At the most dismantled level, farming is a business which modifies light into food calorie energy which can be utilized and consumed by humans. Historically and scientifically, plants derive light from the sun but the help of the new LED lighting technology is changing the way in which new generation food engineers and farmers grow plants. They are given a chance to construct facilities for growing which allow plants to derive light from LED lights. Many of the facilities are provided in urban locations which rely on LED lighting to assist urban farming which had once been dedicated to commercial or residential manufacturing operations.
LED grow lights and urban farming
Urban farming gives you permission to grow food in indoor warehouses and greenhouses. Unlike conventional farming which stretches through huge plains of land, urban farming can be done on vertical racks which include heaps of growing plots, each of which is lighted with LED lighting systems. Such systems offer up to 100,000 continuous hours of operation with low replacement and maintenance costs and also low energy costs. This implies more than a decade of work without the requirement of replacing bulbs.
Moreover, an LED grow light can be controlled and configured to generate targeted wavelengths for maximum growth of plants. The traditional farms are subject to the whims of temperature which are typical of natural environments. On the other hand, LED light systems for urban farming can offer ideal amounts of light without generating extreme heat which would damage the plants and bereave them of moisture.
Possible benefits of LED lighting
Farming includes the conversion of a type of energy to another and LED lighting for urban farming enhances efficient energy conversion over other artificial lighting sources. Indoor farming had conventionally used HPS or high-pressure sodium lamps which may have been effective but way less efficient than LED lights. LED urban farming system could generate equal amounts of light at a cost which was at least 40% less and in some cases, even 70% less.
The lighting and design configuration capabilities which are available along with the LED systems make them perfect for indoor urban farming operations. For instance, vertical farms were established near Indiana and Chicago which provide more than 1 million square feet of open space with 30,000 square footprints. The conventional lighting systems would possibly generate excessive heat which may have been trapped between such layers, thereby damaging the plants. LED lights ward off such issues.
With the help of LED lighting and indoor urban farming, the growers are boosted to produce food in closer proximity to the consumers. Rather than relying on costly long-distance shipping which consumes extra sources of energy before the food is reached to the table of the consumers, urban farms can deliver products to grocery outlets which are closer to the facilities.
As there’s a growth in population and more and more people choose to relocate to urban environments, food managers require addressing the challenge of feeding them effectively and with minimum environmental impact. LED lighting for improving urban farming will definitely be a necessary tool to meet challenges.