Why indoor agriculture is the future
The future of indoor agriculture provides natural advantages, which can help agriculture cope with the problem of resource reduction and increasingly unstable climate. The main benefits of indoor planting are as follows:
Vertical agriculture: Farmers can now grow certain crops in three dimensions, not just two dimensions. 640w LED grow light supplement light: The indoor supplement light environment can be controlled, and the annual crop cycle may become a reality.
Not all crops are suitable for innovations such as vertical agriculture. Future farms may grow tomatoes, carrots and potatoes indoors, while tall crops such as wheat may still require outdoor environments. Although there will be countless innovations in the future of agriculture, the main changes in the future of agriculture will be more urbanized farms and indoor farms.
Vertical farming
Vertical agriculture may be one of the most important innovations in future agriculture. Future planting will allow farmers to use vertical agriculture as a means to increase crop yields. The efficiency of vertical farms is incredible, because traditional farms grow in two dimensions, while vertical farms grow in three dimensions. This means that the yield of a vertical farm may be 10 times that of a traditional farm of similar size.
The hydroponic system and 640wLED grow lights are now advanced enough to make vertical farms practical. However, one disadvantage of vertical farms is that initial setup costs can be high.
"The 640w LED grow lights in agriculture will be ubiquitous, and all fields of modern agriculture are closely related to light," said Yang Qichang, a senior expert in the field of agriculture and a researcher at the Institute of Agricultural Environment and Sustainable Development of the Chinese Academy of Agricultural Sciences. The planting industry of modern agriculture ( For example, facility gardening, urban agriculture, open field production, plant protection, insect traps, etc.), livestock and poultry breeding, aquaculture, and other (edible fungi, microalgae, etc.) all require artificial light sources to supplement light, so the role of 640wLED grow lights will be more and more important. Bigger.
Indoor agriculture has always needed a light source that can simulate the sun's rays. Unfortunately, traditional sodium lamps consume relatively high energy, but with the rapid advancement of LED technology, the emergence of 640wLED plant lamps consumes 50% more energy than sodium lamps.
LED grow light full spectrum lighting
Different lighting spectrums are the key to providing plants with what they need. The increase in yield is related to the type of light that plants are exposed to at each growth stage. 640wLED grow light can fully control its lighting spectrum. Depending on the types of crops planted, this can achieve better harvest quality and richer yields.
640w LED grow lights have been used in facility planting fields (such as greenhouse light supplementation, plant artificial light production, urban agriculture), livestock and poultry breeding, aquatic products and fisheries, pest control, edible fungi, aerospace, and other agricultural fields. Applied.
Among them, 640wLED grow lights replace traditional light sources such as high-pressure sodium lamps in the indoor light supplement application in the greenhouse system light supplement application has entered the stage of research and development, pilot testing and promotion. Plant factories can intelligently control the light environment; the space utilization rate is further improved, and the number of cultivation layers is further increased (above 18 floors); and the advantages of high-quality vegetables are improved. my country's plant tissue culture has been applied on a large scale. Artificial light sources play an important role in the process of large-scale livestock and poultry breeding. LED plant factories enter the community and are getting closer and closer to people's lives.
Indoor agricultural planting advantages of 640wLED grow lights
Faster harvest cycle
You can use LED grow lights at any time of the day or night. When you grow plants indoors, by using 640wLED grow lights, you can provide the correct red wavelength light when the plants need it most in order to maximize the growth rate. It is possible to harvest multiple times in one season. The output will automatically increase.
Longer life and lower costs
The life span of the 640wLED grow light exceeds 50,000 hours of continuous operation. This is much longer than what traditional lamps can provide, partly because of the low light operating temperature. Traditional lighting systems always generate a lot of heat. The life span is significantly shortened. Longer life span, which means you can grow crops for many years without changing lights, which reduces costs.
Improve energy saving
640wLED grow light consumes less energy. It provides more usable light because the LED diode does not burn when it produces light. Due to reduced energy use and additional heat generation, energy costs are significantly reduced.
Cooler working temperature
640wLED plant growth light does not emit a lot of heat. This is not the case with HID lighting systems, which generate temperatures exceeding 400 degrees Fahrenheit. Because the greenhouse operating temperature is very low. When using LED grow lights, there is no need to install an additional cooling system in the planting area.
Although the application of 640wLED grow lights in the agricultural field has shown a trend of full intervention, its potential and prospects in the agricultural field are unquestionable, but in the face of specific markets, there is still a way to go before large-scale applications. At the technical research level, there are also challenges to market expansion business models.
Indoor agriculture is the future trend of agriculture, and LED grow lights are also the trend of indoor planting needs. With the continuous advancement and development of technology, the two will definitely be perfectly combined. Indoor agriculture and LED grow lights will promote the development of each other.
