Battery well for monitoring valve chamber and method of use thereof

Abstract

The invention discloses an accumulator well of a monitoring valve room. The accumulator well comprises a well cover, bases, foundations, exhaust pipes, an accumulator charging device and a solar panel. The well cover is located above the ground; the bases are located in a foundation pit under the ground; the foundations are located on the bases, the bottoms of the foundations are connected with the tops of the bases, the tops of the foundations are located above the ground, and containing spaces are formed by the bases and the foundations; one ends of the exhaust pipes penetrate through the upper portions of the foundations and are located above the ground, and the other ends of the exhaust pipes are located outside the well cover and located above the ground; the accumulator charging device is located outside the well cover and above the ground and connected with accumulators in the containing spaces; and the solar panel is located outside the well cover and the monitoring valve roomand connected with the accumulator charging device. The invention further discloses a using method of the accumulator well of the monitoring valve room. The accumulator well of the monitoring valve room has the beneficial effects that the phenomenon that the amount of rainwater is excessively large, and consequently water in the accumulator well leaks is prevented; and it can be ensured that the accumulators continuously supply power to electric equipment under the condition that the sunshine time is short and the sunshine intensity is low.

Description

technical field [0001] The invention relates to the technical field of pipeline systems, in particular to a battery well for monitoring valve chambers and a method for using the same. Background technique [0002] For the monitoring valve chamber in the oil and gas long-distance pipeline project, the battery well in the prior art uses a rectangular well cover. In areas with continuous rain, excessive rainfall will cause rainwater to leak into the battery well from the side of the well cover. Related equipment is powered, and on-site communication is interrupted. In addition, in the cold area, the average sunshine time is short and the sunlight intensity is low, which leads to insufficient power absorbed by the solar panels and cannot continue to supply power to the battery, which makes the battery power supply to the equipment interrupted, resulting in the RTU being unable to communicate with the station control system normally. , the data transmission is interrupted, and t...

AI Technical Summary

Problems solved by technology

[0002] For the monitoring valve chamber in the oil and gas long-distance pipeline project, the battery well in the prior art uses a rectangular well cover. In areas with continuous rain, excessive rainfall will cause rainwater to leak into the battery well from the side of the well cover. Related equipment power supply, on-site communication interruption

In addition, in the cold area, the average sunshine time is short and the sunlight intensity is low, which leads to insufficient power absorbed by the solar panels and cannot continue to supply power to the battery, which makes the battery power supply to the equipment interrupted, resulting in the RTU being unable to communicate with the station control system normally. , the data transmission is interrupted, and the control center cannot monitor the status of the monitoring valve chamber, seriously affecting the stable and continuous operation of the station

Therefore, the use of the original battery well cover and the practice of not installing charging equipment near the battery well will affect the data transmission of the RTU valve chamber and affect the reliability and safety of the equipment

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