THE IDEAL TYPES OF WATERPROOF LED GROW LIGHT FOR INDOOR GROWING
The lighting is one of the most important aspects when it comes to indoor cultivation. Determining which Waterproof LED grow light is ideal to be common at each stage of cultivation is one of the factors that deserve attention from growers. After all, this is one of the main requirements for obtaining quality cultivation.
However, when acquiring the ideal grow lamps, it is necessary to take into account a series of situations and possibilities.
Among the elements that must analyze are:
the total space
desired lighting area
amount of planned plants
lighting intensity according to the environment
desired production and the desired energy consumption
MAJOR TYPES OF WATERPROOF LED GROW LIGHT?
Each of the available Waterproof LED grow light will serve a different aspect and a specific stage of indoor cultivation. Given this scenario, the grower can choose between four types of lamps to be installed in grow: fluorescent, HQI (metal vapor), HPS (sodium vapor) and LED.
To make the choice, it is necessary to take into account the stage of cultivation. For the vegetative phase, the ideal lamps are fluorescent, HQI and LEDs.
As for the flowering stage, it is better to use HPS and LED lamps. However, there are other factors that must be evaluated to define the ideal lamps for indoor cultivation.
DISCOVER THE CHARACTERISTICS AND FIND OUT WHICH LAMPS ARE IDEAL FOR INDOOR CULTIVATION
If the grower receives insufficient or excessive lighting, the tendency is that, in addition to having financial losses, the grower will accumulate useless equipment for cultivation. Therefore, it is necessary to be aware of the specifics and characteristics of each Waterproof LED grow light OR lamp to make the correct choice.
1. FLUORESCENT LAMPS AND THEIR USE:
Because they are bluish in color, the fluorescents contribute to the vegetative growth of the plant. To reach the correct luminosity for grow, it is necessary to use large lamps or more quantity of fluorescent ones – this is due to the fact that this type of lamp is not very powerful.
Therefore, they are more suitable for small seedlings, which are cultivated in smaller places.
2. HQI LAMPS AND THEIR CHARACTERISTICS
Like fluorescent lamps, HQI lamps are bluish in color and are suitable for the vegetative stage of cultivation. However, they are more powerful and emit more lumens – at a color temperature of 6500k.
The HQI lamp is often common to provide healthy plant growth.
However, growers who use this type of lighting must be careful with the ventilation and cooling of the place, as they heat up the room a lot and also like Waterproof LED grow light.
3. ROLE OF HPS LAMPS
The HPS lamps have a characteristic yellowish color, being recommended for the floral phase. They usually heat up the room a lot, so it is essential to have an exhaust system so as not to compromise the temperature and humidity indices in the grow.
Also, the grower should not keep them too close to the crop to avoid burning the tops of the plants.
4. LED LAMPS AND BENEFITS
The LED lamp is the most modern type of lighting among all the options mentioned. In addition to consuming less energy than other bulbs, it provides specific light spectra for each stage of plant growth. There is a wide variety of models of this equipment on the market, so it is common for the grower to have doubts when buying the product.
Many Waterproof LED grow light bulbs usually come at watt specifications. However, this is not the real characterization of LED lamps.
For example, a 1000W LED comes with 100 10W chips. The grower must know that those who “power” these chips are the sources that are inside the lamps. This way, these power supplies deliver only 492W to the chips.
WHY LED LAMPS ARE PREFERED?
The lamp illuminates 492W - because of that the consumption is lower -, but the equivalence of the effect of this light is the same as a common 1000W lamp.
After studying more about the equipment it is possible to do the math correctly and find the most suitable Waterproof LED grow light for your grow.
CAN TOO MUCH LIGHT CAUSE PROBLEMS IN CULTIVATION?
As well as lack of light, abundant light can also cause problems in cultivation. Therefore, in this text you will learn more about excess light and the problems it can bring to your cultivation.
When it comes to lighting, there are a number of factors and equipment to assess at the time of starting grows. Artificial lighting is easy to do in several ways. And with the use of the most varied types of utensils: artificial sodium vapor lights, also including LED panels.
However, a point that must take into account is that the luminosity does not exceed 20000 lumens per square meter. Moreover, it comes in the case of Waterproof LED grow light, the measurement is performed by Photo synthetically Active Radiation (PAR).
WHAT HAPPENS TO THE PLANT WHEN IT HAS EXCESS LIGHT?
Possibly, the plant will show two types of characteristics when too much light occurs: yellowish or burnt leaves. These problems can happen fewer than two situations. The most common case comes by the proximity of the top of the plant to the lamps. Moreover, it causes the leaves to burn.
In a second scenario, excess light can affect photosynthesis and increase CO2 consumption. If ventilation and exhaustion are not sufficient, CO2 deficiency will occur in the crop. Moreover, this causes loss in plant development and maturation.
SUITABLE LIGHTING FOR INDOOR GROWING
When starting an indoor cultivation it is important to determine the type of Waterproof LED grow light. It is to get good results in your cultivation. For growers who choose to use LED panels, it is necessary to keep the tops of the plants at a distance of 20 cm from the light bulbs.
In addition, it is recommended to measure the amount of light that the plants absorb according to the LED spectrum. For this you must see the manufacturer's specifications regarding the ideal distance and how many mols/cm² (PAR) the plants absorb with this removal.
Why do we use steam grow light?
For growers who decide to use steam lamps, it is essential that they come inside an exhaust system, or cool tubes. It happens especially if they are very powerful. Making mistakes in this type of situation, in addition to causing the aforementioned problems, can cause thermal imbalance in the environment.