Look at any textbook on botany and you will find this maxim: plants respond to optical radiation in the spectral range of 280 nm to 800 nm.The question is, how was this spectral range (sometimes referred to as Photobiologically Active Radiation, or PBAR) determined?
Located at the University of Alberta in Edmonton, the lab's team of dedicated researchers led by Dr. R. Glen Uhrig are working around the clock to unlock the mystery surrounding signalling events that control plant growth and development.
If you're a grower who's concerned about the ongoing surge in energy prices, switching to LED lighting is a simple step you can take to mitigate against rising costs in the meantime.
Increasing lighting efficiency can make a big difference to running costs. This is one of the reasons driving the move to replace traditional lighting solutions with LEDs in recent years.
52% of commercial growers reported using LEDs as of 2020-an increase from 25% in 2016. This trend is expected to continue in the next decade. The sharp rise in LED-use among commercial growers is really two-fold: energy savings and complete optimization.
Plants respond differently to various spectra so choosing the best LEDs for you will depend on your specific cultivation goals and crops, location and climate, and several other key considerations.
Research on the ideal lighting for greenhouse cultivation reveals a fundamental truth: LED systems are far more efficient and effective than their HPS counterparts.
When it comes to lighting a greenhouse or any indoor grow facility, the number of factors to consider can seem overwhelming. Should you choose intelligent LEDs? Should you go old-school with HPS?
Light has a complex relationship with plants. When the light touches a leaf, it can be absorbed by, reflected from, or transmitted through to other leaves. Plants appear green to us because they reflect and transmit slightly more green light than they do blue or red.
Growers who are able to optimize the supplemental light they provide to plants can eliminate seasonal changes in production cycles, increase crop production, ensure crop consistency and grow quality plants year-round.
Solar simulators-indoor lights that reproduce the sun's spectrum-take many forms and serve different purposes, including testing sunscreens, solar cell efficiencies and performance testing of aerospace materials.
Glenwood Valley Farms and Fluence Partner for LED Implementation, Driving Increased Crop Yields and Greater Energy Efficiency
LED installation enables Glenwood Valley Farms to increase light intensity without raising overall facility temperature
In collaboration with Wageningen University & Research and Compassionate Cultivation, Fluence is proud to announce the findings of a series of groundbreaking photobiology research studies examining how light spectra affect cannabis growth and development.
By removing LED drivers from individual light fixtures, the new MegaDrive™ eliminates the need for electrical power connections throughout the greenhouse or grow room while significantly reducing up-front costs.
Choosing the best grow light for your facility is essential to growing healthy plants and getting a maximum return from your investment.
Records 1 to 15 of 32
Sun Xtender® Deep Cycle AGM Batteries for renewable energy storage are manufactured in the USA by Concorde Battery Corporation and are built to the same demanding standards crucial to supporting the aircraft industry. To facilitate maximum conductivity & charge acceptance Sun Xtender® batteries are constructed with copper alloy corrosion free terminals & robust intercell connections. Endurance and optimal float life are achieved through plates thicker than the industry standard. Sun Xtender® Batteries' AGM maintenance free design is an ideal solution for off grid and grid tied systems.