Panel Grow Light

A: Blue and red light colors are best for plant growth. The blue light ranging from 400-500 nm is ideal for the vegetative stage of the plant. It is crucial in leaf elongation, root development, and other vegetative growth. On the other hand, red light ranging from 600-700 nm is required for the flowering and fruiting stage of the plant. This light stimulates hormone production to activate budding and fruiting.

A: Different plants have different light intensity requirements. Again this needs also varies for different growth stages. For instance, the seeding period requires less light intensity but flowering/fruiting requires high Light intensity. However, in general, 1000 to 2000 µmol/m²/s is considered the best light intensity for plants. Or you can go for LED grow lights with a 500 to 1,000-foot-candle range or 15 or more watts per square foot area.

A: Yes, grow lights work. They are designed to mimic the natural sunlight to influence plant growth. It produces all the light spectrums that encourage plants' seeding, meditation, flowering, fruiting, and the entire life cycle. Pants absorb light from these grow lights to conduct photosynthesis to produce carbohydrates that help their growth.

A: Yes, LED lights are excellent for growing. They are available in different light spectrum ranges essential for different plant stages. LED grow lights also offer light spectrum adjustability to fit all plant's requirements. Apart from all these, they produce minimal heat and have a long lifespan. Besides, the energy efficiency of LED lights is worth-mentioning. You will not need to worry much about the electricity bills with these lights.

A: The plant uses a light spectrum ranging between 400 nm and 700 nm for photosynthesis. This light spectrum range is called Photosynthetically Active Radiation (PAR). Plants absorb these light spectrums through their chlorophyll to conduct the photosynthesis process.

A: IR of infrared Light can greatly influence plant growth. Usually, the wavelength of IR ranges from 700-1000 nm. This wavelength stimulates plant height, leaf expansion, and flowering time. Besides, the red wavelength to IR light can affect stem elongation, seed germination, phytochrome activation, and more.

A: Incandescent lights can last only for 1000 hours and are highly energy inefficient. They also don't offer any light wavelength adjustable options. Fluorescent lights, though, are a better option than incandescent yet produce toxic gasses. They can last for hours and have limited light spectrum adjustability options. On the other hand, LED grow lights are highly energy efficient and can last for. Besides, they have many light spectrum adjustment options that fit all plant growth stages. Considering all these factors, you should choose LED grow lights rather than incandescent or fluorescent lights.