Plant growers are well aware of the fact that sometimes even the sun could do with some help. According to estimates, a significant thirty to fifty percent of solar radiation does not even reach plants placed within greenhouse buildings and glazing. The challenge becomes even more difficult for places that have long and dark winters. Such regions typically have short growing seasons, making it necessary for plant growers to use supplementary lighting solutions to grow enough crops. More and more plant growers are finding out that LEDs are the best source for plants’ indoor lighting. Such lighting might serve as both primary as well as supplemental lighting.
The science of light and spectrum has led to the development of horticultural LED systems. They bring with themselves the following benefits:
- Larger per plant yields through the use of light alone
- Production of more saleable crops overall
- Modifying the light wavelength to manipulate food flavor
These benefits, amongst many others, are making daylight LED bulbs the preferred option for primary and supplemental lighting while growing plants in indoor greenhouses:
Daylight LED Bulbs Result In Bigger And Better Plants
Traditional lighting systems are outdated and offer only binary control; i.e., you can only switch them on or off. When such lighting is in the turned-on state, they emit light in a fixed spectrum irrespective of the plant. Moreover, as experts from growlightinfo.com/t5-led-grow-lights state, the intensity of the light varies according to the working-age of the bulb. Older lamps translate to a lower intensity of light. It is not optimal for the growth of all plants to receive the same light spectrum. Just consider the fact that different plants have different nutrient needs. This fact is valid for plants and the light spectrum they receive too.
With the emergence of LED lighting solutions and new software and hardware for networking, people growing plants can create particular light recipes or formulas. Such lighting can help grow specific parts of the plant in a particular way that enhances its salability. One example that can be cited in this respect is a small study of basil. In the survey, basil was grown with a different combination of blue and red light, while white light was fixed at a constant level. The grown basil was then made to undergo a blind light test. It was found that a particular percentage of blue light produced basil with more significant spice, aroma, and taste. Controlling the light spectrum is the new secret formula plant growers use for foods and flowers that the customers want. Other experiments conducted by researchers from some of the world’s leading universities like California’s UC Davis and Canada’s University of Guelph of Canada have proved it. Studies have repeatedly found that LED lights make up for better, more marketable plants. It also helps in reducing energy consumption significantly and with no additional space requirements.
Daylight LED Lamps Leads To Healthier Plants
You can shape plant growth with LED lights, which means you need not fiddle with plant hormones to achieve the same. Not only hormones, but LED lights can also help cut down on pesticide use. This effect of LED lights makes the plant healthy naturally. Also, it ensures that the health and safety of plant growers who no longer need to expose themselves to toxic substances. But to be honest, there remains a negligible health risk for plant growers due to artificial light exposure. Also, plants produce less heat when grown in LED lights, which cuts down on evaporation and, accordingly, fertilizer. That means there is yet another chemical less to contend with for the plant and the people growing them.
LED Lights Help The Environment And Plants
Growing plants indoors in controlled environments have the benefits of less waste of water, less use of excess chemicals, and better utilization of available space. With the introduction of daylight LED bulbs in this scene, plants’ indoor growing becomes even more environmentally friendly and hence suitable for both other animals and plants growing in the wild. As we mentioned earlier, LED lights produce less heat, thereby using less water. This reduced water consumption can be critical during periods of drought. Further, using light to fuel and direct the growth of a plant means less use of chemicals and plant hormones. LED systems also help to minimize the carbon footprint.
Seasoned indoor plant growers are always on the lookout for tools that give them that extra amount of edge. Daylight LEDs and the developments in spectral science, and the emergence of networked control systems provide them with this edge. Such LED lights make growing plants indoors less expensive, more efficient with greater levels of productivity. Consider using such daylight led bulbs for better profits and plants.
