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LED Grow Lights Reshape Agriculture, And The Future Market Will Surely Grow Substantially

Jan. 09, 2021

For photosynthesis, within the full RGB spectrum, plants use more red and blue wavelengths of light than green light. LED technology can provide only the required wavelengths, thereby reducing the electricity operating costs of "feeding" plants and improving the return on investment of plant harvesting.

The next decade provides many opportunities for LED Grow Light Manufacturers, distributors, installers, and all energy professionals and solution providers. Saving energy and saving money is the key driving force for the adoption of LED lights. However, for LED grow lights, energy saving is only one aspect, and it is more important to promote plant growth.

Although LEDs can reduce operating costs compared to metal halide lamps and fluorescent lamps, the real victory is that LED grow lights can reduce harvest time by 10% or more.

Take lettuce or basil as an example. The average growth time is about 30 days. LED lights can promote growth and reach the same harvest weight within 27 days.

In a year, farmers can have 13 harvest cycles instead of 12. An extra harvest cycle is very meaningful. A 20,000 square foot planting area can produce more than 1.5 million US dollars of basil each year.

The following are some ideas about the future, explaining why the LED Plant Growth Lamp market will grow substantially in the future:

LED Plant Growth Lamp

LED Plant Growth Lamp


Since the first Earth Day in 1970, the global population has doubled to more than 7 billion;

Humans may run out of fresh water resources before running out of fossil fuels;

In the United States, food has to travel hundreds and thousands of miles in many places to reach its destination;

The United States faces increasing health challenges from childhood obesity and overweight people;

Low-income households are at the highest risk because they have limited access to affordable fresh produce;

Given the drought and extreme weather, developing countries are facing increasing food challenges.


Use the advantages of LED technology to provide cost-effective fresh organic agricultural products locally


Provide fresh and cost-effective food to the world.

LED Growth Lights = money, the existing LED technology and "smart control" enable the next generation of farmers to grow indoors during the day and night, and also reduce transportation costs to increase net profits. LEDs will reshape agriculture, because a new generation of urban farmers will use abandoned and unleased industrial buildings to grow organic food for nearby residents. This can reduce the distance from the farm to the dining table and remove pesticides.

Find a suitable LED plant growth light

If you already use LED grow lights or are looking to expand sales through strategic relationships, then look for grow lights that meet certain standards. Specifically, it is necessary to look for LED plant growth lamps with the highest photosynthetically active radiation (PAR) per dollar.

In addition to LED plants and flowering grow lights, look for manufacturers that can provide customized solutions to meet the needs of growers. The modular design can provide photosynthetic photon flux densities of different wavelengths, providing growers with a competitive advantage.

Looking for external drive technology, through intelligent control, based on different types of plants, set the cycle within a 24-hour cycle to optimize plant growth.

Look for lamps with dimming capabilities to simulate sunrise and sunset, or to optimize plant growth in multiple growth stages.

Look for an adjustable suspension system to optimize the height of the light source above the plants, which is suitable for plant growth.

Look for opportunities to integrate hydroponic and farming symbiotic systems into LED growth operations. One pound of feed can only produce one ounce of protein from livestock, while one pound of fish feed can produce nearly one pound of protein.

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