Energy-saving, stereo, multi-layer and intelligent plant factory

Abstract

The invention discloses an energy-saving, stereo, multi-layer and intelligent plant factory which comprises a workshop, a planting bed and a temperature rising, sterilization, disinfection and automatic lifting light supplementing device. Four layers of solar panels are used at the top of the workshop, a heat preservation curtain is laid on the solar panels, the solar panel thickness is 10 mm, the temperature rising curtain is black and absorbs light, a temperature rising chamber is formed between the solar panels and the temperature rising curtain, holes are formed in the temperature rising curtain, and the temperature rising curtain corresponds to a circulation fan in size and position. Multiple layers of planting grooves and an automatic nutrient solution circulating system are arranged on a planting bed main frame, galvanized steel pipes are arranged below each layer of planting grooves, upper and lower layers of parallel galvanized steel pipes are connected through one longitudinal water feeding pipe and one longitudinal water return pipe, and vertical indoor-temperature balance is achieved through same-way circulation. Planting cell plates are arranged above easy layer, automatic light supplementing lamp adjusting and lifting frames are installed on the planting cell plates, and light supplementing lamp tubes are installed at the bottoms of the lifting frames. The plant factory is small in earlier stage investment, low in operation cost and low in energy consumption.

Description

technical field [0001] The invention discloses an energy-saving three-dimensional multi-layer intelligent plant factory, which belongs to the technical field of plant factory equipment. Background technique [0002] According to the forecast of the United Nations, in the next 20 years, the world population will increase from the current 7 billion to more than 9 billion. The domestic population is growing faster, and increasing the production capacity per unit area is the key task of agricultural development at this stage. With the advancement of science and technology, modern agricultural technology is developing in the direction of precision, and plant factories are born in due course. By visiting and studying advanced plant factories at home and abroad, I learned that in the operation process of plant factories, there are problems of large initial investment, high operating costs, high energy consumption, and uneven temperature of three-dimensional multi-layers, resulting...

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Problems solved by technology

By visiting and studying advanced plant factories at home and abroad, I learned that in the operation process of plant factories, there are problems of large initial investment, high operating costs, high energy consumption, and uneven temperature of three-dimensional multi-layers, resulting in more than 70% of plant factories at home and abroad. at a loss

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