Tyler, a farmer in Cleveland, Ohio, has been running his own farm shed for five years. He graduated from a well-known agricultural college with rich professional planting knowledge, but it was the weather that bothered him in Ohio. Cleveland is located in the north central part of the United States, close to Canada. The winter lasts from October to April. However, the decrease of sunshine in winter slows down the growth rate of vegetables and affects the overall yield.
According to Tyler farm's planting crops, geographical location, greenhouse scale and structure, enjo has provided a professional LED light supplement scheme for Tyler farm to reasonably solve his problems.
Professional technology, high efficiency and energy saving
Using the unique ceramic COC (chip on ceramic) technology, the LED chip is directly attached to the ceramic heat sink without PCB structure, which improves the heat dissipation speed of the lamp, thus improving the performance and life of the overall lamp. Moreover, enjo perpetual lamp is used in passive cooling principle, no longer need fan and water cooling system, saving electricity, and making lamps more easy to use and stable.
Uniform illumination and growth
For plants in artificial light environment, high yield and high quality are the core objectives. However, the growth of plants has the characteristics of phototropism. Generally, the stem of plants has a positive phototropism, so the uniformity of light (regional uniformity, inter plant uniformity and crown uniformity) determines the consistency of the appearance characteristics of plants and individual plants. Therefore, in the process of light environment design, it is necessary to ensure the uniform distribution of light intensity and light quality, so as to ensure the uniformity of plants. The third thought led plant lamp seals the chips of different colors on the same ceramic pixel, and then matches the light with the optical lens independently developed and produced, so that the light intensity in the center area is basically equal to the edge area, ensuring the uniformity of light, thus ensuring the high yield and quality of plants.
Adjustable spectrum and controllable growth
With the development of photobiology, the wavelength range of light radiation for plant growth has been extended to 280-800nm, and the main light quality for photosynthesis is the red light in the band of 600-700nm and the blue light in the band of 400-500nm. And the proportion of red and blue light needed for different plant species is also poor. Think twice of LED perpetual lamp and the intensity of light can be adjusted to meet the needs of different growth periods, seasons, and even natural light intensity.
Tyler uses enjoled plant light for 13 hours a day in winter and 4-6 hours in spring and autumn. After more than a year of use, the overall yield of the leafy vegetables he planted increased by about 30%, and the overall quality also improved. The high electricity bills he worried were not happening, and the initial investment of LED perpetual lamp has also entered the payback cycle, and it is expected to be ready in the future.