Horticulture Lighting Market

The horticulture lighting market is expected to reach USD 10.4 billion by 2028 from USD 3.7 billion in 2023, at a CAGR of 22.4% during the 2023–2028 period.

Horticulture lighting refers to the strategic use of artificial lighting to optimize the growth and quality of plants in controlled environments like greenhouses or indoor farms. This practice involves tailoring the light spectrum, intensity, and duration to mimic or supplement natural sunlight, thereby enhancing plant photosynthesis and overall development. Horticulture lighting is a key tool for improving crop yields, extending growing seasons, and ensuring consistent plant quality. By leveraging advanced lighting technologies, such as LED systems that offer precise control over light parameters, businesses can create optimal conditions for various crops, regardless of external weather or geographic limitations.

Horticulture lighting can lead to significant benefits for businesses involved in agriculture and plant-based industries. These benefits include increased production efficiency, higher crop yields, improved product quality, and the ability to grow specialty crops year-round. Moreover, the data-driven nature of modern horticulture lighting systems allows businesses to monitor and adjust lighting conditions in real-time, leading to more informed decision-making and resource allocation.

Horticulture Lighting Market Forecast to 2028

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Horticulture Lighting Market Dynamics

Driver: Surging demand for fresh food amid shrinking arable land

In the business landscape, there is a noticeable surge in the demand for fresh food, coupled with a concerning loss of arable land. These two critical factors have emerged as major challenges for the agricultural industry, impacting supply chains, food security, and sustainability efforts.

The heightened demand for fresh food is driven by shifting consumer preferences and an increasing focus on healthy and locally sourced produce. Consumers are becoming more conscious of their dietary choices, seeking nutrient-rich and minimally processed foods. As a result, businesses in the food industry are facing growing pressure to ensure a steady supply of fresh and high-quality produce to meet customer expectations and maintain their competitive edge. However, this rising demand for fresh food coincides with the loss of arable land, which poses a significant threat to the agricultural sector. Factors such as urbanization, industrialization, and climate change contribute to the dwindling availability of fertile land suitable for farming. As arable land diminishes, farmers encounter challenges in expanding their cultivation areas and meeting the increasing food demands. In response to these challenges, businesses are turning to innovative solutions such as controlled-environment agriculture (CEA) practices and advanced agricultural technologies. CEA methods, including vertical farming, hydroponics, and aquaponics, allow for the cultivation of crops in controlled indoor environments, independent of external climatic conditions and the availability of arable land. These practices enable growers to optimize space, reduce water consumption, and enhance crop yields, addressing the constraints posed by the loss of traditional farming land.

The adoption of sustainable and resource-efficient technologies, such as solid-state lighting (SSL) in horticulture, offers businesses the means to maximize crop productivity while minimizing energy consumption. SSL technology enables growers to tailor light spectra to meet the specific needs of different crops, leading to accelerated growth, improved quality, and enhanced nutritional content. By integrating SSL technology into their operations, businesses can increase crop yields without requiring additional land, thus helping to mitigate the effects of land scarcity.

Restraint: Navigating the complex light spectrum requirements for diverse crop cultivation in horticulture lighting

One of the significant restraint in the horticulture lighting industry is the complex requirement to provide varied light spectra tailored to the specific needs of different crops. Various plant species have unique and specific light requirements at different stages of their growth cycle. For instance, some plants thrive with higher levels of blue light during their vegetative phase to encourage foliage growth and root development. On the other hand, during the flowering or fruiting stage, these plants might benefit from an increased proportion of red light to promote blooming and fruit production.

Different crops may also have varying sensitivities to other parts of the light spectrum, such as far-red or green light, which can impact specific physiological processes and influence plant characteristics like taste, color, and nutrient content.

Meeting these specific light spectrum requirements for a diverse range of crops can be a complex task for growers and horticulture lighting manufacturers. As the agricultural industry continues to diversify its crop portfolio to meet changing consumer demands, the challenge intensifies, as each new crop may have unique lighting needs that must be carefully addressed.

To overcome this challenge, growers need to have a thorough understanding of the light requirements for each crop they cultivate. They must consider factors like the crop's natural habitat, natural light conditions, and growth patterns to develop appropriate lighting strategies.

For horticulture lighting manufacturers, it entails producing a wide range of LED fixtures and lighting systems that can deliver precise light spectra combinations. Offering customizable lighting solutions allows growers to adjust the light output to match the specific needs of different crops and growth stages.

In addition to customizable fixtures, advanced lighting control systems and automation technologies play a vital role in achieving the ideal light spectra. These systems enable growers to program and schedule lighting changes, ensuring that plants receive the right light at the right time throughout their growth cycle.

Research and development efforts in the horticulture lighting industry focus on studying the effects of various light spectra on different crops to enhance our understanding of their specific needs. As scientific knowledge expands, it provides valuable insights for growers to optimize their lighting setups and improve crop productivity.

Opportunity: Expansion of DIY and home gardening market

The expansion of the DIY and home gardening market offers a significant and untapped opportunity for the horticulture lighting industry. In recent years, there has been a notable rise in interest among individuals who want to grow their own fresh produce, herbs, and flowers at home, as well as engage in small-scale indoor farming as a hobby. This trend is fueled by various factors, including a desire for sustainable living, a connection to nature, and a growing awareness of the benefits of consuming locally sourced and pesticide-free produce.

As more people explore home gardening and DIY indoor farming, the need for suitable horticulture lighting solutions becomes evident. Unlike professional growers with extensive knowledge and resources, hobbyist growers may require more accessible, user-friendly, and affordable lighting options tailored to their specific needs and capabilities. Therefore, horticulture lighting manufacturers have an opportunity to cater to this growing segment by developing specialized products that align with the DIY and home gardening market.

Challenge: Challenges in implementing controlled environment agriculture technology on a large scale and the demand for technical expertise

Controlled Environment Agriculture (CEA) technology, which involves creating carefully regulated indoor environments to optimize crop growth, offers tremendous potential for increasing agricultural productivity and overcoming weather and seasonal limitations. However, deploying CEA technology in large fields poses unique challenges that demand extensive technical know-how and careful consideration.

One of the primary complexities associated with large-scale CEA deployment is the sheer size of the operation. Covering vast areas requires significant infrastructure and investment, including sophisticated climate control systems, horticulture lighting, and automated irrigation setups. Designing and implementing such large-scale CEA systems demands expertise in engineering, horticulture, and automation to ensure seamless integration and efficient functioning.

Horticulture Lighting Market Ecosystem

The prominent players in the horticulture lighting market are Signify Holding (Phillips Lighting) (Netherlands), Gavita International B.V.(Netherlands), Heliospectra(Sweden), ams-OSRAM International GmbH(Austria), California LightWorks(US). These companies not only boast a comprehensive product portfolio of horticulture lighting but also have a strong geographic footprint.

Cannabis in cultivation type segment is expectedto grow at the highest CAGR during the forecast period

Cannabis sativa is cultivated for its secondary metabolites and cannabinoids, which find applications in pharmaceutical, medical, and recreational industries. The primary compound extracted from Cannabis sativa flowers is Tetrahydrocannabinol (THC), known for its pain-relieving and appetite-stimulating properties. THC has also been found to improve chemotherapy tolerance in cancer patients. Hemp is a subspecies of Cannabis and is used to refer to varieties with 0.3% or less THC content (by dry weight). Hemp is used in various products such as food, ropes, clothing, paper, and construction materials. On the other hand, marijuana refers to Cannabis varieties containing more than 0.3% THC (by dry weight) and can induce psychotropic or euphoric effects in users. For the optimal growth of cannabis plants, blue light plays a critical role. Cannabis plants can exhibit a shade-avoidance syndrome if they lack sufficient blue light, leading to elongated shoots as they strive to reach adequate light. In such conditions, the leaves may curl upward (leaf hyponasty). To ensure effective cannabis plant growth, tunable LEDs and other customized LED spectrums are used. For example, Mitra, a cannabis-specific LED grow light developed by Heliospectra (Sweden), has gained widespread adoption among cannabis growers in North America.

Vertical Farming by application segment is expectedto grow at the highest CAGR during the forecast period

A prevailing trend in horticulture is the ascent of vertical farms within urban areas. These innovative indoor farms stack plants for space efficiency, utilizing aeroponics, hydroponics, and aquaponics methods. These techniques allow soil-free cultivation regardless of location or climate.

Vertical farms optimize conditions with artificial lighting, hydroponics, and climate control. This method eliminates pesticides and is effective in extreme conditions. Vertical farming maximizes yield in confined spaces, utilizing LED lights for energy efficiency, longevity, and precise illumination. LED horticulture lighting suits compact designs and aligns with environmental concerns. In contrast, HID systems emit excess heat and can harm plants if placed too closely.

Drivers for vertical farming include climate changes, local food demand, funding influx, and population growth. After the 2011 tsunami in Japan, a joint effort by the Japanese government, Mirai Co., Ltd., and General Electric transformed a former Sony semiconductor factory into the world's largest indoor farm. Vertical farming aids pharmaceutical production, as demonstrated by Caliber Biotherapeutics and Bowery Farming.

The cannabis industry is embracing vertical farming for its productivity potential. While challenges persist, LEDs are a promising solution to control temperature and optimize growth. For example, MedMen Cannabis Vertical Farm utilized LED systems from Fluence Bioengineering for enhanced efficiency. Despite ongoing developments, the growing demand for cannabis and advancements in LED technology are projected to drive vertical farming's adoption in cannabis cultivation.

US is expected to have the highest market share in North America region during the forecast period.

The United States represents a promising potential market within the North American horticulture lighting sector. The growth of this market segment in the US is primarily propelled by the increased adoption of advanced agricultural methods such as vertical farming, indoor farming, and greenhouse cultivation. This growth is further supported by the escalating demand for fresh horticultural produce and augmented investments towards the establishment of vertical farms and greenhouses. Agricultural practitioners in the country are strategically focusing on the development of Controlled Environment Agriculture (CEA) facilities. These facilities enable the cultivation of chemical pesticide-free fruits and vegetables in a controlled setting, facilitating direct distribution to local retailers and eateries.

For instance, Appllarvest, an applied technology firm based in the US, is actively engaged in constructing indoor farms in the Appalachia region. This endeavor includes the creation of a high-tech CEA facility spanning over 60 acres upon completion. This greenhouse facility is designed to cultivate non-genetically modified organisms (GMOs) and pesticide-free produce, intended for distribution to local markets. The geographical location of this facility in Appalachia plays a strategic role, aiding in reaching a substantial portion of the population and substantially reducing transportation costs compared to existing suppliers in Mexico and the southwestern US. Additionally, AppHarvest's plans to establish a flagship facility spanning 2.76 million square feet for tomato cultivation further contribute to this growth trajectory.

Likewise, other key players in the market, such as Plenty, AeroFarms, and Freight Farm, have secured significant investments to enhance their operations and expand their market presence. These developments underscore the remarkable technological advancements within the US market.

Notably, the presence of these influential market players in the US grants the country a distinct advantage in terms of technological advancements. The introduction of innovative products like California Lightworks' MegaDrive Vertical series, ILUMINAR Lighting's Logis LED series, Eye Hortilux's Ascend series LED grow light systems, and LumiGrow's Joplight Hybrid smart fixture demonstrate the continuous evolution of horticulture lighting technologies in the US.

The legalization of cannabis for medicinal and recreational purposes since 2012 has significantly contributed to the expansion of the horticulture lighting market in the US. The initial approval in states like Washington and Colorado paved the way for a broader adoption of cannabis legalization for both medical and recreational use. Presently, several states, including Alaska, California, Colorado, and others, permit the recreational use of cannabis, while additional states allow certain strains for medical purposes. This legalization trend has notably spurred the growth of the horticulture lighting industry in the US.

Horticulture Lighting Market by Region

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Key Market Players

The major players in the Horticulture lighting  companies are Signify Holding (Phillips Lighting) (Netherlands), Gavita International B.V.(Netherlands), Heliospectra(Sweden), ams-OSRAM International GmbH(Austria), California LightWorks(US), Valoya (Finland), Hortilux Schréder(Netherlands), ILUMINAR Lighting(US), Current Lighting Solutions, LLC.(US), GE Lighting (SAVANT TECHNOLOGIES LLC.)(US), ACUITY BRANDS, INC.(US), Lumileds Holding B.V.(Netherlands), Cree LED an SGH company(US), TCP Lighting(US), PARsource(US), EconoLux Industries Ltd.(China), Oreon (Netherlands), GlacialLight – Division of GlacialTech Inc.(Taiwan), Black Dog Horticulture Technologies & Consulting(US), ViparSpectra(US), Active Grow(US), Agnetix(US), Thrive Agritech(US), Bridgelux, Inc.(US), and Kroptek(UK).

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Scope of the Report

Horticulture Lighting Market Highlights

The study segments the Horticulture lighting  market based on installation type, lighting type, offering, cultivation type, technology, application, and region at the regional and global levels.

Recent Developments

• In June 2023, Signify Holding (Phillips Lighting) and INFINITEACRES are collaborating to transform vertical farm expansion. INFINITEACRES has developed a resource-efficient indoor farming technique, utilized renewable energy, and minimized food miles. Their collaboration with Signify Holding (Phillips Lighting) aims to address technological and business challenges in scaling up. As industry pioneers, 80 Acres Farms and Infinite Acres have rapidly expanded and plan to establish a high-cAsia Pacificity farm in Atlanta. Partnering with Signify has been instrumental in navigating the learning curve and attaining success in this groundbreaking field.
• In June 2023, The next generation of OSLON square hyper red LED achieves market-leading wall plug efficiency of 78.8% and is known for its compact size, robustness, and superior performance.
• In June 2023, New OSLON optimal red enables broader spectral coverage for better growth of common plant types that are grown under artificial lighting.
• In December 2022, Signify Holding (Phillips Lighting) introduces 1,040-watt Philips HPS light fixture for a low-maintenance, hybrid light installation in combination with Philips GreenPower LED toplighting.
• In Octoboer 2022, Current Lighting Solutions, LLC. and North Carolina State University (NCSU) have extended their research partnership for launching a new study into the potential of supplemental LED lighting to support commercial cannabis production.
• In August 2022, Hortilux Schréder partnered with Daeyoung GS, under the distribution agreement, Daeyoung GS is authorized to sell Hortilux Schréder products to its customers in South Korea. With this, Hortilux Schréder strengthens its presence in South Korea.
• In May 2022, OSLON optimal LEDs provide flexible mix of color and white options to meet requirements of all growing applications. It is an advanced chip technology and broad light distribution pattern and larger lens produce the robust high performance required in vertical farming and inter-lighting horticulture applications.
• In May 2022, Signify Holding (Phillips Lighting) has completed the acquisition of Fluence for strengthening its agriculture lighting growth platform.
• In March 2022, Signify Holding (Phillips Lighting) and Perfect Plants is expanding their collaboration on grow lights because the companies share their knowledge and experience and continue to learn from each other.
• In March  2022, Current Lighting Solutions, LLC. has unveiled two new, high-efficiency and high-performance members of its Arize Element family. The latest L1000 model offers an increased maximum output of up to 2600µmol/s, adding a new option to the existing L1000 portfolio, which already features efficacy-oriented models that offer up to 3.6µmol/J. With the all-new, 3600µmol/s Arize Element L2000,
• In March 2022, Current Lighting Solutions, LLC. has extended horticulture LED portfolio with new Arize integral intra-canopy lighting.  It offers lighting output of up to 346 µmol/s and efficiency of 3.5 µmol/J, the Integral is designed to help growers maximize yields of high-wire crops such as tomatoes, cucumber, and peppers through more strategic deployment of light, deep within the plant canopy.
• In March 2022, Valoya and Greenlux Finland Oly merged to create more robust and synergistic entity. By leveraging the competencies accumulated over a decade, the aim is to accelerate product range development, enhance customer service, and strengthen the supply chain capabilities for both companies.
• In February 2022, California LightWorks launched its new MegaDrive Vertical series for indoor cannabis cultivators. This patented new LED system offers indoor cultivators the same technology that greenhouses across the nation have adopted from California LightWorks to achieve dramatically lower total installed cost while boosting return on investment by reducing heat, energy consumption, and carbon footprint.
• In February 2022, The AS7343 is a multi-purpose spectral sensor that combines 14-channel spectral analysis of visible and infrared light with XYZ functionality to match human perception of color and light intensity. It is used in horticulture, smoke and heat alarms, consumer devices.
• In December 2021, Hortilux collaborated with LLC DTK, Russia’s leading rose company, to provide them Hortilux’s HPS NXT2 fixtures, which are the perfect match for the company’s requirement. By now, the NXT2 1000W fixtures have been installed over a 3-hectare area.
• In November 2021, ILUMINAR Lighting launched the new iLogic LED series. The iLogic full spectrum LED delivers deep, penetrating light intensity along with industry-leading uniformity. Optimized for the most demanding floriculture applications, the iLogic full spectrum is designed to scale up with ease as operation grows, offering unbeatable reliability, longevity, and performance.
• In October 2021, Current Lighting Solutions, LLC partnered with Current Lighting Solutions, LLC, to help make vertical farming a more sustainable, productive, and profitable opportunity for growers and other businesses who may wish to produce their own year-round crops such as herbs and leafy greens
• In September 2021, The HORTILED multi fusion LED grow light system is tailored for indoor farming, ensuring a technical design that assures growers of consistently high production and top-quality yields.
• In July 2021, Heliospectra AB, a world leader in intelligent lighting technology for vertical farming, announced a new seller partnership with MineARC Systems, a global leader in manufacturing and supplying controlled environments. The company will represent Heliospectra’s market-leading LED lighting and lighting control solutions in the Australian market.
• In June 2021, Osram expanded its horticulture lighting portfolio with the launch of Osconiq S 5050. It addresses a key problem of used white LEDs resulting in lower energy costs and more efficient lighting for indoor farmers.
• In June 2021, Signify Holding (Phillips Lighting) signed a partnership agreement with Hortipar, an expert in realizing lighting projects for the horticultural sector worldwide. Through this agreement, Hortipar agreed to add Philips GreenPower LED grow lights to its global portfolio. Focusing on quality, flexibility, knowledge, and expertise, Hortipar offers customers a complete solution for their greenhouse from the beginning till the end of a lighting project.
• In May 2021, Hortilux introduced the HORTILED Top series. The HORTILED Top intense and Sirius deliver the best performance, are attractively priced, and stand out for their versatile and innovative design. The HORTILED Top Intense is the most flexible frow light system with the highest light output. The HORTILED Top Sirius is the most energy-efficient grow light system with high light intensity.
• In May 2021, Heliospectra AB partnered with Harahara Inc., a long-term supplier of cultivation solutions, to represent Heliospectra’s market-leading LED lighting and light control solutions in Japan.
• In May 2021, Signify Holding (Phillips Lighting) collaborated with Sweden-based pioneer of vertical farming, Ljusgarda, to help the latter expand its productivity with the help of its high-tech solutions, such as greenhouse LED production modules and GrowWise Control System.
• In April 2021, Heliospectra AB announced the launch of heliospectra 2.0., the newly upgraded state-of-the-art plant science software for leading commercial growers and research institutions globally.
• In March 2021, Signify Holding (Phillips Lighting) introduces Philips GreenPower LED gridlighting to steer uniform bud development and increase yield of top-shelf flowers. It provides optimal light intensity during each growth phase with a rotary dimming.
• In January 2021, Valoya and Hohenheim University came together for a 3-year-long research partnership on Cannabis Sativa. The goal of the research partnership is to understand the light spectrum and light technology effects on flower yields and the quality of multiple strains of cannabis.
• In December 2020, Current Lighting Solutions, LLC and Aquila Capital patner to provide funding solutions for growers looking to install low-energy LED lighting, through funds managed or advised by Aquila Capital. The partnership will allow growers across Europe who are designing new indoor farming facilities, or upgrading existing installations to the latest lighting technology, to deploy Current’s range of Arize horticultural LED solutions, faster and with the aim of no up-front capital expenditure.
• In November 2020, Current Lighting Solutions, LLC. signed three partnership agreement with Agro Top Garden, Helle-Tech Oy and Vitro HTS to make its full Lucalox HPS and ArizeLED portfolio available to more greenhouse growers across Europe and Asia.
• In October 2020, California LightWorks launched MegaDrive, a game-changing new professional grow light system that delivers unparallel results while significantly reducing both up-front and long-term operating costs. The new MegaDrive system consists of a large central power unit connected to a series of up to 30 LED fixtures in a chain. In addition, all the lights can be centrally controlled from the power unit. The result is up to 80% less installation cost and 305 less up-front fixture cost.
• In October 2020, Heliospectra AB collaborated with ISAS, the University of Tokyo, to redefine indoor tomato production. In the University lab, the research team will be using Heliospectra’s MITRA linear. This collaboration presents an opportunity for growing healthy, nutritious vine crops indoors on a global scale.
• In September 2020, Valoya entered into a licensing agreement with Citizen Electronics Co. Ltd., a leading developer of electronic devices and applied products. Through this agreement, the company’s products were included in Citizen Electronics’ product portfolio. This partnership agreement is expected to support the development of the global horticulture industry.
• In September 2020, Valoya expanded its RX-Series line of greenhouse LEDs with 2 new models: RX500 and RX600. The new models can be used as one-to-one HPS replacements and can produce up to a staggering 1,700 µmol/s of uniform light output. The high light intensity they produce enables them to be positioned high above the canopy—as much as 4 meters above it.
• In September 2020, Fluence by OSRAM, a leading global provider of energy-efficient LED lighting solutions for commercial cannabis and agriculture production, announced that it has partnered with The Lamphouse, the largest supplier of specialized lamps in Africa. With more than 40 years of experience in numerous specialty lighting sectors, The Lamphouse is Fluence’s exclusive partner serving South Africa’s professional horticulture stores and fulfilling large commercial cannabis projects.
• In September 2020, Fluence by OSRAM partnered with REMY 108 LTD (REMY) in Israel to bring energy-efficient LED lighting to commercial crop production and drive growth in its legalized cannabis market.
• In August 2020, Fluence partnered with British Columbia-based Quality Wholesale Ltd., a leading garden wholesaler specializing in distributing agricultural products (Lighting solutions) to expand the inventory of LED lighting solutions for horticulture throughout Canada.
• In August 2020, Signify Holding (Phillips Lighting) signed an agreement with Yunnan AiBiDa Greenhouse Technology Co., Ltd (China), a greenhouse floriculture production company. Through this agreement, the company aimed to expand Philips’ horticulture research partner network in China and serve its Chinese floriculture business.
• In June 2020, Fluence by OSRAM launched 4 additional spectra on its VYPR top light series, featuring market-leading efficacies up to 3.8 µmol/J. From broad white to high red, Fluence’s extended PhysioSpec spectra enable growers to optimize lighting strategies for any crop in any growth stage or geographic location.
• In May 2020, Fluence by OSRAM (Fluence) was selected by Wageningen University & Research (WUR) as the lighting provider for Serre Red, the university’s new, high-tech quarantine greenhouse. Serre Red will be used for critical research on plant diseases—caused by viruses, bacteria, fungi, and parasitic nematodes—including quarantine pathogens and research on genetically modified organisms.
• In April 2020, Signify Holding (Phillips Lighting) and RIAT, an innovative farming enterprise of Russia, collaboratively pioneered the growing of tomatoes and cucumbers in vertical farms where Signify Holding (Phillips Lighting) provided its Greenpower LED grow lighting to achieve a yield performance comparable with traditional greenhouse operations.
• In April 2020, The Gavita 1700e LED lighting fixture was certified by the DesignLights Consortium (DLC). This certification means that the growers who purchase the fixture are eligible for state and national rebates—potentially cutting upfront equipment costs by as much as half, making it increasingly appealing for growers to utilize more efficient LEDs inside their facilities.
• In March 2020, Hortilux collaborated with TLS (Norway), a turf lighting service provider, to test how Premier League turf responds to several spectra of LED grow light offered by Hortilux. Based on the test results and specialized knowledge of Hortilux and TLS, tailored grow light solutions are likely to be provided to improve turf quality.
• In March 2020, Signify Holding (Phillips Lighting) acquired Cooper Lighting Solutions (US), a leading provider of professional lighting, lighting controls, and connected lighting, from Eaton. Eaton is a leading provider of professional lighting, lighting controls, and connected lighting. With this acquisition, the company can strengthen its position in the North American market.
• In March 2020, Signify Holding (Phillips Lighting) collaborated with Planet Farms, a leading Europe-based operator of vertical farms based in Italy. Under this agreement, Signify Holding (Phillips Lighting) agreed to provide horticulture LED grow lights to 5 additional vertical farms that Planet Farms is planning to build in different European countries.
• In January 2020, Osram launched the new generation of the Oslon Square Hyper Red with a wavelength of 660 nm, which is the flagship product in Osram Opto Semiconductors’ comprehensive horticulture portfolio. In addition to the better efficiency values, greenhouse operators benefit from a radiant flux of 1.030 mW at 73% WPE (wall-plug efficiency) and a photon flux of 5.7 µmol/s at an efficacy of 4.0 µmol/J at 700 mA.
• In January 2020, OSRAM launched the new generation of the Oslon Square Hyper Red with a wavelength of 660 nm, which is the flagship product in Osram Opto Semiconductors’ comprehensive horticulture portfolio. In addition to the better efficiency values, greenhouse operators benefit from a radiant flux of 1.030 mW at 73% WPE (wall-plug efficiency) and a photon flux of 5.7 µmol/s at the efficacy of 4.0 µmol/J at 700 mA.
• In January 2020, ILUMINAR Lighting launched a new HASH Controller, which provides complete access to control and view lighting settings from a computer or smartphone. The new product runs CMH, HPS, MH (Metal Halide), and T5 lighting fixtures, as well as LED fixtures, all on one channel and allows users to remotely manage vapor pressure deficit (VPD), temperature, CO2, photosynthetically active radiation (PAR), humidity, and other parameters throughout the growth cycle.

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