preface
With the help of new technologies such as artificial intelligence, the Internet of Things, and big data, the traditional agricultural production method of "relying on the sky for food" is quietly changing. Modern agriculture has become more intelligent, efficient, and sustainable through the power of technology. It not only improves the quality and yield of agricultural products, but also provides better production and living conditions for farmers. What does' smart 'modern agriculture look like?
The Future of Modern Agriculture
Traditional agriculture faces limitations in terms of seasons, climate, and resources, but with the advancement of technology, in order to achieve sustainable development in agriculture, we need to introduce smarter and more innovative agricultural technologies. The JuShiTai functional light conversion glass greenhouse is the highlight of this technology, leading the progress of agriculture.
The functional light conversion coated glass greenhouse is a key product developed by Jushitai Company in response to the country's accelerated promotion of modernization of agricultural infrastructure. At the top, the facade is fully equipped with JuShiTai's patented product "Functional Light Conversion Coated Glass", which has the ability to convert spectra and better promote the regulation of plant photosynthesis. It can provide ideal lighting environment and growth conditions in spring, summer, autumn, and winter. At the same time, the greenhouse is equipped with advanced sensors and data analysis systems to help farmers monitor temperature, humidity, and soil conditions in real time to ensure that plants receive optimal care. At present, a functional light conversion coated glass greenhouse has applied for a patent "202022009622.4 A Glass Greenhouse".
The Magic of New Facility Agriculture
Functional light conversion coated glass is a functional glass with spectral selectivity (absorption, transmission, reflection) designed by combining the absorption spectrum curve of plant chlorophyll. This glass selectively blocks ultraviolet light (380nm-780nm) and near-infrared light (780nm-2500nm) in its original state, while also converting some ultraviolet and green light into blue violet light (400nm-480nm), and near-infrared light (808nm, 980nm) into red orange light (600nm-750nm).
The excellent wavelength selection characteristics enable functional light conversion coated glass to selectively transmit blue violet and red orange light required for plant growth according to the light requirements of crop growth, while blocking ultraviolet, yellow and green light that is not conducive to plant growth. Promote plant germination, flowering, and enhance photosynthesis.
The greenhouse combines artificial intelligence, the Internet of Things, and advanced materials science to create an ideal growth environment. No additional cooling equipment is required, such as sunshades, fan water curtains, or air conditioning. During the hottest summer season in the south, the temperature inside the greenhouse can be maintained within a suitable range, not exceeding 38 ° C, achieving extremely low operating and maintenance costs. Through this technology, farmers can successfully plant fully nutritious green organic crops with zero pesticides, fertilizers, and heavy metal pollution, while reducing the content of nitrite. This not only benefits the quality and food safety of agricultural products, but also provides farmers with more attractive agricultural production methods.
Excellent advantages
Compared with traditional agriculture, JuShiTai's functional light conversion glass greenhouse has unparalleled advantages.
Stable growth conditions: Functional light conversion coated glass greenhouse can grow vegetables annually without being limited by seasonal changes. Plants can continue to grow in both harsh winters and hot summers. Traditional agriculture often struggles to produce during extremely cold or hot seasons.
Climate control: The greenhouse department is equipped with advanced climate control systems that can adjust temperature, humidity, and light, reduce dependence on chemical pesticides, and minimize the adverse effects of agriculture on the environment, providing ideal growth conditions for plants. However, traditional agriculture is greatly affected by meteorological conditions and cannot control the growth environment so accurately.
Yield and quality improvement: Functional light conversion coated glass greenhouses provide a more stable and optimized growth environment, thus typically achieving higher yields and higher quality agricultural products. Traditional agriculture is affected by seasonal and meteorological fluctuations, resulting in unstable yield and quality.
Case application
1. Product Name: Shuidong Mustard
Planting method: transplanting
Transplant date: July 7th, 2020
Harvesting time: August 5th, 2020
Yield per mu: 8000-10000 jin
The vegetables tested in the experiment have a longer shelf life, with a shelf life of up to 6 weeks in a refrigerator at 2-6 ℃.
2. School Smart Farm Project
3. JuShiTai Three High Glass Greenhouse Laboratory
ending
Sustainable agriculture is a crucial step towards our future. In this new era of agriculture full of potential and hope, JuShiTai's functional light conversion coated glass greenhouse provides us with a path towards sustainable agriculture, while also creating more opportunities and benefits for farmers. This technology is not only the future of agriculture, but also a part of our joint efforts to achieve food safety and sustainable development.