AG TECHNOLOGY AND AUTOMATION
SCALABLE INNOVATION AND OPTIMIZATION
RESOURCE EFFICIENCY AND YIELD EXPANSION
- Grow Faster and Enhance Efficiency
- Eliminate Timers, Contactors, and Switch Panels
- Leverage Tunable Lighting
- CO2/Microclimate Sensing and Control
- Wireless and Cloud Connected
- Monitor and Control Air Flow
- Schedule and Dim Any Light – LED, HPS, or LEP
- Waterproof Design for Horticulture
- Industry Wide Compatibility
- Make Your Farm Smarter
SCHEDULE & DIMANYLIGHT LED, HPS
Fixed spectrum, tunable spectrum GrowFlux wireless lighting controls work with all manufacturers of grow lights.
LEVERAGE TUNABLE LIGHTING
Get the right outcomes in your crop with our easy-to-use tunable spectrum lighting controls.
GROW FASTER & ENHANCE EFFICIENCY
Adapt light levels to crop development and grow faster with proven light formulas.
WIRELESS & CLOUD CONNECTED
Access the data from anywhere via the GrowFlux App, browser based interface, or our API. Cloud based data logging within minutes out of the box.
INNOVATE-AUTOMATE-OPTIMIZE
Innovative growers supplement crops with carbon dioxide to boost yields by as much as 20-30%. GrowFlux has introduced a connected wireless CO2 sensor designed for microclimate monitoring of controlled cultivation environments, allowing grows of any size to rapidly develop a cost effective, data driven supplementation strategy.
Stands up to commercial environments – the hydrophobic gas membrane allows air and humidity to pass into the detector without passing liquid water.
Measures and controls relative humidity, temperature, atmospheric pressure, and CO2 up to 10,000 PPM.
WHY MEASURE CO2?
BOOST YIELDS
CO2 Supplementation is a proven method to increase yield by 20-30%. From vertical farms, greenhouses and large indoor grows to field grown crops, CO2 supplementation is a standby method to significantly boost yields. Successful CO2 supplementation strategies require accurate CO2 measurements over large areas.
MONITOR AIRFLOW
Monitor the performance of your HVAC and ventilation strategies by monitoring CO2 concentration throughout the cultivation space. Variable CO2 concentration is an indication of poor airflow, increasing the risk for disease and powdery mildew. CO2 is denser than air and often sinks without adequate air mixing, increasing gas consumption and threatening supplementation strategies.
REDUCE CO2 CONSUMPTION
With many commercial farms spending thousands per month on CO2 deliveries, over supplementing can waste money. High density CO2 sensing identifies CO2 concentration throughout the cultivation space, allowing for cost reduction in supplementation strategies.
EASY INSTALLATION
All GrowFlux sensors set up out of the box in seconds with our secure Access Point, providing up to 500 feet of range indoors. Read our quick start guide to start monitoring in minutes.
API ACCESS
GrowFlux sensor data is available in real time via our secure API – sensors can easily be integrated with any commercial control system, significantly reducing the amount of engineering time necessary for CO2 supplementation systems of any size.
WIRELESS CO2 MICROCLIMATE SENSOR
Innovative growers supplement crops with carbon dioxide to boost yields by as much as 20-30%. GrowFlux has introduced a connected wireless CO2 sensor designed for microclimate monitoring of controlled cultivation environments, allowing grows of any size to rapidly develop a cost effective, data driven supplementation strategy.
KEY FEATURES
WIRELESS & CLOUD CONNECTED
Access the data from anywhere via the GrowFlux App, browser based interface, or our API. Cloud based data logging within minutes out of the box.
SPLASH RESISTANT
Stands up to commercial environments – the hydrophobic gas membrane allows air and humidity to pass into the detector without passing liquid water.
MONITOR MICROCLIMATES
Measures relative humidity, temperature, atmospheric pressure, and CO2 up to 10,000 PPM.
GrowFlux is dedicated to achieving breakthrough energy and water conservation, enabling new medicines and therapeutics, and expanding access to healthful foods worldwide. We do this by solving the toughest challenges in a rapidly growing field of agriculture called Controlled Environment Agriculture (CEA), which encompasses greenhouse agriculture, indoor farming, and vertical farming. Our focus area is artificial and natural light for plants – as well as data and control connected to light.
