Energy-saving large-scale water utilization intelligent heating system for agriculture and animal husbandry

Abstract

The invention discloses an energy-saving large-scale water utilization intelligent heating system for the agriculture and animal husbandry. The intelligent heating system comprises a water path system, an electromagnetic heating device and a control system, wherein the water path system comprises a water feeding pipeline, a water discharging pipeline and water return pipelines which are arranged in the water discharging pipeline and the electromagnetic heating device; the electromagnetic heating device comprises a heating liner and an induction coil arranged outside the heating liner; the induction coil is connected with an electromagnetic heating circuit board; the control system comprises a temperature control device, a water amount monitoring system, a goods payment protection system and a data system; and the water amount monitoring system comprises an intelligent water gauge. By the adoption of the non-contact electromagnetic heating device, the energy-saving large-scale water utilization intelligent heating system avoids the potential creepage hazard from the root source; due to the automatically cyclic heating of a circulating pump, continuous water utilization and continuous heating of the large-scale agriculture and animal husbandry can be met, and equal-temperature and equal-pressure water supplying of the nearest end and the farthest end of a water path is realized; and the built-in backflow pipelines can greatly and effectively reduce the heat loss in a backflow process, so as to achieve the energy saving effect.

Description

technical field [0001] The invention belongs to the field of water for agriculture and animal husbandry, and in particular relates to an intelligent heating system for energy-saving large-scale water for agriculture and animal husbandry. Background technique [0002] With the development of society and the advancement of technology, the production level of agriculture and animal husbandry has also been greatly improved. In the production process of agriculture and animal husbandry, apart from factors such as the growth environment and the use of feed and fertilizer, water for animals and plants is also an important factor , water is the source of life, sufficient and clean water at a suitable temperature can make animals and plants grow safer, healthier and faster, but the temperature in winter is low, resulting in low water temperature, which cannot meet the needs of animals and plants, and will Affect the economic benefits of agriculture and animal husbandry. The existing...

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Problems solved by technology

[0002] With the development of society and the advancement of technology, the production level of agriculture and animal husbandry has also been greatly improved. In the production process of agriculture and animal husbandry, apart from factors such as the growth environment and the use of feed and fertilizer, water for animals and plants is also an important factor , water is the source of life, sufficient and clean water at a suitable temperature can make animals and plants grow safer, healthier and faster, but the temperature in winter is low, resulting in low water temperature, which cannot meet the needs of animals and plants, and will Affect the economic benefits of agriculture and animal husbandry

The existing water heating equipment for animals and plants in winter generally adopts resistive heating, which has the risk of electric leakage and has a single function. The pressure has not changed. For example, the Chinese patent with the announcement number of 203040400 U and the announcement date of 2013.07.01 discloses an automatic temperature-controlled drinking fountain for animals, including a tap water pipe and a drinking spout, and a water tank is connected between the tap water pipe and the drinking spout. , the water tank is provided with an upper cover and a temperature sensor. The temperature controller is connected to the temperature sensor and a plurality of heating rods through wires. There is no way to solve the cooling problem in the long-distance transportation of warm water with nearby water. When it is used on a large scale, the number of such equipment is too large, the power is too large, and it is not energy-saving. The reference effect is not obvious, and there is no way to intelligent data collection and production early warning

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