Horticulture Lighting Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

Global Horticulture Lighting Market Trends and Insights

Precision-Tuned LED Spectra Raising Cannabinoid Yield In North American Cannabis Grows

Cannabis growers are shifting from broad-spectrum metal-halide lamps to LED fixtures emitting 680-730 nm far-red wavelengths, boosting THC and CBD concentrations by 12-18 percent and cutting waste heat by 40-50 percent. The segment, valued at USD 1.5 billion in 2025, is growing at 15% annually as additional U.S. states legalize medical and adult-use sales. Fixture vendors Fluence and California LightWorks dominate large facilities, while modular systems from Black Dog LED are winning budget-sensitive craft operators. Federal rescheduling could accelerate multi-state expansion beyond 2028.

Urban Food-Security Programs Accelerating Vertical-Farm Lighting Demand Across Asian Megacities

Under its "30 by 30" plan, Singapore allocated SGD 200 million (USD 148 million) in 2024 to enhance its food security and reduce reliance on imports. Meanwhile, in 2025, Tokyo set aside JPY 5 billion (USD 33 million) to subsidize urban agriculture initiatives, aiming to promote sustainable farming practices within the city. Seoul's Smart Farm Innovation Center rolled out 12 hectares of fully enclosed farms, utilizing Samsung's LM301H LEDs, which boast an impressive efficacy of 3.1 µmol J⁻¹.^{[1]Samsung Electronics, “Samsung Newsroom,” SAMSUNG.COM} These advanced farming systems, equipped with lighting fixtures priced between USD 150-250 m², achieve 10-15 harvests annually. This high productivity ensures a lighting payback period of under four years, making the investment in such technology economically viable and efficient.

EU Fit-for-55 Energy Directives Incentivising LED Retrofits In Heated Glass Greenhouses

Under the Fit-for-55 package, growers are required to reduce greenhouse gas emissions by 55% by 2030. This initiative is driving the replacement of traditional 1,000 W HPS lamps with more energy-efficient 400-600 W LED arrays. In 2025, Germany allocated grants totaling EUR 120 million (approximately USD 130 million) to support this transition. Dutch pilot programs demonstrated significant success, achieving a 40-50% reduction in lighting energy consumption while maintaining a light intensity of over 200 µmol m⁻² s⁻¹ PPFD, which is essential for cultivating crops like tomatoes and peppers.^{[2]International Electrotechnical Commission, “IEC Standards,” IEC.CH} However, the process of obtaining CE-mark certification under IEC 62471 standards imposes additional costs, ranging from EUR 8,000 to 15,000 per model. These expenses create challenges for smaller vendors, slowing down their ability to launch new products in the market.

Surge In Off-Grid Micro-Powered CEA Solutions For Desert Farming In GCC Countries

In 2024-2025, Saudi Arabia's Vision 2030 allocated SAR 1.2 billion (USD 320 million) to controlled-environment projects, aiming to enhance agricultural sustainability and food security in the region. Solar-powered LED farms in the UAE and Qatar have successfully achieved water-use efficiency targets under 5 L kg⁻¹, representing a significant ten-fold improvement compared to traditional field crops. However, challenges persist, as dust accumulation has been reported to reduce photovoltaic output by 15-25 percent monthly. These advancements highlight the region's commitment to leveraging innovative technologies while addressing environmental constraints.

Acute Aluminium And Rare-Earth Cost Inflation Squeezing High-Power LED Fixture Margins

In 2025, average aluminium prices climbed to USD 2,580 per tonne, marking a significant increase that led to a rise of USD 6-10 in fixture bills of materials per unit. This surge in costs resulted in a notable compression of manufacturers' gross margins, reducing them by as much as 12 percentage points.^{[3]U.S. Geological Survey, “Mineral Commodity Summaries 2025,” USGS.GOV} Furthermore, the implementation of stringent export quotas by China significantly impacted the market for rare earth elements. These restrictions drove prices of europium and terbium oxides up by 30 percent, thereby exerting additional pressure on suppliers of LED phosphors and further complicating their operational dynamics.

Fragmented Regional Import Tariffs Complicating Fixture Price Parity For Asia-Pacific Growers

India's 25% import duty, Australia's anti-dumping levies, which range from 15% to 58%, and Pakistan's 20% regulatory duty collectively drive landed costs to increase by 35-40% above ex-factory prices. These elevated costs significantly impact the pricing structure and profitability of multinational companies operating in these regions. To navigate these challenges, multinationals are compelled to maintain country-specific inventories tailored to meet the unique regulatory requirements and market conditions of each country. This approach, while necessary, results in an approximate 8-12% inflation in their working capital. The increased working capital requirements not only add financial strain but also introduce additional complexities in managing supply chain operations effectively.

*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 Technology: LED Dominance With A Resurgent Plasma Niche

LED systems held 86.13% of horticultural lighting market share in 2025, reflecting sustained 40-50 percent energy savings versus HID lamps. The horticultural lighting market size for plasma and other alternatives is projected to advance at a 12.41% CAGR as research facilities value their continuous 380-780 nm spectra. LED fixture costs have declined to USD 80-150 m⁻², and gallium-nitride-on-silicon roadmaps suggest further price drops by 2028. 

LED innovation is shifting toward 10-channel tunable arrays, typified by Heliospectra’s MITRA X platform released in 2024, which recreates sunrise-to-sunset transitions with 1 percent spectral granularity. Plasma systems priced at USD 800-1 200 per unit are penetrating high-margin cannabis and cut-flower operations despite higher capex. HID lamps, still clinging to 8-10 percent share in older greenhouses, are falling out of favor as bulb supply tightens under EU Ecodesign rules.

By Offering: Hardware Commoditization Fuels Software Value Capture

Hardware contributed 71.52% of 2025 revenue, yet falling LED package prices are shrinking average selling prices by 6-8 percent yearly. Software and services are expanding at 12.53% CAGR as platforms such as LumiGrow smartPAR Cloud charge USD 2-5 m⁻² yr⁻¹ for photon efficacy optimization. These SaaS fees already represent 12-18 percent of total project value in new vertical farms. 

Driver electronics now embed Bluetooth LE and Zigbee radios, eliminating hard-wired DALI infrastructure and reducing installation labor USD 8-12 per linear meter. Energy-savings-as-a-service models pioneered by Deere Infinite Vertical keep fixtures off growers’ balance sheets, although legal complexities around measurement and verification confine adoption to operators above USD 10 million annual revenue.

By Installation Type: Retrofit Momentum Builds On Payback Certainty

New facilities accounted for 58.36% of 2025 spending, largely purpose-built vertical farms that integrate lighting, HVAC, fertigation, and robotics from day one. Retrofits, however, will outrun at a 13.46% CAGR as growers secure 18-36 month paybacks by swapping 1 000 W HPS for 600 W LED arrays. Netherlands’ Wageningen University trials demonstrated 42 percent power savings and an 8 percent tomato yield uplift. 

Older glasshouses face higher capex because 480 V distribution upgrades can add USD 15-25 m⁻², stretching paybacks beyond four years. Germany’s 40 percent capital grants shorten this window, whereas Spanish plastic-house operators still defer upgrades amid milder climates. Leasing at 8-12 percent interest over seven years inflates lifecycle costs 25-35 percent versus construction loans available to green-field projects.

By Cultivation: Berries Overtake Growth Rates Of Traditional Glasshouse Staples

Tomatoes and peppers led revenue with 23.74 percent share in 2025, yet berries will grow fastest at 15.22% CAGR as far-red LEDs extend strawberry and blueberry seasons and lift anthocyanin content 15-22 percent. Premium berry programs at Driscoll’s and Naturipe Farms retrofitted 180 ha of interlighting during 2024-2025, raising yields 18-25 percent and enhancing shelf life by 12 days. 

Leafy greens fill vertical farms near high-price urban markets, accounting for 18-20 percent of spend, whereas cannabis and specialty botanicals hold 15-18 percent share. Cut flowers command 12-14 percent thanks to strict stem-length grading in Dutch auctions. Remaining crops — from cucumbers to propagation seedlings — absorb hybrid HPS-LED deployments where radiant heat is still desirable.

By Application: Vertical Farms Gain Traction Despite Capital Intensity

Greenhouses still represent 49.21 percent of horticultural lighting market size, but indoor and vertical farms will post a 15.21% CAGR through 2031 as cities chase local food security. Vertical facilities can achieve 10-15 crop cycles annually at 400-600 µmol m⁻² s⁻¹ PPFD, but capex runs USD 1 200-2 000 m⁻², with lighting making up 35-40 percent. 

Research institutes, aquaponics, and container farms share 14-18 percent of spending. More than 320 container units were installed worldwide in 2025, predominantly in Middle Eastern sites where water scarcity and high heat favor modular deployment. Power costs above USD 0.12 kWh⁻¹ remain the tipping point for economic viability.

Geography Analysis

Europe dominated with 32.94 percent share in 2025 as Fit-for-55 subsidies cover 40 percent of LED retrofit capex in countries such as Germany and France. Netherlands’ 10 000 ha of heated glasshouses consumed 4.5 TWh in 2024, making energy savings of 40-50 percent through LEDs financially compelling. Spain’s Almería plastics sector is less aggressive because natural light suffices most of the year, but pilot LED-climate algorithms delivered 18-month paybacks.

Asia-Pacific will be the fastest-growing region at 13.42% CAGR. China’s 1.2 million ha of protected horticulture is scaling LEDs to offset land limits, while Singapore pumped SGD 200 million (USD 148 million) into vertical farms since 2024. Japanese urban farms receive JPY 5 billion (USD 33 million) in annual subsidies, and India’s 25 percent tariff raises costs versus ASEAN neighbors with 0-5 percent duties. Australia’s anti-dumping tariffs on Chinese drivers divert orders to Korean suppliers at 12-18 percent mark-ups.

North America accounted for roughly 30 percent share in 2025. United States cannabis lighting reached USD 1.5 billion that year, and Canada’s 2 800 ha of glasshouses are rapidly retrofitting LEDs under volatile natural-gas prices. Mexico’s 1 800 ha of tomato greenhouses fitted interlighting in 2024-2025, gaining 18-25 percent yield bumps. Saudi Arabia, UAE, and Qatar together invested USD 320 million in solar-powered LED farms to cut 85-90 percent import dependence.

Regulatory Landscape

Regulatory Landscape: The horticulture lighting market continues to converge on safety and performance standards for luminaires used in controlled environments. In May 2026, IEC 63545:2026 was published, establishing an international safety benchmark for horticultural luminaires operating up to 1,000 V, and it complements CE marking pathways used in Europe. The standard sets design and performance expectations that suppliers and installers can reference across deployments.

On efficiency and performance, DLC Horticultural Technical Requirements V4.0 became effective on April 18, 2025, with compliance required starting July 1, 2026, which shapes product eligibility for rebates and procurement. China formalized GB/T 44473-2024 for LED horticultural lighting (issued November 28, 2024, implemented June 1, 2025), while California Title 24 stakeholders are drafting 2028 code-cycle updates that move mandatory PPE language toward 2.5 umol/J for larger controlled-environment horticulture installations (over 40 kW), aligning policy with DLC V4.0 thresholds.

Market Opportunities and Future Outlook

Market Opportunities and Future Outlook: Efficacy-driven qualification rules and code pathways create a clearer upgrade cycle for growers, and they define where suppliers can differentiate through higher PPE alongside controllability. DLC Horticultural V4.0 raises the minimum PPE threshold to 2.5 micromoles per joule, and the July 1, 2026 compliance requirement concentrates demand on luminaires that can pass third-party listing and maintain performance in humid, high-dust environments. Alongside this, the California Energy Commission 2025 Energy Code already enforces mandatory PPE requirements for controlled environment horticulture spaces above 40 kW, and Title 24 stakeholder drafts for the 2028 cycle indicate tighter language toward 2.5 umol/J, which pushes manufacturers to refresh portfolios toward compliance-ready SKUs.

A second opportunity band is the shift from fixture-only retrofits to software-led, forecast-driven lighting and energy management that ties crop strategy to energy pricing and environmental control. This direction is reinforced by vendor actions combining tunable, multi-channel LEDs with control stacks, including Signify extending Philips GrowWise control to enable remote spectral steering and energy trading features (announced in 2025). Capacity additions in Europe and North America also point to expanding execution for dynamic lighting programs, including MechaTronix commencing operation of expanded production capacity in Treviso, Italy (January 2026), and Roelands Plant Farms selecting Sollum Technologies dynamic LED technology for a 12-acre expansion at Lambton Shores in Ontario (February 2026).