TX-FLUENCE
1.2.2024 14:31:34 CET | Business Wire | Press release
Fluence, a leading global provider of energy-efficient LED lighting solutions for commercial cannabis and food production, announced today the successful continuation of its partnership with Dutch organization Innexo BV (Innexo), a specialty agricultural contract research organization that focuses on molecular farming and medicinal plants.
This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20240201728532/en/
Fluence and Innexo's partnership tests the effects of eliminating the vegetation phase for cannabis cultivation. (Photo: Business Wire)
Fluence and Innexo’s research partnership is focused on assessing the viability of cultivating cannabis without a standard vegetative phase, a practice generally associated with lower energy use that passes savings directly to growers in Europe and around the globe. Preliminary data from Fluence and Innexo demonstrates the potential of the “no-veg” growing method to help growers save money while improving quality and consistency. The Fluence and Innexo teams intend to collaborate on a full-scale research project to validate these initial results.
“At Innexo, we use our deep knowledge of cannabis cultivars and best propagation practices to help growers create the most efficient cultivation strategies possible,” said Dominique van Gruisen, managing director of Innexo. “We naturally gravitate toward partners like Fluence who can match our expertise and commitment to investing in innovative and impactful cannabis research.”
Most commercial cannabis cultivators use a vegetative phase to ensure proper plant growth to support flower weight and to gain a full and dense canopy. This phase can last anywhere between seven days and four weeks, requiring a significant investment of time, electrical energy and resources. Initial findings from Fluence and Innexo demonstrate the potential of this method to maintain crop quality and yield while creating up to 55% savings on annual electrical costs directly associated with lighting.
When the plants would typically enter the vegetative phase, they were instead transplanted to the flowering room, where they immediately received their maximum light intensity. In this system, cannabis crops reach their final height—between 70 and 120 cm—around 28 days after transplant. Eliminating two weeks of vegetative phase represents up to 252 hours of direct electricity savings per light per crop cycle. Additional savings are realized through lower HVAC costs and generally more efficient cultivation cycles. Initial research indicates that “no-veg” growing is most effective with plant densities between eight and 10 plants per m2. Thus far, research has tested the viability of “no-veg” growing across six cannabis cultivars, 10 different nutrient lines and a wide range of light intensities.
“Proper lighting—which must include a strong combination of advanced fixtures and lighting strategy—plays a critical role in creating a more efficient and profitable methodology for cannabis cultivation,” said Dr. David Hawley, principal scientist at Fluence. “This research demonstrates the value of examining and investing in a research-backed lighting strategy from day one. Our goal is to explore, validate and demonstrate the effectiveness of diverse cultivation strategies to ensure every grower can apply data-driven methodologies to their facilities in collaboration with Fluence.”
Fluence and Innexo’s research uncovered potential savings for growers who pursue growing without a vegetative phase, including an average of both 40% lower electrical costs and up to 40% lower labor costs per crop cycle. Because of the fast-paced growth of the plants, researchers found there was less time for pests and diseases to develop, leading to a healthier end product. In addition, this method could reduce waste by eliminating C-Grade flower, which allows for more crop cycles per year and increases overall predictability for growers.
“At Fluence, we create value for growers throughout the world by investing in research that will expand the horizons of traditional cultivation,” said Sebastian Olschowski, research project manager for EMEA at Fluence. "As plant lighting specialists, we are proud to be part of this project to shape the future of cannabis research and transfer valuable knowledge to our customers and partners.”
Fluence and Innexo’s research collaboration, which began in 2022, has expanded to include collaborations in three of Innexo’s Acceleration Platform for Innovation (API) programs. API empowers innovative, small-scale companies adjacent to the cannabis industry to perform research in medical cannabis cultivation.
For more information on Fluence and its ongoing global research initiatives, visit www.fluence-led.com.
About Fluence
Fluence Bioengineering, Inc. (Fluence) creates powerful and energy-efficient LED lighting solutions for commercial crop production and research applications. Fluence is a leading LED lighting supplier in the global cannabis, produce and flower markets, committed to enabling more efficient crop production for the world’s top greenhouse and indoor growers. Fluence global headquarters are in Austin, Texas, with its EMEA headquarters in Rotterdam, Netherlands. Fluence operates as a business unit within Signify’s Professional Business. For more information about Fluence, visit www.fluence-led.com.
About Innexo BV
Innexo BV is a specialty agricultural contract research organization (CRO) based in the Netherlands. The focus and expertise of the company are in medicinal plants, such as cannabis and molecular farming in general. Innexo BV is part of the Botany Group of companies. To learn more about Innexo BV, visit www.innexo.nl.
To view this piece of content from cts.businesswire.com, please give your consent at the top of this page.
View source version on businesswire.com: https://www.businesswire.com/news/home/20240201728532/en/
About Business Wire
Subscribe to releases from Business Wire
Subscribe to all the latest releases from Business Wire by registering your e-mail address below. You can unsubscribe at any time.
Latest releases from Business Wire
Eurofins Biomnis Launches New Clinical LC‑MS/MS Method for the Detection of Cereulide Toxin in Stool Samples11.3.2026 09:00:00 CET | Press release
Eurofins Biomnis, a leading European provider of specialised clinical diagnostics services, and part of the global network of Eurofins laboratories, announces the successful development and validation of a new liquid chromatography tandem mass spectrometry (LC‑MS/MS) method for the detection and quantification of cereulide toxin in human stool samples. This innovation underlines Eurofins Biomnis’ diagnostic innovation, and its commitment to contributing its expertise to reducing diagnostic uncertainty with solutions that support clinicians and laboratories nationwide and internationally. Eurofins Biomnis has fully validated the method for human stool samples, taking into account matrix effects and meeting the requirements of ISO 15189 (with the exception of inter‑method comparison on pathological clinical samples). Cereulide, a toxin produced by specific strains of Bacillus cereus, has recently raised significant public attention following contamination events involving infant formula
1NCE and Netmore Combine Cellular and LoRaWAN Access to Deliver Global IoT Coverage11.3.2026 08:40:00 CET | Press release
The two largest global providers of massive IoT networks partner to provide a combined offering of LoRaWAN® and Cellular connectivity. 1NCE now integrates Netmore’s LoRaWAN into the 1NCE OS platform, allowing customers to use both services seamlessly through its software stack. The new network addresses 90% of the LPWAN market and offers an unparalleled ability to eliminate coverage blind spots around the globe. 1NCE, a company offering a plug-and-play platform for creating and managing the world’s best IoT products, today opened access for its customers to the LoRaWAN® services of Netmore, the world’s leading low power wide area network operator for massive IoT. With growing demand for low power long range connectivity, the Netmore LoRaWAN Network Server (LNS) Plugin provides 1NCE customers access to cellular and LoRaWAN IoT coverage options through one platform. The launch of the Netmore Plugin marks the beginning of strategic collaboration to expand the combined offering of the two
1NCE and Netmore Combine Cellular and LoRaWAN Access to Deliver Global IoT Coverage11.3.2026 08:40:00 CET | Press release
The two largest global providers of massive IoT networks partner to provide a combined offering of LoRaWAN® and Cellular connectivity. 1NCE now integrates Netmore’s LoRaWAN into the 1NCE OS platform, allowing customers to use both services seamlessly through its software stack. The new network addresses 90% of the LPWAN market and offers an unparalleled ability to eliminate coverage blind spots around the globe 1NCE, a company offering a plug-and-play platform for creating and managing the world’s best IoT products, today opened access for its customers to the LoRaWAN® services of Netmore, the world’s leading low power wide area network operator for massive IoT. With growing demand for low power long range connectivity, the Netmore LoRaWAN Network Server (LNS) Plugin provides 1NCE customers access to cellular and LoRaWAN IoT coverage options through one platform. The launch of the Netmore Plugin marks the beginning of strategic collaboration to expand the combined offering of the two b
Codethink Opens Early Access to IEC 61508 Mapping for the Eclipse Trustable Software Framework11.3.2026 08:07:00 CET | Press release
Preview release invites industry collaboration on open source approach to functional safety assessment EMBEDDED WORLD--Codethink today opened early access to its mapping between the Eclipse Trustable Software Framework (TSF) and IEC 61508, the international standard governing the functional safety of electrical and electronic systems. The mapping establishes a transparent relationship between the engineering principles of the Trustable Software Framework and the objectives defined in IEC 61508. By making this work available as an early preview, Codethink is inviting organisations interested in applying open source approaches to functional safety to review and begin working with the mapping while the work continues to mature. IEC 61508 forms the foundation of many domain-specific safety standards, including ISO 26262 for automotive systems. The early access reflects Codethink’s long-standing commitment to open development of software engineering methods. “This preview release reflects o
Galderma Buys Back Shares Worth CHF 232 Million in the Context of Accelerated Bookbuild Offering11.3.2026 07:00:00 CET | Press release
Ad hoc announcement pursuant to Art. 53 LR Galderma (SIX: GALD), the pure-play dermatology category leader, today announced that it has agreed to repurchase 1.6 million shares at a price of CHF 143.75 per share for a total consideration of CHF 232 million in the context of the accelerated bookbuild offering (“ABO”) of Galderma shares by Sunshine SwissCo GmbH (“EQT”), Abu Dhabi Investment Authority (Private Equities Department) and Auba Investment Pte. Ltd. (all together the “Selling Shareholders”) launched yesterday evening. The repurchase was made at the same price per share determined by the bookbuilding offering. As a result of yesterday evening’s ABO, the Selling Shareholders have fully divested their remaining stake in Galderma. The repurchase, which is expected to settle on March 13 is being financed by Galderma’s existing liquidity on hand and will not affect the company’s ability to deliver on its strategic and financing priorities. The shares will be held in treasury for futur
In our pressroom you can read all our latest releases, find our press contacts, images, documents and other relevant information about us.
Visit our pressroom
