hydroponics grow light

The 10' x 10' grow tents will house up to 32 medium plants or about 24 or so if you want them to get bigger than normal. These monstrous grow tents will require an extra room or space in the garage to be set-up in since they are so big. The large size of this tet will require about four 1000 watt or equivalent grow lights. If you are trying to save a few bucks, you can also get by with using four 600 watt lights instead of the 1000 watt we recommend. Growing in a portable grow room allow growers to better manage heat and humidity in the growing environment, helps keep the grow space cleaner and doesn't require you to build out a room by scratch, saving you time and money. WHAT’S YOUR GROWING STYLE? SOG The sea of green (SOG) is a high-volume cultivation style favoured by commercial cannabis growers. Essentially, all the available floor space is filled up with plants. Hydro growers typically pack systems to capacity. Soil/coco growers commonly use smaller 6l square contain

1000-Watt LED Grow Light Cover The average LED grow light draws about 32 watts to cover 1 sq ft for flowering. Compare this to a typical HID fixture which rings in at 40 watts per square foot (assuming a 5’ x 5’ area, or 25 sq ft coverage area). Using an HID in a 4’ x 4’ will bring the power coverage up to 62.5 watts per sq ft. (The energy saving that growers can expect from using LED grow lights instead of HID is around 38%. This energy savings only takes into account to savings growers gain when using LEDs fixtures. It does not account for other environmental factors where growers can save energy. For example, less ventilation and air conditioning may be used, or foregone completely, depending on the size of the setup and ambient temperatures. Total power savings may rise above 50% in certain scenarios.) Different LED grow lights will have different efficiencies. More efficient LED grow lights will use fewer watts to emit the same amount of light that a less efficient LED grow

LED grow lights have only hit the market around a decade ago, and with it came great benefits: higher yields at a lower price for indoor growers. Plants do not utilise much white light and some of the other spectrums produced by conventional lighting such as HPS (High Pressure Sodium). In fact plants only use around 30% of the light produced by conventional lighting. Just as conventional lighting has a reduced effect on plant growth so also do traditional methods of measuring light such as LUX becoming insufficient for measuring LED Light. Led Light has a totally different set of rules, the only recognised and effective way to measure LED light is to use the method called PAR or (Photosynthetically Active Radiation). PAR is the term use to describe the wavelengths needed by the plant to feed and grow. The light emitted from our LED light units are close to 100% efficiently utilised. By properly utilising the specific forms of light needed by the plants they are able to fully utilise t

High-Intensity Discharge (HID) grow lights provide a cost-efficient light source for indoor gardening. Using very intense light, the watt to lumen ratio for HID lighting is among the highest for all types of lighting. HID lights also pump out a lot of heat and may need to be cooled. HID bulbs must be replaced often to ensure optimal spectrums are maintained, typically bulbs last 9 months to 1 year.  HID lighting  comes in many different wattages to accommodate different garden needs. The total wattage of a HID lighting system determines its intensity and the number and quality of the plants that it can grow. The more watts, the more intense the light. Two types of HID grow lights can be used for indoor gardening – High-Pressure Sodium (HPS) and Metal Halide (MH). The primary visual difference between them is that metal halide light is white and the light emitted from a High-Pressure Sodium bulb is amber orange. These bulbs cannot be interchanged without changing their ballast.

Ceramic Metal Halide Grow Lights CMH lights were introduced in the 1980s, but with recent discoveries in horticulture research, it makes sense why many growers are utilizing this technology.The CRI of CMH's is around 90-92, close to the spectrum you get from the sun .The claim from CMH lovers is that your plants can enjoy a nearly full spectrum white light, very similar to natural sunlight that lasts longer than your HID counterpart. A CMH's Color Rendering Index (CRI) rating is pretty close to the sun. CRI is a measurement of how true colors stay when the light is set upon them.  HPS grow lights  are 20 - 30 (that's why it's all orange/yellow in your grow room during flowering) while Metal Halides are 60 - 65 (which is why there's a little bit of a blue tint in your growing area when you're vegging).  CMH grow lights  come in with a CRI rating of 90 - 92 making them only 8 points off from our most natural source of light. Right off the bat, once you turn on