Agricultural Vegetable Tunnel Multi-Span Plastic / Poly Greenhouse
What is a greenhouse?
Now many agricultural parks have many high, medium and low-grade
greenhouses. Because of the problem of product supply chain or the
imbalance of regional supply and demand, many greenhouses are idle.
In particular, some high-end intelligent glass greenhouses built
with a large amount of funds are only in the state of completion
and have not played a real role. So why don't we combine creative
agriculture with greenhouse to light up local leisure agriculture
projects.
Advantage
1. High efficiency and energy saving in Greenhouse
Using the natural light energy in winter effectively to produce
high quality off season vegetables. The greenhouse is made of
transparent covering material, which can heat up quickly and light
well. In sunny days, the temperature in the greenhouse is more than
20 degrees higher than the outside world, and 2 to 3 degrees higher
at night. As the most suitable temperature for vegetable production
is 20-30 ℃, and the minimum growth temperature is at least 5-8 ℃,
vegetable production in winter can be completed through greenhouse
facilities. The temperature difference in greenhouse during the day
is large, and the nutrition production cycle is long. The quality
and yield of watermelon and fruit vegetables are greatly improved.
2. Greenhouse can be mechanized
At present, the vegetable shed we have built in recent years can be
combined with the Internet of things control software system to
realize the intelligent and automatic control of the shade,
ventilation, cooling, heating, fertilization and other systems of
the shed. Real use of mobile phones and computers can realize
real-time monitoring of the greenhouse, save water, electricity and
energy consumption, but also reduce labor.
Professional Design
The designed intelligent greenhouse system based on the Internet of
Things technology uses real-time monitoring and remote wireless
transmission of greenhouse environmental parameter data through
various sensors, and uses intelligent control algorithms to output
control parameters to achieve automatic adjustment of parameters
such as temperature to meet different crops Growth needs, implement
fine management of greenhouse agricultural production, and improve
agricultural production efficiency.
