting industry in the U.S. is expected to grow significantly from 2026 to 2033.
- By component, the hardware segment accounted for the largest revenue share of over 68.0% in 2025.
- Based on lighting type, the LED grow lights segment accounted for the largest share in 2025.
- By farm type, container-based vertical farms segment is expected to grow at the fastest CAGR over the forecast period.
Market Size & Forecast
- 2025 Market Size: USD 2.9 Billion
- 2033 Projected Market Size: USD 11.2 Billion
- CAGR (2026-2033): 18.6%
- North America: Largest market in 2025
- Asia Pacific: Fastest growing market
The shift toward energy-efficient LED lighting, growing concerns over food security, and limited availability of arable land are accelerating the adoption of advanced lighting systems in vertical farming. These lighting solutions enable precise control over plant growth conditions, improving yield and quality while reducing resource consumption. The integration of smart lighting technologies with IoT and AI drives the growth of the vertical farming lighting market. Modern vertical farming lighting systems in the agricultural lighting market are equipped with sensors and automation capabilities that allow real-time monitoring and adjustment of light intensity, duration, and spectrum. These systems can improve operational efficiency by up to 25% and are becoming a standard feature in new installations. This trend reflects the broader shift toward precision agriculture, where data-driven decisions enhance productivity and reduce operational costs.
The market is also witnessing a shift toward customized and crop-specific lighting solutions. Different crops require different light spectra and intensities at various growth stages, and manufacturers are developing tailored lighting systems to meet these needs. This customization improves crop yield, quality, and nutritional value, making vertical farming more commercially viable. In addition, multi-layer farming systems are increasing the demand for high-performance lighting that can uniformly cover stacked growing environments.
Continued investment in urban agriculture and government support for sustainable farming initiatives are one of the important driving factors of the vertical farming lighting market. Many countries are promoting indoor farming to reduce dependency on imports and ensure food security. Urban vertical farms, often located close to consumers, rely heavily on artificial lighting due to limited natural sunlight, further increasing demand in the agricultural lighting market for advanced lighting systems. In addition, collaborations between technology providers and vertical farm operators are accelerating innovation and deployment of next-generation lighting solutions.
Moreover, the vertical farming lighting market is expected to witness strong growth due to the combined impact of technological advancements, sustainability goals, and increasing demand for locally grown food. The vertical farming LED light market is benefiting from growing recognition of the long-term advantages of advanced lighting systems, including energy savings, higher crop yields, and reduced water usage, despite the challenge of high initial investment. As the industry matures, continuous innovation in LED efficiency, smart controls, and cost optimization will play a critical role in shaping the future of the market.
Market Dynamics
Drivers: Government support for controlled environment agriculture
Government support for controlled environment agriculture (CEA) is a significant driver of the vertical farming lighting market, as public authorities worldwide are promoting technologies that enhance food security, reduce dependence on imports, and enable sustainable agricultural production. Governments are providing subsidies, grants, tax incentives, and research funding to encourage the adoption of vertical farming and other indoor cultivation systems. Since these facilities rely entirely on artificial lighting to deliver the precise spectrum and intensity required for plant growth, increased investment in CEA directly increases demand for advanced LED horticultural lighting systems.
In addition, many national and regional governments are supporting urban agriculture and climate-resilient farming to address challenges such as shrinking arable land, water scarcity, and extreme weather events. Funding programs often prioritize energy-efficient technologies, making spectrum-tunable LED lighting particularly attractive due to its lower power consumption and ability to optimize crop yields. As public and private investments in controlled environment agriculture continue to expand, the deployment of sophisticated lighting solutions is expected to accelerate across commercial farms, research institutions, and urban food production facilities.
Restraints: Dependence on stable power infrastructure
Vertical farming lighting systems are highly dependent on a stable, uninterrupted power supply, as artificial lighting is the primary energy source for crop growth. Unlike conventional agriculture, where sunlight is freely available, indoor farms rely on LED fixtures to provide the precise light spectrum, intensity, and photoperiod required for photosynthesis. Any power interruption can disrupt plant growth cycles, reduce yields, and affect crop quality. In regions with unreliable electricity infrastructure, frequent outages, or voltage fluctuations, growers may need to invest in backup generators, battery storage systems, and power conditioning equipment, significantly increasing operational and capital costs.
In addition, electricity represents one of the largest ongoing expenses in vertical farming operations. Markets with high utility rates or unstable energy supply can make it difficult for growers to achieve profitable operations, reducing their willingness to invest in advanced lighting systems. Concerns over rising energy prices and grid instability may also delay expansion plans for new indoor farming facilities. As a result, reliance on stable power infrastructure remains a key restraint for the vertical farming lighting market, particularly in developing regions where energy reliability and affordability remain major challenges.
Opportunity: Integration with renewable energy systems
The integration of vertical farming lighting systems with renewable energy sources, such as solar and wind power, and battery storage presents a significant market opportunity. Electricity is one of the largest operating expenses in vertical farming, with lighting accounting for a substantial share of total energy consumption. By combining horticultural LED systems with on-site renewable energy generation and energy storage, growers can reduce dependence on conventional power grids, lower operating costs, and improve the economic viability of indoor farming operations. This is particularly valuable in regions with high electricity prices or ambitious sustainability targets.
In addition, the use of renewable energy helps vertical farming operators reduce carbon emissions and align with environmental, social, and governance (ESG) goals, making their operations more attractive to investors, retailers, and consumers. Lighting manufacturers have an opportunity to develop energy-efficient solutions and smart control systems that optimize lighting schedules based on renewable energy availability and real-time electricity pricing. As governments and businesses increasingly invest in clean energy and sustainable food production, the integration of vertical farming lighting with renewable energy infrastructure is expected to create strong growth opportunities for advanced horticultural lighting providers.
Market Concentration & Characteristics
The vertical farming lighting market shows a moderately concentrated competitive structure, with leading players holding substantial market positions due to their advanced LED technologies, global manufacturing capabilities, and long-standing relationships with commercial growers and vertical farm operators. These companies offer integrated horticultural lighting systems with spectrum tuning, automation, and energy optimization features, enabling them to maintain strong competitive advantages. However, specialized firms, along with emerging regional suppliers, continue to compete through crop-specific innovation and customized lighting solutions. As a result, while a handful of vendors control a notable share of market revenues, the presence of multiple niche participants keeps the market from fully consolidating.
The vertical farming lighting market shows a high degree of innovation, driven by continuous advancements in LED efficacy, spectrum tuning, and intelligent lighting controls. In the vertical farming LED light market, vendors are investing heavily in technologies that optimize photosynthetically active radiation (PAR), dynamically adjust light formulas based on crop type and growth stage, and integrate with sensors and climate control systems to maximize yield while minimizing electricity consumption. Recent developments, such as Signify’s GrowWise smart spectrum platform, illustrate the industry's focus on AI-enabled automation and precision crop management. Innovation remains the primary competitive differentiator as growers seek lighting systems that improve productivity, sustainability, and return on investment.
Component Insights
The hardware segment accounted for the largest market share of over 68.0% in the vertical farming lighting market in 2025. This dominance is primarily driven by the high adoption of LED grow lights, fixtures, drivers, and control systems that form the core infrastructure of vertical farming operations. Increasing deployment of multi-layer indoor farms and the need for high-intensity, energy-efficient lighting systems are key factors stimulating hardware demand. In addition, continuous advancements in LED efficiency, spectrum optimization, and longer product lifespan are encouraging growers to invest heavily in lighting hardware to maximize crop yield and operational efficiency. The expansion of commercial-scale vertical farms and rising capital investments in controlled environment agriculture further support the growth of the hardware segment.
The software segment is expected to grow at the fastest CAGR from 2026 to 2033. This growth is driven by the increasing integration of smart technologies such as automation, data analytics, and IoT-based lighting control systems in vertical farming. Software solutions enable precise monitoring and adjustment of light intensity, spectrum, and photoperiod, helping optimize plant growth and reduce energy consumption. The rising focus on precision agriculture and the need for real-time decision-making are key drivers accelerating software adoption. Moreover, advancements in AI-driven crop management platforms and cloud-based farm management systems are enabling growers to improve productivity, reduce operational costs, and achieve consistent crop quality, thereby fueling the rapid growth of the software segment.
Lighting Type Insights
The LED grow lights segment accounted for the largest revenue share in 2025. LEDs dominate due to their higher energy efficiency, longer lifespan, and ability to deliver specific light spectra required for photosynthesis. Around 65% of growers are shifting toward LED systems because of better spectrum control and lower heat output, which enhances crop uniformity and reduces cooling requirements. Furthermore, advancements in photosynthetic photon efficacy and spectrum tuning are helping farmers optimize plant growth cycles and reduce electricity consumption, making LEDs the preferred technology in modern vertical farms.
The high-intensity discharge (HID) lights segment is expected to grow at a significant CAGR from 2026 to 2033, driven by their high light output and deep canopy penetration, which makes them suitable for certain high-density and large-scale vertical farming applications. These lighting systems, including metal halide and high-pressure sodium lamps, are particularly effective in supporting flowering and fruiting stages of plant growth. Key drivers include their relatively lower upfront cost compared to advanced LED systems and continued use in hybrid lighting setups where growers combine HID with LEDs to optimize performance.
Farm Type Insights
The building-based vertical farms segment dominated the vertical farming lighting market in 2025. This dominance is driven by the large-scale adoption of indoor farms in warehouses, commercial buildings, and urban facilities that support multi-layer crop production. These farms require extensive and continuous artificial lighting systems due to limited natural sunlight, significantly increasing demand for advanced lighting solutions. Key drivers include the ability to achieve high production volumes, better environmental control, and proximity to urban consumers, which reduces transportation costs. In addition, rising investments from agritech companies and retailers in large-scale vertical farming infrastructure are further supporting the growth of building-based farms.
The container-based vertical farms segment is expected to grow at the fastest CAGR from 2026 to 2033. This growth is driven by increasing demand for modular, scalable, and portable farming solutions that can be deployed in diverse locations, including urban areas, remote regions, and areas with limited arable land. Container farms rely entirely on artificial lighting, creating strong demand for efficient and compact lighting systems. Key drivers include lower initial investment compared to large facilities, faster deployment timelines, and growing adoption among small-scale farmers, startups, and research institutions. In addition, rising focus on local food production and disaster-resilient agriculture is accelerating the adoption of container-based vertical farming systems.
Installation Type Insights
The new installations segment held the largest revenue share in 2025, primarily driven by the rapid expansion of commercial-scale vertical farms and increasing investments in controlled environment agriculture. New facilities require the complete deployment of advanced lighting infrastructure, including LED fixtures, control systems, and integrated hardware, which significantly increases segment revenue. Key drivers include growing demand for high-yield indoor farming, rising urban agriculture projects, and strong funding support from private investors and governments. In addition, the trend toward building large, technologically advanced vertical farms with optimized lighting systems is further accelerating demand for new installations.
The retrofit installations segment is expected to grow at the fastest CAGR over the forecast period, driven by the increasing need to upgrade existing farming facilities with energy-efficient and technologically advanced lighting systems. Many traditional indoor farms and early vertical farming setups are replacing older lighting technologies, such as fluorescent and HID systems, with modern LED solutions to reduce energy consumption and improve crop productivity. Key drivers include cost savings from improved energy efficiency, advancements in smart lighting controls, and growing awareness about sustainability. Furthermore, retrofit solutions offer a cost-effective alternative to new installations, making them attractive for small and mid-sized operators looking to enhance performance without significant capital investment.
Crop Type Insights
The fruits & vegetables segment held the largest revenue share in 2025, driven by the high demand for staple produce such as leafy greens, tomatoes, peppers, and cucumbers that are widely cultivated in vertical farming systems. These crops require consistent and optimized lighting conditions to ensure high yield and quality, leading to strong demand for advanced lighting solutions. Key drivers include increasing consumer preference for fresh, pesticide-free produce, rising urban consumption, and the ability of vertical farms to produce fruits and vegetables year-round. In addition, commercial-scale vertical farms primarily focus on high-volume crops, further supporting the dominance of this segment.
The herbs & microgreens segment is expected to grow at the fastest CAGR over the forecast period. This growth is driven by the rising demand for premium, nutrient-rich, and fast-growing crops used in salads, garnishes, and functional foods. Herbs and microgreens have shorter growth cycles and require precise light spectrum control, making them highly suitable for vertical farming environments. Key drivers include increasing consumer awareness of health and nutrition, growing demand from restaurants and food service providers, and higher profit margins associated with specialty crops. Furthermore, the ability to grow these crops in compact indoor setups with optimized lighting is accelerating their adoption across small and commercial vertical farms.
End-use Insights
The commercial growers segment accounted for the largest revenue share in 2025.This dominance is driven by the large-scale deployment of vertical farming systems by agribusiness companies and indoor farming operators focused on high-volume production. These growers require advanced and continuous lighting systems to ensure consistent crop yield, quality, and faster growth cycles. Key drivers include rising demand for year-round food production, increasing investments in controlled environment agriculture, and the need to supply fresh produce to urban populations. In addition, commercial growers benefit from economies of scale, enabling higher adoption of advanced lighting technologies to optimize productivity and operational efficiency.
The retail & small-scale growers segment is expected to grow at a significant CAGR during the forecast period. This growth is driven by increasing adoption of compact and modular vertical farming solutions among small businesses, local retailers, and individual growers. These users rely on efficient and easy-to-install lighting systems to support indoor farming in limited spaces. Key drivers include growing consumer interest in locally grown fresh produce, rising popularity of home farming and urban gardening, and lower entry barriers due to affordable lighting technologies. Furthermore, the expansion of direct-to-consumer models and in-store farming initiatives is encouraging small-scale growers to invest in vertical farming lighting solutions.
Regional Insights
North America vertical farming lighting market held the largest share of over 32.0% in the vertical farming lighting industry in 2025. This dominance is driven by the strong presence of advanced indoor farming infrastructure, high adoption of LED-based horticulture lighting, and significant investments in agri-tech innovation across the region. Key drivers include increasing demand for locally grown, pesticide-free produce, rising urbanization, and supportive government initiatives promoting sustainable agriculture. A key trend in the horticulture lighting market is the growing adoption of smart lighting systems with adjustable spectra and automated controls, enabling growers to optimize crop yields while reducing energy consumption. In addition, the presence of leading vertical farming companies and technology providers, along with high awareness regarding food security and supply chain resilience, is further accelerating the adoption of advanced lighting systems in North America.
U.S. Vertical Farming Lighting Trends
The vertical farming lighting industry in the U.S. is expected to grow significantly from 2026 to 2033. This growth is driven by increasing investments in commercial vertical farms, strong technological advancements in LED and smart lighting systems, and rising demand for year-round fresh produce in urban areas. Key drivers include supportive policies and funding programs led by the U.S. Department of Agriculture, growing adoption of controlled environment agriculture, and the expansion of retail and food service partnerships for locally sourced produce. Furthermore, the presence of major agri-tech startups and continuous innovation in automation and AI-driven farm management systems are accelerating the deployment of advanced lighting solutions across the U.S. market.
Asia Pacific Vertical Farming Lighting Trends
The vertical farming lighting industry in the Asia Pacific is growing at the fastest CAGR from 2026 to 2033. This rapid growth is driven by population pressure and rising demand for efficient food production systems in densely populated countries across the region. Key drivers include shrinking agricultural land availability, rapid urban expansion, and strong adoption of advanced farming technologies in countries such as Japan, South Korea, and Singapore. Within the horticulture lighting market, growers are increasingly adopting energy-efficient LED systems with customizable light spectra to optimize crop performance across different growth stages while reducing electricity consumption. In addition, favorable government initiatives supporting smart agriculture, rising investments in indoor farming startups, and the need to reduce dependence on food imports are accelerating the adoption of vertical farming lighting solutions across the Asia Pacific.
China vertical farming lighting market held a significant share in 2025. This is driven by the country’s large-scale focus on agricultural modernization and increasing deployment of plant factories and indoor farming systems. Key drivers include strong government backing for high-tech agriculture, rising demand for high-quality and safe food products, and the integration of vertical farming into urban development projects. Furthermore, the presence of a strong manufacturing ecosystem for LED components and lighting systems, along with growing research and development activities in controlled environment agriculture, is supporting the expansion of the vertical farming lighting market in China.
Europe Vertical Farming Lighting Trends
The Europe vertical farming lighting industry is growing at a significant CAGR from 2026 to 2033. This growth is driven by strict environmental regulations and a strong focus on reducing carbon footprints in agricultural practices across the region. Key drivers include increasing adoption of energy-efficient technologies aligned with sustainability goals, rising demand for organic and traceable food products, and expanding use of renewable energy in indoor farming operations. In addition, supportive funding programs and research initiatives under organizations such as the European Commission are encouraging innovation in controlled environment agriculture, further increasing the demand for advanced lighting solutions in Europe.
The vertical farming lighting market in the UK is expected to grow rapidly in the coming years. This growth is driven by increasing focus on climate-resilient agriculture and the need to ensure stable domestic food production amid changing weather conditions. Key drivers include rising adoption of high-tech farming systems in urban and peri-urban areas, growing interest from retailers in locally sourced produce, and expansion of indoor farming facilities supported by private investments. Furthermore, advancements in agri-tech research and collaboration between startups and academic institutions are accelerating the deployment of innovative lighting technologies in vertical farming across the UK.
Key Vertical Farming Lighting Company Insights
Some of the key companies operating in the market, include Signify Holding, SAVANT TECHNOLOGIES LLC., Heliospectra, iGrow GroupE, LLC, Valoya, Samsung, among others are some of the leading participants in the vertical farming lighting market.
Signify Holding (Philips Horticulture Lighting) is a global company in lighting solutions and a major provider of vertical farming lighting systems through its Philips brand. The company offers a comprehensive portfolio of LED grow lights and control systems designed for indoor and multi-layer farming environments. Its key solutions include the GreenPower LED production modules and the GrowWise control system. The company also operates research facilities such as the GrowWise Center, where it develops crop-specific lighting strategies based on extensive trials. Philips lighting solutions are widely used in vertical farms for cultivating leafy greens, herbs, and fruits in climate-controlled environments, helping achieve higher productivity with reduced space and resource use.
Heliospectra AB is a Sweden-based company founded in 2006 that specializes in advanced horticulture lighting solutions for controlled environment agriculture, including vertical farming. The company develops intelligent LED grow lights, dynamic spectrum control systems, and integrated software platforms such as helioCORE. Its product portfolio includes solutions such as the MITRA and ELIXIA lighting systems, along with technical services (helioCARE) that support growers from planning to production. Heliospectra has a global presence across multiple continents and focuses on delivering energy-efficient, customizable lighting solutions tailored to specific crops and environments. In the vertical farming lighting market, the company is positioned as a technology-driven player offering highly flexible, spectrum-controlled LED systems that improve yield, crop quality, and resource efficiency while supporting year-round indoor cultivation.
Key Vertical Farming Lighting Companies:
The following key companies have been profiled for this study on the vertical farming lighting market.
Bridgelux, Inc.
Culti Light
EVERLIGHT ELECTRONICS CO., LTD.
Fluence
Heliospectra
iGrow GroupE, LLC
LED iBond A/S
Samsung
Sansi LED
SAVANT TECHNOLOGIES LLC.
Shenzhen Westland technology Co., Ltd.
Signify Holding
SunPlus LED
Thrive Agritech
Valoya
Competitive Benchmarking
Operating Strategies | Competitive Edge | Weakness |
Mature Players: Signify Holding; Samsung; Fluence; Heliospectra; Valoya; SAVANT TECHNOLOGIES LLC.; EVERLIGHT ELECTRONICS CO., LTD. | ||
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Emerging Players: Bridgelux, Inc.; Culti Light; iGrow GroupE, LLC; LED iBond A/S; Sansi LED; Shenzhen Westland Technology Co., Ltd.; SunPlus LED; Thrive Agritech. | ||
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Recent Developments
In Sep 2025, Signify announced the start of the third year of its low-energy trial in collaboration with Grodan to test a holistic approach for growing larger tomatoes on the vine. The trial focuses on optimizing energy efficiency by combining multi-channel LED toplighting and interlighting while maintaining the same daily light integral, with the aim of improving light use efficiency and reducing heat input without compromising crop quality.
In Jan 2025, Cree LED launched its XLamp XP-L Photo Red S Line LEDs for horticulture and vertical farming. These LEDs are more energy-efficient than earlier versions, improve performance, and allow growers to use fewer LEDs while maintaining the same lighting output.
In Dec 2024, Heliospectra AB launched its Dynamic MITRA X LED lighting system, which offers 3-channel and 4-channel options to help growers easily adjust light spectrum based on crop needs. The system includes features like a Spectrum Design Tool and Dynamic Zoning, allowing better control over plant growth, quality, and efficiency, and it can be connected with HelioCORE software for easier lighting management in indoor farming.