Horticulture Lighting Market Size to Reach USD 37.50 Billion by 2033 as Agriculture Shifts Toward Intelligence-Led Operations

According to DataM Intelligence, the global horticulture lighting market size is estimated at approximately USD 10.38 billion in 2026 and is projected to reach USD 37.50 billion by 2033, expanding at a CAGR of 28.80% during 2026-2033. The rapid expansion reflects growing investment in controlled-environment agriculture, LED technology, and intelligent lighting systems designed to improve production consistency and resource efficiency.
The purchasing equation is also changing as growers evaluate lighting as part of their wider cultivation infrastructure rather than as an isolated equipment expense. Energy efficiency, spectrum control, component availability, retrofit flexibility, software integration, and long-term serviceability are becoming increasingly important as greenhouse, vertical-farm, and indoor-farm operators seek more resilient production models.

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Recent Developments in Horticulture Lighting

• ams OSRAM - June 2026: At GreenTech 2026, ams OSRAM highlighted high-efficiency horticulture LEDs and spectral sensing technologies for greenhouse ceilings, inter-row lighting, vertical farms, and intelligent crop monitoring. The company emphasized the integration of lighting, sensors, and automation as a route toward more efficient cultivation.

• ams OSRAM - May 2026: The company announced its participation at GreenTech Amsterdam, showcasing the OSCONIQ P 3737 Gen 3 and Batwing horticulture LED variants alongside sensing and UV-C technologies. The portfolio is positioned around efficient plant growth and sustainable cultivation.

• Heliospectra - April 2026: Heliospectra published its January-March 2026 quarterly report, reporting order intake of SEK 6.233 million and net sales of SEK 5.148 million. The company continued positioning intelligent lighting technology and plant-driven control as core areas for greenhouse and controlled plant-growth environments.

• ams OSRAM - 2026 product portfolio: The company's OSLON Optimal LED family provides Hyper Red, Far Red, Deep Blue, and Horti White spectral options for professional horticulture lighting designs, including top-lighting, inter-lighting, and vertical-farming applications.

Key Trends in Horticulture Lighting

High-Efficiency LED Systems Become the Procurement Priority

Growers are increasingly evaluating lighting systems according to photon efficiency, operating costs, lifetime, thermal performance, and spectrum flexibility rather than fixture price alone. High-efficiency LEDs can help reduce electricity consumption while providing more precise illumination for controlled cultivation.

Smart Lighting Moves Toward Closed-Loop Control

Lighting is increasingly being connected with sensors, climate systems, and software so that intensity and spectrum can respond to plant and environmental conditions. This shift creates opportunities for growers to optimize lighting schedules, reduce unnecessary energy use, and improve crop consistency.

Supply-Chain Resilience Gains Strategic Importance

The horticulture lighting purchase is increasingly influenced by component availability, replacement support, system compatibility, and supplier reliability. Modular LEDs, durable components, diversified sourcing, and serviceable architectures can reduce the operational risk associated with equipment downtime or difficult replacements.

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Problem Statement for Horticulture Lighting

The core challenge in horticulture lighting is achieving consistent, crop-specific illumination without driving up energy, installation, maintenance, and system-integration costs. High upfront investment and potential shortages of specialized components, drivers, controls, or technical support can further complicate modernization, making lifecycle economics, system compatibility, reliability, and long-term supply availability increasingly important procurement priorities.

Horticulture Lighting Market Disruption and Substitution

The market is moving away from the assumption that horticulture lighting should be purchased as fixed-output hardware with limited control functionality. Intelligent LED systems with adjustable spectrum, dimming, sensors, and software can increasingly substitute for conventional lighting architectures.
LED technology is particularly disruptive because it offers flexibility in wavelength selection, compact form factors, long operating life, and integration with automated cultivation systems. This can create opportunities to reduce electricity consumption while improving the precision of crop lighting.

Horticulture Lighting Market Segmentation

By Installation Type

New Installation accounts for an estimated 55-60% share, supported by the development of purpose-built controlled-environment agriculture facilities, while Retrofit Installation represents approximately 40-45%, driven by demand to upgrade existing cultivation infrastructure with more efficient lighting systems.

By Lighting

Top Lighting represents approximately 60-65%, owing to its broad crop illumination capability and suitability for commercial cultivation environments, while Inter Lighting accounts for around 35-40%, gaining traction where deeper canopy illumination and optimized crop growth are required.

By Cultivation

Fruits & Vegetables account for approximately 40-45%, supported by controlled-environment production and yield optimization, while Floriculture represents around 25-30% and Cannabis approximately 20-25%, with the remaining share attributed to other cultivation applications.

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Horticulture Lighting Market Regional Analysis

USA

The United States represents a major North American opportunity across greenhouse, vertical-farming, indoor-farming, and cannabis cultivation applications. Buyers are increasingly focused on replacing inefficient lighting with LED systems that can improve energy economics and production consistency.

Japan

Japan is an important Asia-Pacific market as controlled-environment agriculture expands around food-security and efficient production requirements. Opportunities are centered on compact, reliable LED systems, automation, spectrum control, and lighting solutions suited to greenhouse and indoor cultivation.

Key Players

• Royal Philips Electronics BV
• Heliospectra AB
• OSRAM GmbH
• Illumitex Inc.
• LumiGrow Inc.
• Samsung Electronics Co. Ltd

Company Profiles

Heliospectra AB

Heliospectra develops intelligent LED lighting systems for greenhouse and controlled plant-growth environments. Its technology combines lighting, control systems, and plant-focused strategies to support precision cultivation and resource efficiency.

ams OSRAM

ams OSRAM provides horticulture LEDs and sensing technologies designed for high efficiency, long operating life, and specialized plant-lighting applications. Its horticulture portfolio includes spectral options for professional top-lighting, interlighting, and vertical-farming designs.

Fluence

Fluence develops LED lighting solutions for commercial controlled cultivation, including greenhouse, indoor, vertical, and intercanopy applications. Its systems focus on precise lighting, energy management, crop quality, and production consistency.

Strategic Takeaways

Horticulture lighting is becoming a strategic component of supply-chain resilience as growers seek greater control over production, energy consumption, equipment availability, and crop consistency. The strongest procurement decisions will increasingly consider total lifecycle cost, component availability, retrofit compatibility, service support, and the ability to integrate lighting with broader cultivation systems.
For suppliers, the opportunity extends beyond selling fixtures toward intelligent controls, software, sensing, maintenance, and crop-specific optimization. Buyers evaluating new installations or retrofits should compare systems against measurable energy, maintenance, productivity, reliability, and lifecycle-cost objectives before committing to a long-term lighting architecture.

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Conclusion

The horticulture lighting market is moving rapidly toward intelligent, efficient, and connected cultivation infrastructure. LED adoption, controlled-environment agriculture, automation, and demand for year-round production are creating a strong foundation for market expansion, while energy costs and supply-chain uncertainty are making system efficiency and reliability increasingly important purchasing criteria.
The next stage of competition will center on how effectively lighting providers combine hardware, software, sensing, and controls to deliver measurable cultivation value. For buyers, the priority should be selecting scalable systems that improve energy economics, maintain crop consistency, reduce operational vulnerabilities, and remain adaptable as cultivation requirements evolve.

Frequently Asked Questions

What is the projected CAGR of the horticulture lighting market?
The global horticulture lighting market is projected to grow at a 28.80% CAGR from 2026 to 2033.

What will be the size of the horticulture lighting market by 2033?
The market is projected to reach USD 37.50 billion by 2033.

Which region is expected to grow fastest in the horticulture lighting market?
Asia-Pacific is expected to be the fastest-growing regional market during the forecast period.

Which technology is expected to dominate horticulture lighting?
Light-emitting diode (LED) technology is the leading opportunity because of its energy efficiency, long operating life, and spectrum flexibility.

What are the major factors driving horticulture lighting adoption?
Key factors include controlled-environment agriculture, demand for year-round production, energy-efficiency requirements, smart farming, and crop-specific lighting control.

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