The most high-end glass greenhouse with full intelligence

The most high-end glass greenhouse with full intelligence, aluminum alloy roof and anti-reflection glass is here

What is a greenhouse? A greenhouse is an upgraded version of a greenhouse. It is a mechanized greenhouse that can adjust temperature, humidity, light, water and fertilizer automatically throughout the year. Due to the high investment cost of the greenhouse, the longer the designed service life, the better. How to design and build a smart greenhouse? I would like to share with you the Dutch Model Smart Greenhouse.

1. Main frame material The main material of the intelligent glass greenhouse is composed of hot-dip galvanized plastic spray frame and aluminum alloy profiles. The columns, truss beams, and surrounding guard beams are made of national standard Q235 steel punched and hot-dip galvanized. The truss beams are welded by black pipes and then hot-dip galvanized. The steel has good bearing capacity, and the hot-dip galvanizing and spraying treatment not only has a long service life, but also reflects light and illumination more uniformly in the shed.

The brackets, gutter, herringbone beam and herringbone beam accessories of the intelligent greenhouse are all made of aluminum alloy profiles. The aluminum alloy profiles have good ductility and better sealing performance. lifelong. This is also the reason why smart greenhouses are expensive.

2. Glass Greenhouse Covering Material The top of the intelligent greenhouse uses ultra-white anti-reflection glass as the covering material. As a stable light-transmitting material, the glass has a service life of more than fifteen years.

1. The light transmittance of ultra-white glass can reach about 91%. To distinguish whether the glass glass is ultra-white glass or ordinary glass, if the side of the glass is white crystal color, it is ultra-white. Green is ordinary glass, and ordinary glass has low light transmittance.

2. The anti-reflection glass is processed on the surface of the flat glass to form some edges and corners, so that the light can enter the shed through scattering. There are two advantages to entering the shed by scattering. One is that the shed is brighter without shadows. The second is that scattered light will not burn young leaves.

Third, the best control system A good IoT control system is composed of good hardware and good software. Good hardware refers to the data collection of temperature, light, humidity, soil temperature and humidity, EC value of nutrient solution, etc. After data collection, our software must have the ability to analyze data and have friendly logic control.