Tag Archives: Indoor

Hydroponics Needs Efficient LED Grow Lights For Indoor Gardening

LED Grow Lights were developed specifically for the indoor gardening market and are without doubt the best in the field of hydroponics.

This is no wild claim but a factual statement as LED Grow Lights were designed from the beginning to fit the needs of indoor plant growing specialists. Repeat business is the mantra of this company, and they find that customers return willingly once they have experienced the combination of excellent growth and long-term cost savings.

First the existing products on the market was researched and tested to assess what the best technology available was. Different combinations of these lights were set up in an indoor garden situation to test what results they gave. Competing products using similar technology were put through the same greenhouse test, thus these LED lights really are certifiably better.

The requirements of the home gardener who is working indoors are not just beautiful and healthy plants but also an effective use of energy at a competitive price. Other types of lights have become much more expensive in the last three years, while LED lights have dropped in price by 70%. Therefore they produce more growth in healthier plants at the most cost effective price.

Some of the common disadvantages of other lights is that they produce too much heat in the small and badly ventilated spaces that many indoor gardeners are forced to use. Excess noise is a frequent irritation. Many plants are sensitive to the heat or the UV rays and will not grow properly under ordinary lights. Space constraints also mean that plants are stacked closely or in racks and the light does not reach them. LED lights produce none of these problems.

People frequently find HID lights excessively bright because they produce far more of the yellow and green light, which are the lights that the human eye is more aware of. LED lights produce far less of these two colors as they concentrate of technology that amplifies the blue and the red, which are the wavelengths that produce greater results. Producing more of the necessary wavelengths in the spectrum of chlorophyll absorption in a full spectrum range and a blue/red range allows a choice of light to suit each plant grown.

Clearly these lights are keeping customers happy as the company grows in leaps and bounds and has a firm following of growers. The type of growth seen in the plants under LED lights is usually good and plants are luscious, delicious and beautiful as a result. From those growing rare orchids that are notoriously difficult to plain old veggies, the general consensus is that this is a brilliant solution to the environmental concerns that drive people to engage in indoor hydroponic gardening in the first place. Paying the local electricity company less for the pleasure is wonderful but so is the feeling of satisfaction that comes from growing aesthetically pleasing plants.

Hydroponic gardening in an indoor environment is not for the average couch potato and LED Grow Lights will delight many a hard working gardener who loves his/her hobby.

Looking to find the best deal on LED grow lights, then visit www.led-grow-lights.com to find the best advice on LED plant lights for you.

Basic Indoor Hydroponics Gardening Guide – Plants Growth Factors

Complete freedom from environmental factors gives indoor hydroponic gardening its ultimate advantage. All the elements needed for optimum plant growth are provided by the indoor hydroponic gardening system. Light, temperature, pH, CO2 and Oxygen are important factors that should be considered in planning your indoor hydroponic garden system.

 Light and Photosynthesis

 Essential sugars are created by plants through photosynthesis which is the process of converting carbon dioxide, water and nutrients into energy. Light is considered the most important factor because it provides energy for this chemical reaction. Studies show that an increase in light intensity directly increases the amount of sugar produced. This steadily goes up till the saturation point for light is reached by the plant. Increasing the level of light received by the plant should also be considered. Normally, a plant receives around 8-12 hours of sunlight in a day depending on the season. Plant exposure to this amount of light received in a day should be maintained in an indoor hydroponic garden system. Spacing is also important, be sure that they don’t block the light and ensure all plants received equal amount of light.

Plants not receiving enough grow light will have lasting negative effects on its growth even when corrected. Some characteristics are stems which are spindly and elongated leaving them ineffective in supporting plant growth. A decrease in the amount and size of the leaves is also one problem. More damaging effects of improper lighting are a decrease or absence of fruits, decreased overall quality and a change into a yellowish pigmentation for the plant.

Carbon Dioxide also plays a major role in Photosynthesis. Plants utilize the CO2 present in the atmosphere than anything else. CO2 systems are available which increase the levels of CO2 in your indoor hydroponic garden system

Good ventilation should also be considered as they maintain temperature and a steady fresh supply of CO2 and oxygen at all times. Complex setups require more complicated ventilation systems but an oscillating fan set on the same timer as the lights would ensure airflow that eventually allows for optimal plant nutrients in an hydroponic system.

My name is guy. I am the founder and owner of the urbangardenershop.com.au . I fell in love with hydroponics gardening. As time went by I gathered a vast knowledge base and 2 years ago I decided to find a way to make hydroponics gardening a hobby that anyone can peruse. I added a hydroponic gardening information center to our hydroponic supplies site that offers a large range of hydroponics articles. Thank you for your interest and feel free to ask questions on hydroponics gardening in our site