Movable wireless thermal imaging temperature measurement method for transformer substation

Abstract

The invention discloses a movable wireless thermal imaging temperature measurement method for a transformer substation. The method comprises the following steps: S1, arranging a movable thermal imaging temperature measurement device; S2, installing a GPS positioner on the movable thermal imaging temperature measurement device; S3, mounting a full-angle holder; S4, after fixed-time and fixed-angleimage acquisition is carried out on the field high-voltage equipment, sending acquired data to a background server or a handheld terminal in a wireless mode; S5, processing the received data, and displaying the processed data on a display screen; S6, when the temperature, detected by the thermal imaging temperature measuring device, of the high-voltage equipment exceeds a preset value, the alarm gives an alarm and transmits the problem to the background server; S7, an operator makes a technical scheme for solving the problem according to the sent position information and alarm information; andS8, recording reasons and solutions of the problem, and inputting the reasons and the solutions into the background server. Operation and maintenance personnel are greatly facilitated, the monitoringeffect of the heating equipment is improved, and the working intensity of the operation and maintenance personnel is reduced.

Description

technical field

[0001] The invention relates to a wireless thermal imaging temperature measurement method, in particular to a mobile substation wireless thermal imaging temperature measurement method. Background technique

[0002] With the increase of electricity demand and the improvement of power supply service level, the grid load hits new highs every year, and the heating problem of high-load substation equipment is becoming more and more prominent. The temperature measurement work of substation operation and maintenance is particularly important; Scenarios that often require close attention to the temperature of equipment during operation and maintenance work include: peak load in summer, peak power consumption in winter, abnormal equipment failure, equipment passing through fault current, after equipment operation, when important users maintain power, running When the risk prevention method is weak; in these scenarios, it is necessary to continuously measure the temper...

Examples

Embodiment

[0033] Embodiment: A method for measuring temperature with mobile wireless thermal imaging in a substation, comprising the following steps:

[0034] S1: According to the on-site conditions of the high-voltage equipment in the substation, arrange a single movable thermal imaging temperature measurement device at a predetermined location on the site, so that it can perform local thermal imaging acquisition of the equipment; or arrange multiple movable thermal imaging temperature measurement devices at a predetermined location on site A device that enables global thermal imaging acquisition of equipment;

[0035] S2: Install a GPS locator on the movable thermal imaging temperature measuring device to monitor the change of the location information of the movable thermal imaging temperature measuring device in real time;

[0036] S3: Install a full-angle pan / tilt on the movable thermal imaging temperature measurement device, so that the small dual-view thermal imaging camera on the...

technical field

[0001] The invention relates to a wireless thermal imaging temperature measurement method, in particular to a mobile substation wireless thermal imaging temperature measurement method. Background technique

[0002] With the increase of electricity demand and the improvement of power supply service level, the grid load hits new highs every year, and the heating problem of high-load substation equipment is becoming more and more prominent. The temperature measurement work of substation operation and maintenance is particularly important; Scenarios that often require close attention to the temperature of equipment during operation and maintenance work include: peak load in summer, peak power consumption in winter, abnormal equipment failure, equipment passing through fault current, after equipment operation, when important users maintain power, running When the risk prevention method is weak; in these scenarios, it is necessary to continuously measure the temper...

Examples

Embodiment

[0033] Embodiment: A method for measuring temperature with mobile wireless thermal imaging in a substation, comprising the following steps:

[0034] S1: According to the on-site conditions of the high-voltage equipment in the substation, arrange a single movable thermal imaging temperature measurement device at a predetermined location on the site, so that it can perform local thermal imaging acquisition of the equipment; or arrange multiple movable thermal imaging temperature measurement devices at a predetermined location on site A device that enables global thermal imaging acquisition of equipment;

[0035] S2: Install a GPS locator on the movable thermal imaging temperature measuring device to monitor the change of the location information of the movable thermal imaging temperature measuring device in real time;

[0036] S3: Install a full-angle pan / tilt on the movable thermal imaging temperature measurement device, so that the small dual-view thermal imaging camera on the...

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