Can LEDs Affect The Taste Of Vegetables

There is a widespread misconception that the taste of vegetables is solely based on genetics of the plant species and cannot be enhanced by cultivation techniques or environmental conditions. That would be true in a scenario where other cultivation parameters were universally normalised. However, this is rarely the case when it comes to indoor vegetable production facilities.

How are the fruits and vegetables in the greenhouse different from the fruits and vegetables in the natural environment? Natural fruits and vegetables grow under the sunlight, while fruits and vegetables grow under the LED grow lights in the greenhouse. To solve the puzzle, the first thing is to understand the working principle of the LED grow light, it is the principle of fully simulated sunlight on plant photosynthesis, in accordance with the law of plant growth needs sunlight, using led grow light instead of sunlight to plant growth and development environment of a kind of lamps, so under the sun and the growth of fruits and vegetables under LED grow light irradiation is the same, can be eat, so taste better or not?

In the natural environment, fruits and vegetables should always be prepared to fight against natural disasters, such as wind, rain, snow, frost, fog, and disease and insect poisoning. The ability to survive is stronger, but it often leads to deformity or insect infestation, thus affecting the taste of vegetables and fruits. On the contrary, fruits and vegetables in the greenhouse do not have to experience the wind and rain, and the led grow lights can provide different light according to the growth state of the plant, so that the plant is always in the best growth environment, and it is perfect in both appearance and internal taste.

Compared with the sunlight, led grow light has the biggest advantage of artificial control. According to different plants and different growth stages, it is equipped with the most suitable lighting environment. LED growing lights can also control the intensity of light, making the photosynthesis of plants more active and controlling the light cycle, making the photosynthesis of plants longer. It was reported that in the arctic research camp of Germany, researchers used LED plant lights to try out a variety of vegetables such as tomato, cucumber, and kohlrabi in the cold region.

So there’s no doubt that the vegetables that come out of the led grow lights are not only healthy but also taste better! Want to try?

Why We Need Grow Indoor&LED Grow Light

A successful grow story begins with professional led grow lights.

Indoor farming technology has more advantages than the traditional farming method. Possible to grow more type plants all year round without regard to the weather, insects, and diseases.
True spectrum engineering helps you to grow best plants with a perfect appearance and flavor.

Get More Harvest

Quality and high yield are related to temperature, humidity, nutrition, but also lighting of plants. Daily light integral and photoperiod are the critical factor in growth duration. Lighting of plants stimulates or suppress vegetation, flowering and fruiting. When grow indoor, extreme weather, insects and diseases are not longer a threat for users. Much possible to get more harvest and harvest better plants no matter what you grow.

Healthy Grafting

A healthy grafting needs true and sufficient level lighting. You can increase your successful grafting rate and reduce your electric usage with professional grow lights.

Cost Saving

Traditional plant growing requires a large area of land. When you adopt indoor plant growing and use professional LED plant grow lights, you can replace traditional planting way with vertical agriculture to save land area and cost. At the same time, indoor planting and led grow lights can make your plants mature faster and yield higher.

In conclusion, grow indoor will help you to get more harvest and at the same time save cultivation costs, advanced indoor farming technology is helping people and society to progess.

Advantages Of LED Grow Light Compare With HPS Lamp

Grow lights are used in applications where there is either no naturally occurring light or where supplemental light is required. Horticultural LED systems and the spectral science they have made possible have already revealed some amazing effects, including using light alone to create bigger yields per plant; producing more marketable crops overall; and changing the wavelength of light to change the flavor of foods. For these reasons and others, including the ones detailed below, LEDs are on their way to replacing legacy lighting systems in many new and newly renovated growing operations. In addition, LED technology is popular for scientific application to get the best results with high-efficiency photosynthesis and healthy growth duration.

Avoid High Temperature Damage To Plants

High temperature damage, is a plant physiological injury caused by too high temperature. This will lead to deterioration of plant protein, damage of biofilm structure, disorder of metabolism in the plant, and abnormal phenomena such as leaf burning, plant wilting and flower falling off.

According to the law of energy conservation, it is found that the ability of LED and sodium lamp to convert electric energy into light energy and heat energy is different. Using the same energy, the LED plant growth lamp as the cold light source will produce more light and less heat, while the sodium lamp of the hot light source will produce a lot of heat and less light while lighting.Therefore, compared to these two lights, LED plant growth lamps not only save energy, but also convert more energy into light energy, providing effective radiation for plants, and effectively avoid plant “high temperature damage” and help users reduce planting risks.

Longer Service Life

LED uses solid semiconductor chip as the luminescent material, and the light decay is small. The sodium lamp is used to generate arc between the electrodes between the two ends of the arc tube, and its life expectancy is shorter than that of the LED plant growth lamp.

Rich Wavelength And Good Light Filling Effect

As an important factor of plant growth, light plays a very important role. It is found that the spectral energy distribution of sodium lamp can be roughly divided into red orange light, yellow green light and blue violet light (a small amount). The LED plant growth lamp can emit monochromatic light with narrow light wave, such as red, green, blue, orange, etc., and these monochromatic light can be mixed. For example, the mixed wavelength LED light source can promote the growth and development of lettuce, basil and other seedlings and roots, shorten the flowering and fruiting cycle of plants, and increase the accumulation of sugar and starch in sugar beet; The red and blue spectra with different proportions can meet the requirements of different stages of plant growth, coloring, flowering and fruiting.

To sum up, LED grow light has more advantages than sodium lamp in performance, service life and effect, reduces the cultivation cost, and is more worthy of consumers to buy.