Link: http://www.bcnorthernlights.com
Which Hydroponic Lights are Best?
Hydroponics lights, or grow lights as they are commonly called, come in several varieties and can be used in combination with one another to achieve the best results. If you are using natural sunlight in any way, the grow lights will be used to supplement natural light; if you are using strictly artificial lighting, your setup will naturally be a bit more elaborate.
When setting up hydroponic lighting, it’s important to understand the principle of color temperature and its effects on plant life. Not to be confused with heat/cold, color temperature refers to the color spectrum of light, and is measured in degrees Kelvin. Higher color temperatures are considered “cooler”—blue light being the coolest at around 6000K—and red-orange light being “warmer” (2000K range). Generally speaking, full-vegetation plants do well with the darker blue spectrum (closest to normal sunlight at 6000K), while fruit/flowering plants do well with slightly warmer color temperatures (4800K). In the reproductive/flowering phase, plants draw from the red-orange part of the spectrum. In an optimal lighting setup, your hydroponic lights will cover a blend of these color temperatures best suited for the plants you are growing.
The most common type of bulb used in hydroponic lighting is the Metal Halide (MH) bulb. This High-Intensity Discharge (HID) light leans most toward the blue side of the spectrum, is most like direct sunlight, and is preferred for most growing situations. Obviously, leafy, full-vegetation plants do well with MH bulbs.
Another HID bulb used is the High Pressure Sodium (HPS) bulb. This bulb tends to emit orange-red light around the 2200K mark, and is good for flowering plants, but not very good in itself as an artificial lighting substitute. It should generally be used in combination with natural sunlight or other artificial bulbs.
A third alternative is compact fluorescent grow lights or lighting. The advantage with fluorescents is that although they are less intense, they are cheaper, can be placed close to the plants because of their low emission of heat, and in combination with one another can cover the color temperature spectrum fairly well.
Other types of grow lights include incandescent lighting, which can be tricky because they are not as intense and get too warm to be placed close to the plants; and more recently, LED lights, which claim to cover the spectrum well and emit almost no heat, but are fairly expensive and not as cost-efficient as the other options.
As you can tell, there are a wide range of combinations that can be made from these hydroponic lights. The combination that works best for your garden can be determined with your retailer.
10/30/09
LED Grow Lights
Link: http://www.bcnorthernlights.com
This is kind of geeky, but also kind of cool...What is an LED? A light-emitting diode (LED) is an electronic light source introduced as a practical electronic component in 1962. The first LEDs were mostly used in expensive equipment such as laboratory and electronics test equipment, then later in TVs, radios, telephones, calculators, and even watches.
10/30/09
Hydro Weed
Link: http://www.bcnorthernlights.com
In the culture of cannabis, hydro weed means meaning hydroponically grown, or indoor, and “weed”, meaning...umm, err...flowering buds.
Cultivating Cannabis indoors traditionally has to do with growing the plants in a soil-like medium and adding fertilizer when the plants are given water. Cultivating hydro weed indoors is more complicated and expensive than growing outdoors, but it allows the cultivator complete control over the growing environment.
10/30/09
Using Grow Lamps
Link: http://www.bcnorthernlights.com
Using grow lights is the perfect way to grow crops in your own home when you do not have a garden or yard to cultivate your plants.
Using this guide, you can easily begin growing your own plants within hours.
First, you need to understand how these lights work.
These lights are produced almost exclusively for people to grow plants indoors. Because the plants will not be receiving the sunlight that they would in a garden or yard, artificial lighting will recreate a plant’s natural environment and provide all of the light that it needs for photosynthesis (the process through which plants get their energy).
XML Feeds