Horticulture LED Lighting

Active Grow has an edge on the competition in the LED market. They have great penetration and they don’t cause heat stress to the plants and keep over all room temp normal. Waterproof, efficient and great size for flower. Photos below of Indica day of harvest with no Co2 used during life span. Note the trichomes and density are comparable to industry leading lighting technology. Go with this brand

Active Grow features solid-state lighting products that are listed in the new ETL Horticultural Lighting Certification Program for meeting elevated ambient temperature, corrosion resistance, high humidity, ingress protection and UV protection requirements. Active Grow also features products that are recognized by the Illuminating Engineering Society’s Annual Progress Report and the LEDs Magazine Annual Sapphire Awards for their innovative design, exceptional efficacy, superior light uniformity and formulated plant growth spectrums.

PPFD - Refers to Photosynthetic Photon Flux Density, which is the measurement of light photons that reach a target point. PPFD units themselves are the number of photons in the PAR range that land over one square meter per second or µmol/m2/s. Active Grow publishes detailed PPFD data over a 4’ x 4’ area at different heights for the SG300 LED Grow Light here.

Active Grow LED lights use 50-70% less energy than traditional grow lights helping growers achieve a quick ROI. Active Grow lights also feature passive cooling which radiates heat away from the canopy and helps lower HVAC usage up to 60%.

PPF Refers to Photosynthetic Photon Flux or a lamp’s total emitted number of photons or micromoles per second (µmol/s). PPF only measures the amount of photons in the PAR range and is currently the standard measure in determining the efficiency of horticulture lighting products.

PBAR Refers to Plant Biologically Active Radiation and designates the spectral range from 280–800 nm. According to the American Society of Agricultural and Biological Engineering (ASABE), PBAR covers a more substantial range of light that effects plant biology. The PBAR measurement includes the PAR band from 400–700 nm as well as the ultraviolet radiation band of 280–400 nm and the far-red radiation band of 700–800 nm. Active Grow uses the latest spectrometer technology to see a lamp’s entire PBAR range.