Since the weather conditions in the UK and Europe are extremely cold in the winter months, many factory cultivators are looking for new ways to grow plants indoors. LED Grow Lights uses a LED (LED ~) to help grow plants. Hydroponics is the name given to the practice of growing plants without soil. Then the soil is replaced with mineral nutrients contained in the aqueous solution. Most hydroponic systems are used indoors, as users have greater control over conditions such as light, heat and nutrients. The advantages of using LED lamps for hydroponics is that manufacturers can intelligently control the growth of their plants in the absence of sunlight. All plants need water, nutrients and warmth, but they require light, and not just any kind of light that promotes plant growth. All plants need a certain type of light that the LED provides.
LED lamp
For professionals and amateurs, the answer is simple - the costs associated with growing plants using standard electrical systems are now too high! When using standard electrical systems, 90% of the electricity used to power a standard hydroponic environment is wasted! Most of the energy used in a hydroponic system is lost in the quality of heat instead of light. A standard system also requires expensive cooling devices to maintain the correct temperature. In addition, fluorescent and HID noise, they have very high-voltage ballasts and require expensive installation equipment compared to reliable LED panels.
Light intensity vs brightness
One of the main areas of confusion for most people is that standard fluorescent and HID lamps actually look brighter than LED lights. The term "brightness" is constantly used to describe how things look "to us. Scientific determination of the intensity / brightness of light is the number of photons that fall into a given surface area over a certain period of time.
LED bulbs grow precisely for plant wavelengths to help them grow and bloom at an optimal level. HID lamps emit a lot of unnecessary green and yellow light spectrum, which seem bright to the human eye, but are not needed for optimal plant growth. High-quality LED lights have an efficiency rating of 95%, which means that almost all of the emitted light is absorbed by growing plants for photosynthesis. Traditional lights have about 5% efficiency.
LED lamp
There are many types and configurations of growing lamps. From a standard square grow to a Grow Light UFO (named because of its similarity to a UFO). It is always important to take into account the balance between the red and blue LEDs on the Grow. Standard ratios: 4: 1 and 8: 1 Red: blue. The wavelength of light should be about 660 nm for red light and 460 nm for blue lights. The blue LED is used for growth, and the red lights are used for flowering and ripening, respectively. The ratio of light you require on your lamp should be guided by the type of plants you are trying to grow.
Summary of the benefits of LED growing lights
1. Energy saving and cost reduction.
2. Maintenance costs are reduced due to the fact that a lot of heat is not generated from the LEDs. Therefore, users do not require powerful cooling systems.
3. LED lasts a very long time! The estimated lifespan of the LED Grow board is 50,000 hours. This roughly corresponds to 10 years of use.
