Like all living things, plants have basic requirements in order to grow and reproduce. Aside from soil and water, light plays an important part in plant growth through the process called photosynthesis. Nonetheless, there are instances wherein sufficient lighting from the sun is not available. This scenario could happen during winter periods in some countries, and if plants are grown inside structures like plant nurseries, buildings, and indoor gardens. Artificial lighting is the most practical solution to this concern with the use of advanced LED grow lights. The best LED grow lights are capable of providing the amount of light necessary to grow different types of plants.
The LED grow light technology is the perfect option for plants cultivated through the hydroponic grow system. There is also the 120w extreme flower led that can be utilized for indoor gardens in corporate buildings, commercial complex, and enclosed botanical gardens. These types of applications require high intensity LED grow lights because of the vast areas. An LED grow light review is the best source of the actual benefits of an LED grow light for a specific plant cultivation application. The ultimate objective of enhanced spectrum LED grow lights is to provide the light spectrum similar to that of the sun. With the high intensity LED grow light, urban indoor gardens and farming through hydroponic system becomes not just a fad but a successful venture.
- For plants that require a huge amount of direct sunlight, HID lamps used to be the primary source of lighting for indoor growing.
- For sustainable living, green producers continued to look for more energy efficient source of lighting with less carbon emissions. This requirement paved the way for green source of artificial lighting like the extreme veg LED, 360w extreme flower LED, and spectraboost grow spotlight.
- For vegetation and flowering cycles, the 3w LED technology is extensively used. This flower LED grow light employs 3w LED bulbs which emit higher intensity lighting compared to 0.6w or 1w LEDs. They are also made of different colors wherein red and blue colors have been found to promote growth and flowering faster. The blue extreme veg LED produces a large dose of blue light that plants normally get from the sun for vegetative growth. Blue extreme is not available from fluorescent and metal halide lights because they emit a wide spectrum of light like red, yellow, and green.
The continuous urbanization and conversion of farmlands into commercial and residential centers has a slow but steady harsh effect on food production. Sophisticated concepts of growing plants that used to be just some form of idea are now becoming a reality. One very practical concept is the urban vertical farming with the aid of advanced LED grow lights system. High intensity indoor grow lights can be utilized as the main source of artificial lighting as extreme veg LED for vegetable crop cultivation. The grow light technology has become sophisticated enough that hydroponic gardening can now be undertaken in a big scale with the use of an efficient lighting solution. On the other hand, if the cost does not allow a project to utilize LED lighting as a whole, LED hybrid can be considered. LED grow lights can then be utilized as supplemental lighting only.
Aside from providing the means for photosynthesis for a hydroponic system, there is huge savings in energy consumption especially for large commercial setting. Even with the use of 3w LED as the light bulbs. Compared to the conventional HID lamps, about 35-50% of operating power is saved with the use of LED technology. There are also concerns that too much heat from lighting solution for an indoor garden or farm destroys flowers and fruits. In LED lighting, even the 360w extreme for veggie farming emits low amount of heat. High intensity LED does not give off excessive heat that could destroy the plants.
Upgrading the Technology
LED technology has improved tremendously that a single assembly like the advanced ufo grow light provides multiple spectrum LED grow light that provides a host of benefits for different types of plants and different applications. This is the kind of grow light technology that can be used by hobbyists in combination with useful tips for growing hydroponic. The LED lamp is easy to install and plug in types are available for small indoor growing or pilot projects.
When it comes to advantages, the LED technology has surpassed other lighting solution with flying colors. With this kind of efficiency in grow light technology, the first thing that can be considered as a disadvantage would be the cost. Employing multiple LED indoor grow lights in every square foot of space is definitely expensive. However, proponents of advanced LED grow lights argue that the weight of the problem is only with the initial price. As users reap the benefit of savings in power consumption, the initial cost will then be returned in time. In addition, as LED bulbs are busted one after the other, the efficiency of the whole assembly lowers and replacement has to be done even if other bulbs are still working.
For the world to continue producing food, revolutionary and advance methods of farming have to be continuously developed. Advanced LED grow lights are just part of the effective solution to the problem. On the contrary, LED technology is not the only answer to the food production shortage that will continue to affect the world in the years to come. Hydroponics and aerogarden are the initial steps that will help humans adapt to the changing environment. These methods will provide the foods of the future.
Agriculture is a complex science in itself and employing technological advancements like the LED grow lights made it more confusing. Nevertheless, LED technology has to be incorporated in its branches like hydroponic system to enable humans to use the environment’s resources more responsibly. It is fascinating to see plants grow and reproduce in a controlled environment. This concept gives mankind a kind of power over its future. Moreover, it also shows that, with the use of technology, we could strike a balance between the use of science and the world’s natural resources. If it happens, there would be more that enough food for all people in the years to come.