United States Commercial Greenhouse Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

Market Trends and Insights

Rising Demand for Year-Round Domestic Greenhouse Produce

Consumer demand for fresh domestic greenhouse vegetables has moved beyond a premium niche and now shapes mainstream retail purchasing. The 2024 Census of Horticultural Specialties recorded a 44% increase in protected food-crop sales from 2019 to 2024, according to the United States Department of Agriculture’s National Agricultural Statistics Service (USDA NASS). That change supports the United States commercial greenhouse market because protected facilities can produce vegetables when the local open-field supply is limited. Multi-year purchase agreements can give growers clearer visibility into demand when they assess new greenhouse projects. These arrangements also support facilities near major consumption centers in the Northeast and Midwest, where shorter supply routes can matter to retailers. Domestic supply requirements, therefore, strengthen the case for year-round climate-managed production.

Antidumping Duties on Mexican Tomatoes Supporting Domestic Greenhouse Growers

The United States Department of Commerce terminated the 2019 tomato suspension agreement with Mexico on July 14, 2025, and imposed antidumping duties of 17.09% on most imports of fresh tomatoes from Mexico, including greenhouse varieties^[1]. The duty raises costs for the largest import competitor, as Mexico supplies about two-thirds of the tomatoes consumed in the United States. In August 2026, the United States International Trade Commission (USITC) kept the order in place, signaling that the policy will remain a lasting factor in pricing and sourcing decisions. This is expected to improve the price competitiveness of United States greenhouse growers, although the effect on domestic capacity will depend on how quickly growers can expand vine-ripened production.

Expansion of Greenhouse Production for High-Value Fruits, Vegetables, Herbs, and Ornamentals

High-value food and ornamental crops are widening the commercial basis for greenhouse investment. According to USDA NASS, nursery stock sales reached USD 5.3 billion in 2024, while annual bedding and garden plant sales reached USD 2.7 billion, with both categories reporting growth from the prior year. The same census found that sales of potted herbaceous perennials increased by 47% from 2019 to 2024, while sales of potted flowering plants increased by 7%. Herbs and microgreens also support flexible facilities that can rotate basil, cilantro, arugula, and specialty greens across crop cycles. This crop mix favors adaptable irrigation, nutrient delivery, lighting, and environmental systems rather than single-crop facilities. Demand across food and ornamental crops is broadening equipment purchases in the United States commercial greenhouse market.

Adoption of Automation to Address Greenhouse Labor Availability Constraints

Automation is becoming a practical response to labor constraints and the need for consistent crop conditions. Automation can coordinate temperature, humidity, carbon dioxide levels, irrigation, lighting, and fertigation with fewer operating steps. Priva B.V. released Connext 916 in 2026 with dynamic light control, support for Philips GreenPower LED systems, and added energy-management functions. Ridder Holding Harderwijk B.V. introduced the Hortimax Plus climate computer at GreenTech 2026 for operators seeking a lower-cost entry point to integrated greenhouse management. These product developments show that suppliers are addressing both larger facilities and mid-scale growers. The United States commercial greenhouse market benefits when automation can be adopted in stages rather than only through complete facility redesigns.

High Upfront Capital Requirements for Commercial Greenhouse Construction

Commercial greenhouse construction requires substantial upfront investment before a facility begins generating revenue. The investment covers the structure, glazing, heating, ventilation, irrigation, lighting, controls, and site preparation. Mid-scale operators can face a difficult financing position because their projects may not qualify for the same funding options as smaller grant-supported projects or larger institutional builds. The United States Department of Agriculture invested USD 120 million across 516 clean-energy projects in 2025 through its Rural Energy for America Program, which remains available through fiscal year 2027. Such support can improve the viability of energy improvements, but it does not remove the full cost of a new high-technology greenhouse. Phased construction and modernization can therefore remain more accessible than large single-site developments in the United States commercial greenhouse market.

High Winter Heating and Supplemental Lighting Costs in Northern US Growing Regions

Winter heating and supplemental lighting remain material operating issues for facilities in northern growing regions. The Pennsylvania Technical Assistance Program documented a greenhouse energy-efficiency project in 2025 that reduced annual costs by USD 33,000 after lighting and building-envelope improvements supported by a Rural Energy for America Program assessment^[2]. This example shows why growers are assessing lighting upgrades together with insulation and heating measures. Signify N.V. introduced its Philips GreenPower LED Toplighting Force Performance and Elite models in 2026, with the Elite configuration offering up to 4.2 micromoles per joule of efficacy. Improved lighting efficiency can reduce power use, although it does not eliminate regional energy price exposure. Northern operators must continue to weigh the production benefits of year-round supply against heating and lighting costs.

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

United States Commercial Greenhouse Market Segment Analysis

Climate control and automation software held 27% of the United States commercial greenhouse market size in 2025. The segment is projected to grow at a 12.5% CAGR during 2026–2031, the fastest among all equipment types. The segment supports centralized management of temperature, humidity, carbon dioxide, lighting, irrigation, and fertigation. Growers are moving from separate control points toward platforms that coordinate operating decisions across the facility. Priva B.V. updated Connext 916 in 2026 to provide dynamic light control across multiple light systems and stronger energy management capabilities. This type of integration makes controls relevant to both crop performance and energy management. It also increases the value of data that operators can use in daily production decisions.

Irrigation and fertigation systems remain important because soilless production requires reliable delivery of water and nutrients. Heating, cooling, and ventilation systems remain essential, but their specifications vary across climate zones. Northern facilities place greater emphasis on heating capacity, while southern facilities require effective ventilation and cooling. Screening, shading, glazing, frames, and trusses are established capital categories where material improvements can extend replacement cycles. Light systems are also becoming more integrated with climate controls as growers seek to align energy use with crop requirements. Together, these equipment categories support a broader shift from individual components toward coordinated greenhouse operating systems.

Fruits and vegetables held 57% of the United States commercial greenhouse market share in 2025, making them the largest crop-type segment. Greenhouse tomatoes, cucumbers, and lettuce provide consistent specifications for retailers during periods when open-field supply is less reliable. Dalsem Greenhouse Projects B.V. reported that its Pluck'd project in Carroll County, Virginia, began operations in 2026 and targets more than 20,411.66 metric tons of annual tomato production for the Northeast, Southeast, and Midwest. This project reflects the scale of tomato facilities being built for regional distribution. Herbs and microgreens are projected to grow at an 11.5% CAGR during 2026–2031, the fastest among all crop types. Their growth is linked to foodservice demand for traceable specialty ingredients and to the operational flexibility afforded by short crop cycles.

Flowers and ornamentals remain important alongside food crops. United States floriculture sales reached USD 8.4 billion in 2025, increasing 25% from 2024, according to the United States Department of Agriculture’s National Agricultural Statistics Service (USDA NASS)^[3]. Cut flowers, potted plants, and bedding plants support demand for greenhouse structures and environmental systems. Cannabis and specialty crops maintain a greenhouse presence where regulated cultivation requires controlled conditions. Seedlings and propagation crops also need reliable environmental management during early development. Strawberries and other berries are an emerging premium category as controlled production methods mature. The crop mix allows equipment suppliers to serve facilities with different production cycles, climate requirements, and price points.

Plastic-film greenhouses were the largest greenhouse-type segment, holding 48% of the United States commercial greenhouse market in 2025. The 2024 Census of Horticultural Specialties recorded 666 million square feet of plastic-film area, compared with 109 million square feet under glass and 111 million square feet under rigid plastic. Lower capital cost per square foot supports the use of plastic film across many commercial operations. These structures can be appropriate where growers need to expand capacity with lower initial investment. Glass and rigid polycarbonate structures remain relevant when crop value, light transmission, thermal performance, or long asset life justify higher cost. Structure selection, therefore, depends on crop mix, climate, financing, and expected operating life.

Hybrid and semi-closed greenhouses are projected to grow at a 10.8% CAGR during 2026–2031, the fastest among all greenhouse types. These designs use controlled air handling and dehumidification to manage the indoor climate more closely than conventional open-vent structures. Van der Hoeven Horticultural Projects B.V. deployed its ModulAIR semi-closed greenhouse system at Local Bounti’s Texas lettuce facility in 2024. The segment’s growth reflects interest in production systems that balance energy use, dehumidification, and carbon dioxide management.

Hydroponic cultivation was the largest cultivation technology segment, with a 55% share in 2025. It gives growers precise control of water and nutrient delivery in soilless production systems. Nutrient Film Technique and Deep Water Culture are widely used for leafy greens and herbs, while drip hydroponics supports tomato and cucumber production. KUBO Group B.V. reported in 2024 that it had supported BrightFarms greenhouse projects across several states in the United States, including New Hampshire, Pennsylvania, Virginia, North Carolina, Ohio, and Illinois. These projects illustrate the regional model used for commercial hydroponic greenhouse production. Hydroponic systems are particularly useful when growers need repeatable root-zone conditions and efficient use of a protected production area.

Hybrid and vertical integration is projected to grow at a 12.2% CAGR during 2026–2031, the fastest among all cultivation technologies. Operators use this approach to increase yield density without expanding the overall facility footprint at the same rate. Soil-based systems and substrate methods remain relevant for ornamentals and some regulated crops. Coco coir and rockwool can support high-wire tomato and cucumber production by allowing detailed root-zone management with lower system complexity than fully recirculating systems. The American Society of Agricultural and Biological Engineers provides technical standards relevant to irrigation and fertigation system design for commercial horticulture. The United States commercial greenhouse industry therefore includes several cultivation approaches rather than a single technology path.

Commercial growers were the largest end-user segment, accounting for 86% of the United States commercial greenhouse market in 2025. Their purchasing needs include structures, heating, cooling, lighting, irrigation, controls, and cultivation systems. Large operators in tomatoes, lettuce, and ornamentals account for a substantial share of equipment and structure procurement. Mid-scale growers in herbs, microgreens, and specialty crops provide another source of demand as they expand controlled production. Domestic manufacturing and local service can be important considerations for these buyers when they select greenhouse partners. The segment’s scale reflects the capital intensity and specialized operating requirements of commercial crop production.

Research and educational institutes are projected to grow at a 9.5% CAGR during 2026–2031, the fastest among all end-user segments. These institutions use greenhouse systems for applied research, student training, and technology validation. Signify N.V. and the University of British Columbia continued their Philips GreenPower LED Toplighting Force bell pepper trial through its 5th year in 2025. The trial shows how academic facilities can test lighting approaches under controlled production conditions. Retail garden centers and nurseries remain a stable end-user group with seasonal demand for bedding plants, perennials, and shrubs. Their preference for plastic-film and rigid polycarbonate structures often reflects an emphasis on capital efficiency rather than the full climate precision needed for food production.

Geography Analysis

Geography Analysis

The Northeast and Midwest are major commercial greenhouse production regions because they combine established growers with large urban markets for consumption. According to the United States Department of Agriculture National Agricultural Statistics Service (USDA NASS), Florida led the nation in floriculture sales with USD 1,408 million in 2025, followed by California with USD 1,110 million and Michigan with USD 818 million. These states support a dense base of ornamental and food-crop greenhouse activity. Their proximity to retail and foodservice distribution can support year-round domestic supply. Winter energy needs remain a key constraint in these northern locations. Energy-efficiency measures and upgrades can help operators manage this exposure. The United States commercial greenhouse market has a strong incentive to improve heating, lighting, and control systems in these regions.

The South is expanding as a location for commercial greenhouse investment, particularly in Florida, Virginia, Texas, and North Carolina. Lower winter heating needs and available land support the case for new projects in several southern states. Dalsem Greenhouse Projects B.V. began construction of its 26-hectare tomato greenhouse in Carroll County, Virginia, in May 2025 and also began construction of a 3-hectare lettuce greenhouse project in Newberry, Florida, in 2026. Van der Hoeven Horticultural Projects B.V. completed the 47,180-square-meter Equinox Growers semi-closed greenhouse in Virginia in 2024. These projects show the role of the South in new greenhouse capacity for produce distribution.

California led the western United States in floriculture sales, reporting USD 1,110 million in 2025 and ranking second nationally after Florida, which reported USD 1,408 million, according to the United States Department of Agriculture National Agricultural Statistics Service (USDA NASS). California’s greenhouse operators face significant energy-management requirements, creating demand for efficient lighting, climate systems, and automation. Oregon also supports the western greenhouse base through nursery stock and ornamental production. Western states provide important demand for greenhouse technologies that can manage energy and climate conditions in commercial facilities.