Dispatching-automation water draining system of transformer substation deep well

Abstract

The invention discloses a dispatching-automation water draining system of a transformer substation deep well, which belongs to the technology of water supply and drainage in civil building engineering. The dispatching-automation water draining system is divided into three parts, i.e. a dispatching side, a communication network and a transformer substation side, wherein the dispatching side is connected with the transformer substation side through the communication network; the dispatching side is formed by a comprehensive dispatching platform, and a video monitoring system and a power dispatching automation system which are respectively connected with the comprehensive dispatching platform; the transformer substation side is formed by multiple groups of transformer substation nodes which are connected in parallel; and each transformer substation node is respectively formed by a video monitoring probe, a water pump, a water draining controller, a water level alarm and a multi-stage water level detector. The dispatching-automation water draining system disclosed by the invention is a reliable, efficient and water-saving modernized water draining system which realizes quick water level out-of-limit finding, quick alarming, quick water draining and whole real-time monitoring; and the dispatching-automation water draining system has the characteristics of low investment, reasonable structure and convenience in implementation and operation, has the engineering practicability in three capacities, i.e. signal measurability, state visibility and device controllability, and has a stronger promotion value.

Description

Technical field [0001] The invention belongs to the technical field of water supply and drainage in civil construction engineering, and particularly relates to a substation deep water well dispatching automatic drainage system. Background technique [0002] In electric power production, the drainage of deep water wells in substations is generally manual drainage. Since most of our country is unattended substations, the water level of this drainage method is not scientifically graded. Only by visual inspection, it is found that the water level exceeds the limit and the alarm is not timely. Long preparation time, high consumption of vehicles, equipment, and other manpower and material resources, high potential safety hazards and high hazards to power production, and simple drainage records and poor statistical effects make it difficult to form a basis for decision-making on technological transformation and upgrading of power production. Summary of the invention [0003] The purpose ...

AI Technical Summary

Problems solved by technology

[0002] In power production, the drainage of deep water wells in substations is generally manual drainage at present. Since most of our country is unattended substations at present, the water level of this drainage method has no scientific classification. Long preparation time, large consumption of vehicles and equipment and other manpower and material resources, great potential safety hazards and great harm to power production, and simple drainage record items, poor statistical effect, it is difficult to form a decision-making basis for power production technology transformation and upgrading

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