Multi-building intelligent greenhouse design
The multi-span greenhouse has become the largest vegetable base in northern my country. The multi-span greenhouse is a new type of agricultural mechanized production base. It is produced by a combination of multi-functional and multi-mode equipment. First, a large-scale mechanized rice harvester is set up in the middle of the multi-span greenhouse. The function of this rice harvester is to separate water, soil, etc., and then produce it through compression, cooling and drying, so as to save energy and reduce costs. At the same time, it can also be improved by using the problems existing in rice field management. The multi-span greenhouse is composed of multiple single rooms, the larger one is two-storey, with an area of about square meters. In such a large greenhouse, the temperature can reach around 50°C. It has the advantages of saving energy, increasing production, maintaining ecological balance, etc., and can achieve a virtuous circle.
The price of intelligent multi-span greenhouse, multi-span greenhouse is a kind of super large greenhouse, in fact, it is a kind of super large greenhouse. The design of the multi-span is to connect the original independent single-room model greenhouse with scientific means. The townhouses are warm, comfortable, energy-saving and environmentally friendly. These characteristics are reflected in the concept of energy conservation and emission reduction that we advocate and advocate. The design of the multi-span greenhouse is to carry out scientific research in such an environment and fundamentally solve the problems existing in our country in terms of building energy conservation. The management of multi-span greenhouses is mainly realized through the control of temperature and humidity. Through management, the goals of reducing costs, increasing rates and saving energy can be achieved. The design and construction of the multi-span greenhouse is a systematic project. In planning, the terrain, wind direction and climate characteristics should be fully considered; wood should be considered in construction materials; attention should be paid to preventing pollution during construction. During construction, attention should be paid to fire prevention, waterproofing and safety to avoid accidents.
The cost of the glass multi-span greenhouse and the utilization rate of the multi-span greenhouse refer to the temperature control in the greenhouse below 10 ℃. The planting area of multi-span greenhouses is mostly concentrated in the agricultural area of a region or a county-level city. Since the multi-span greenhouse is a high-yield and high-yield crop variety, its production process is relatively simple. Therefore, for multi-span greenhouses, the cost of use is much lower than that of traditional greenhouses. The cost of using a multi-span greenhouse is twice that of a general greenhouse. The design of the multi-span greenhouse is to divide all the plants growing in the greenhouse into two blocks, each of which can be planted separately. This eliminates the need for traditional seed propagation. At the same time, it is also possible to use existing greenhouses to grow on previously produced plants. The multi-span greenhouse also uses new materials to make a number of small flower beds. These flower beds are made using modern production techniques. It is understood that the multi-span greenhouse will also introduce a new type of electronic control system in production.
