VertyGrow® a Tower-Type Installations to optimize a planting area up to 9,3 times
"Tower Type Advanced Growing Systems VertyGrow to carry out experiments on the wide range of Berries"
360 or 400 or 600
VertyGrow®
Do you designing experiments or have a plan to maximize use efficiency of growing room area?
What kind of the growing system has been developed the Next One?
The Second One solution on the way of growing room area efficacy optimization has been a Tower Type Advanced Growing System.
The Second One solution on the way of growing room area efficacy optimization has been a Tower Type Advanced Growing System.
Are the Tower Type Installations a straight lined alternative to the Shelf Type Systems?
You will get to know about from this article...
You will get to know about from this article...
On this photo: Lettuces, just transplanted from the Service Table ServyDesk
to the GrowFlat’ Towers
to the GrowFlat’ Towers
Let’s recall a little history
As of that time, it has been an optimization efforts boom of planting area each R&D office of all around the grower’s world.
Each company has been tried to put a maximum possible quantity of plants on the one square meter of the growing room floor.
Colleagues designed the round-, square-, and even curled-type towers...
BUT...
But the planting density limit is defined not by the quantity of the plants per unit surface area of a tower...
As of that time, it has been an optimization efforts boom of planting area each R&D office of all around the grower’s world.
Each company has been tried to put a maximum possible quantity of plants on the one square meter of the growing room floor.
Colleagues designed the round-, square-, and even curled-type towers...
BUT...
But the planting density limit is defined not by the quantity of the plants per unit surface area of a tower...
360 or 400 or even 600
ColdSun® -
a Cold LED Phytolighting
with a Solar Spectrum
Just a few questions before we go...
At what distance from the leaves can there be standard high-pressure metal-vapor lamps or air-cooled LED lamps for industrial greenhouses or private urban farms?
What fold does the luminous flux fall on the way from the hot light source to the lower leaves?
What is the amount of the heat from the old style radiator-cooled phytoligthings are transferring to the leaves?
What the standard lifecycle do the old phytoligthings have.
a Luminous Flux
The luminous flux falls in proportion as the square of the distance. At a distance of 2 meters from the leaves, it will fall 4 times. 3 meters will reduce it 9 times.
Non-cooled phytoligthings have a lifecycle no more than a couple of years...
What the standard lifecycle do the old phytoligthings have.
These are the meters to the leaves and the old cooling techniques do determine the farm floor space use efficiency!
a Luminous Flux
The luminous flux falls in proportion as the square of the distance. At a distance of 2 meters from the leaves, it will fall 4 times. 3 meters will reduce it 9 times.
Non-cooled phytoligthings have a lifecycle no more than a couple of years...
from 360 lettuces
till 600 berry-producing shrubs
till 600 berry-producing shrubs
"It is interesting, how does an interleaf supplementary lighting could effects on the saccharinity of the berries?"
360 or even 600
The World's First
ColdSun - a Liquid Cooled Phytoligthings
After reviewing all of the technological designs and the options of phytoligthings available on the global market, we have developed ColdSun - the world's first Cold LED Phytolighting with an Immersion Liquid Cooling.
On this photo: Uniformly distributed light flow to the both rows with the plants
VertyGrow, a Tower-Type Secondary Nursery Advanced Growing Systems are coming complete with 10 sets of ColdSun.
Please have a look at the key ColdSun’s features below:
3. Length, mm: 2000
4. One side Power, Watt: 40
An impressive light distribution angle of 120º provides the maximum illumination area for all the plants with overlapping flows from neighboring ColdSuns.
A transparent bulb made of special optical glass transmits the entire solar spectrum of radiation necessary for plants at all stages of growing.
Except a thermal subspectrum part, sure – as the microclimate has well regulated by the industrial level climatic management system.
At the same time, the bulb has the outstanding strength!
Please have a look at the key ColdSun’s features below:
- Number of illumination directions: 2 (dual faced LED array)
3. Length, mm: 2000
4. One side Power, Watt: 40
An impressive light distribution angle of 120º provides the maximum illumination area for all the plants with overlapping flows from neighboring ColdSuns.
A transparent bulb made of special optical glass transmits the entire solar spectrum of radiation necessary for plants at all stages of growing.
Except a thermal subspectrum part, sure – as the microclimate has well regulated by the industrial level climatic management system.
At the same time, the bulb has the outstanding strength!
VertyGrow Dimensions
Installation Dimensions
1. Height, mm: 2 500
2. Width, мм: 770
3. Length (floor size), mm: 1235
2. Width, мм: 770
3. Length (floor size), mm: 1235
"You can also experiment with the Shrubby Flowers.
It will be an interesting experience…"
— Dr. Alexander Mitin / Head of Phytolighting Lab
Technological Supremacy
The Vertical Cultivated Area
1. The Vertical Cultivated Area, sq.m.: 8,8
2. The Floor Space, sq.m.: 0,95
2. The Floor Space, sq.m.: 0,95
"A VertyGrow Growing Area is 8.8 sq.m.
It outperforms the Rack-Type Systems about 2.3 times.
Required floor space is the same!"
It outperforms the Rack-Type Systems about 2.3 times.
Required floor space is the same!"
— Dr Nicolay Vartsev / Growing Systems Development Lab Head
The others kinds of Growing Systems
Статья
Какая система выращивания была спроектирована нами самой первой?
Статья
Что будет с листвой, ветвями растения и как изменится продуктивность растения, если начать формировать корневую систему?
Статья
Существуют ли системы выращивания, разработанные специально для экспериментов с Высокими Растениями с длинным стеблем?
Kindly ask your questions and we will answer you within 24 Hours
Office: +7 812 575 53 62
WhatsApp: +7 911 235 17 41
E-mail: Order@Farm-in-Lab.pro
191025, Russian Federation, Saint Petersburg, Stremiannaia st., Bldg. 16
WhatsApp: +7 911 235 17 41
E-mail: Order@Farm-in-Lab.pro
191025, Russian Federation, Saint Petersburg, Stremiannaia st., Bldg. 16
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