TotalGrow Comparisons

Grow Light Spectra

TotalGrow Light Spectrum

Photonic Distribution Plot for TotalGrow's Broad Grow Spectrum
Summary of the Impacts of Photons of Various Wavelengths/Colors on Plants
TotalGrow’s Solid State Volumetric mixing of light has significant advantages:
  • Provides optimal light in the spectra that plants need most for efficient and healthy growth.
  • Incredible uniformity of light distribution over the plant grow area, eliminating hot and cold spots that inhibit uniform growth.
  • Designed to produce much better plant growth while using less wattage than competitive technologies.
  • Environmentally friendly Solid State Lighting Technology. (No heavy metal vapors, HAZMAT materials or neuro-toxins).
  • Contains no moving parts to eliminate noise vibration and maintenance.

CLICK THE ICONS BELOW to compare other lighting technologies to the superior performance of SSVL.

High Pressure Sodium (HPS) Comparison Button Metal Halide Spectrum's Photonic Distribution
  • Metal Halide lamps have output peaks in the blue, green and yellow areas of the PAR spectrum.
  • Contains heavy metal vapors and toxic materials, which commonly include mercury, radioactive krypton-85, thallium, dysprosium, thulium, cesium, cerium or other rare earth elements, lead, and asbestos coatings.
  • Metal Halide lamps can be prone to exploding.
  • “If the arc tube is broken, handling in a well-ventilated area, and local exhaust ventilationor personal protective equipment may be needed” (GE MH MSDS - http://www.batteriesplus.com/msds/GE-METAL-HALIDE.pdf).
  • As MH bulbs reach end-of-life, they can require more electricity to produce less light.
  • Up to 50% of Metal Halide bulbs may burn out before they reach their lifetime hours rating.
  • Long warm-up periods can waste up to 15 minutes of energy consumption per light when first powered.
  • For plants to properly flower and fruit they generally require stimulation by the correct balance of red (620-700nm) and far red (700-750nm) light. This is lacking in metal halides and is difficult or impossible to generate even at high power.
  • BLUE: The blue output has appearance and plant health benefits including stem elongation inhibition and proper pigmentation stimulation.
  • GREEN/YELLOW: Most output is in the yellow-green spectrum, which is the least efficient light region for plant growth. Plants are green because they reflect the most green light rather than absorbing and using it.
  • RED: The minimal output in the highly efficient red spectrum results in inefficient overall growth.
Metal Halide Bulb

WARNING-
Metal Halide Lights
are optimized for human vision, not plant growth.

Metal Halide Comparison Button
Fluorescent Lighting Comparison Button
Typical LED Grow Light Comparison Button

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