Vertical Systems

Vertical Systems

Vertical systems; a process that controls space and light to increase plant yields. Better to use an entire space, rather than just upward space for growing plants. Indoor vertical gro rooms can be designed for any space, from as small as a closet to as large as an entire building. In an indoor environment, the space must have growing efficiency and maximum light coverage. Growing plants have changing light needs and a good lighting system maximizes the amount of light coverage for each stage of plant growth. An advantage of vertical systems is that the plant is not forced to grow in one direction. Light reaches more plant surfaces creating higher crop yields.

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In planning indoor vertical gro rooms the primary purpose is to utilize every inch of space in the room for growing plants. Vertical home systems are designed in many sizes and designs ranging from tents to furniture-sized boxes. In most systems the bottom layers are used for drainage and gro medium, either hydroponics or potted soil. The lights can be along the side and across the top or along many sides. The lights can be stationary or on a rotator. Vertical Towers stacking units produce more yield for each square foot of growing space because space is conserved for plant growth in many directions. Vertical stackers are rotated or rearranged to promote the best configuration for light coverage. Space is reserved near the top of the grow tent, box, or room for exhaust and cooling systems.

Vertical systems for hydroponic gro rooms are an exciting new application of a very old idea. The concept of a “vertical farm” has existed since the days of the famous Hanging Gardens of Babylon, but it is only since the 1950s that the idea of utilizing vertical space for growing plants has received renewed attention. While advocates of vertical farming often cite concerns related to ecological crises or urbanization, the indoor hydroponic grower is primarily concerned with maximizing space for cultivation within a small area.

The basis of vertical plant growing is the control of space and light in order to maximize yields. Traditional methods use only a horizontal area for substrate, planters or hydroponic systems, and only the top of the plants receive direct light. By contrast, in a vertical system the entire growing area is opened up for plant growth, and the whole surface of the plant is exposed to light. Vertical growers aim to utilize every square inch of available space for the propagation of their plants.

Indoor, hydroponic vertical systems come in a wide variety of designs and sizes, but the basic concept calls for a series of stacked layers of racks or shelves. The bottom layers are often devoted to drainage devices or the growth medium, although these may also be found on higher layers as well. The shelves typically surround a central, rotating lighting system, with supplemental lights sometimes mounted on the tops or sides of the layers. Growth becomes possible in all directions and at all levels of the plants. A vertical system is usually modular and re-stackable, allowing the grower to rearrange the set-up as necessary.

The primary benefit of a vertical system is that it allows the grower to utilize the maximum amount of available space. This is true in two ways. First, the area that is available to each individual plant to gro is maximized, increasing the total possible number of plants. Second, since the vertical systems equipment is more compact, the whole set-up can be fit into a smaller area, such as a closet, and groers with access to a large room can fit more plants into the same area.

Things to remember:
• Electricity must be used safely; take care to avoid overloading cords or outlets.
• Using a closed-in space means overheating will occur unless a fan or cooling system is used.
• Cool lighting systems are important for smaller gro rooms because of the fire danger from hot grow lights.
• Keep a working smoke detector near or in the gro room.
• Plants require specific levels of humidity to thrive. Too much humidity causes mold and fungus problems.
• Keep it legal and safe.

Indoor vertical gro systems are a way to produce beautiful, safe plants. Vertical growing allows a small space to produce large yields. Vertical lighting and hydroponics systems are ideal for small indoor gro rooms or for a large production farm.

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Vertical farming is a concept that argues that it is economically and environmentally viable to cultivate plant or animal life within a building or on vertically inclined surfaces.

The idea of a vertical farm has existed at least since the early 1950s and built precedents are well documented by John Hix in his canonical text “The Glass House”.
The father of vertical farming - economist.com/videoBIG IDEAS: Dickson Despommier's Vertical FarmingTEDxWindyCity -- Dickson Despommier -- The Vertical Farm

Vertical farming designs & concepts. - Energy technology investigation 2012 part 2 episode 1Vertical Farms and Green CitiesFuture Cities3D Architectual Vertical Farming Concept - 3D Cityscape Render Test

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About Vertical HydroGarden
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Vertical HydroGarden is a premier retailing of year-round hydroponic supplies.

Roseville Location
106 N Sunrise Ave Suite C-2
Roseville, CA 95661
roseville@verticalhydrogarden.com
(916) 458-4987

Anaheim Location
1839 W. Lincoln Ave.
Anaheim, CA 92801
anaheim@verticalhydrogarden.com
(714) 254-0005

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