Intelligent ion grounding system

Abstract

The invention provides an intelligent ion grounding system which consists of an ion grounding electrode (1), an infusion tube (2), a horizontal grounding electrode (3), an intelligent ion supplier (6), an ion storage unit (4) and a liquid adding cover (5), wherein, the front-end ion grounding electrode (1) is provided with a built-in efficient ion agent, and can continuously release ions to soil through exchange holes around the electrode body after the ion grounding electrode is buried underground; the intelligent liquid supply system (6) can intelligently set time and flow rate through a built-in computer chip and can quantitatively and regularly inject the ion agent in the ion storage unit (4) into the front-end ion grounding electrode (1) through the infusion tube (2) so as to timely supplement the ion agent in the front-end ion grounding electrode (1), thus preventing problems caused by ion loss; and the liquid adding cover (5) is arranged at the top of the ion storage unit (4), and the ion agent can be added after the liquid adding cover (5) is opened.

Description

technical field [0001] The invention relates to an intelligent ion grounding system, in particular to an intelligent ion grounding system which can effectively solve the problems of high soil resistivity, ion corrosion and ion loss. Background technique [0002] 1. On a large area of ​​cement ground, the humidity is generally low, about 5%-10%. In addition, on the hillside, the soil is generally yellow mud mixed with sand. According to "DL / T 621-1997" In the "Soil Resistivity Reference Table" in the yellow mud, the soil resistivity is about 250 ohm m in the dry season; the sandy clay is about 80-1000 ohm m. If it is understood here as a combination of the two, you can understand 300-500 ohm. For the sake of protection, the intermediate value is taken, that is, the soil resistivity is set to 400 ohm·m as the basic parameter for calculation. [0003] 2. Design requirements [0004] According to the requirements of the equipment, the design requirement of the local network i...

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Problems solved by technology

[0005] 3. Traditional calculation methods and required materials

[0017] Although the ion grounding electrode can solve the above technical problems, the effect of the ion grounding electrode cannot last for a long time. Generally, it takes about half a year. When encountering rainy days or groundwater flow, the ion components will gradually lose. , and after the loss, the soil resistivity returns to the original state, so the grounding resistance value of the grounding network will be greatly improved, causing great harm to the equipment

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