JC-TLOM200MOA transmission line lightning arrester online monitoring system (hereinafter referred to as this system) is a new high-tech product developed by our company for the needs of the power system. The current detection of this system adopts a single-turn through-core current sensor to achieve full isolation and no residual voltage sampling.

Infrared thermal imaging wildfire online monitoring system is installed on the observation platform of the iron tower. The front-end system infrared detector detects the environmental heat source. Once abnormality occurs, the system will perform image/video compression processing on the scene environment and transmit the processed signal through the channel To the monitoring master station, and to receive the monitoring master station instructions through the channel, to provide reference to our fire command department, and at the same time to carry out automatic alarms so that timely measures can be taken to avoid economic losses.

Transmission line micro-meteorological online monitoring system is a set of multi-element micro-meteorological monitoring system designed for the meteorological environment monitoring of transmission lines in special locations.

为进一步推进输电运检信息化和智能化建设水平，我司积极与电力公司开展技术交流，靠前谋划，拟共同建设人机协同与智能传感相结合的全感知智能运检示范项目。 本线路通道沿线包括村庄、农业开发用地、林木茂密的山地、重要交跨、河流、湿地公园广场和城区等多类型场景，供电负荷较In order to further advance the level of informatization and intelligent construction of power transmission and transportation inspection, our company is actively carrying out technical exchanges with power companies, planning ahead, and planning to jointly build a full-sensing intelligent transportation inspection demonstration project that combines man-machine collaboration and intelligent sensing.高，具有输电线路典型性特征，适合作为示范线路。此外，线路位于运检部附近，对于项目的实施和管理，较为便捷。

The on-line monitoring system for the settlement/displacement of the transmission line tower foundation mainly completes the measurement of the inclination angle of the tower, and can also collect meteorological data such as ambient temperature, humidity, wind speed, and wind direction according to customer needs. It is sent to the monitoring center through the GPRS module, and the monitoring center software judges the inclination and settlement of the tower. The monitoring center can set the remote parameters of the extension, such as the sampling time interval of the extension and real-time data request, etc. The monitoring centers of the municipal bureaus and the provincial company monitoring centers adopt LAN networking.

Transmission line conduction (ground) line icing galloping, wind deviation, deicing jump, sag increase (such as when the ground line is icing), etc., may cause the phase-to-phase and relative-to-ground distance to change, resulting in line fault tripping, and tower structure Damage, even serious damage such as falling tower. The intelligent spacer bar realizes real-time online monitoring of wind deviation, galloping, distance to ground, and working temperature of high-voltage transmission lines, and provides early warning to avoid the above-mentioned accidents on transmission lines, and can reduce maintenance and maintenance costs. Intelligent spacers use the design concept of mechatronics to integrate miniaturized, low-power motion sensing, laser ranging, temperature monitoring and other sensors, sensing energy modules and wireless communication modules into traditional spacer fittings, and use line induction to acquire energy. Technical power supply to realize real-time online monitoring of wind deviation, galloping, sag, temperature, etc. of transmission lines

During the long-term operation of high-voltage transmission lines, problems such as surface oxidation and corrosion, loosening of imprisoned bolts, and poor contact contact often occur in fittings and clamps, which cause overheating of the equipment, which leads to fires and large-scale power outages, resulting in major economic losses. Loss and serious social impact. Therefore, real-time temperature monitoring of strain clamps on transmission lines is very necessary. However, due to the high voltage during the operation of the transmission line and the distance from the ground, it is difficult to conduct manual inspections or wire temperature measurement. For a long time, the power operation department lacked effective means for real-time temperature monitoring of high-voltage transmission lines. An online monitoring system for the temperature of strain clamps of transmission lines based on wireless sensor network technology came into being. The on-line monitoring system for strain clamp temperature of transmission lines uses high-precision temperature sensors attached to the wires to collect the temperature of the wires, and sends the collected information to the monitoring center in time through the GSM/CDMA/GPRS or 3G network, so as to realize the detection of the wires. Real-time monitoring of temperature. The system uses high-energy batteries and solar panels + storage batteries for power supply, and according to customer needs, adopts the method of induction to obtain electricity, which is easy to install. After being put into operation, the operation department can timely grasp the heating condition and development trend of the wire, and scientifically arrange the online capacity increase of the transmission line based on this parameter, improve economic efficiency, and improve the safe operation of the line and the level of information management.

The function of the multi-rotor UAV automatic driving intelligent inspection system is mainly to realize the automatic driving of the UAV under the premise of ensuring the safety of the transmission line and the safety of the UAV, carry out the fine inspection of the transmission line, and intelligently analyze the operation data, and finally Form a job report. According to the high-precision tower coordinates and height information collected in the early stage, the intelligent terminal of the system can automatically plan the optimal UAV laser modeling flight route, and control the lidar UAV to realize the lidar automatic flight. Upload high-precision laser point cloud data to the aircraft patrol operation platform. The platform automatically plans the drone's refined inspection autopilot route based on intelligent algorithms, and feeds the route feedback to the smart terminal, and then the RTK drone can be controlled for real and automated driving flight. Patrol operations. Upload job data to the machine patrol operation platform. The platform uses artificial intelligence image recognition algorithms to identify and extract job photos, classify defects, rename, and archive, and generate job reports. Transmission line multi-rotor UAV automatic driving intelligent inspection system is mainly composed of three parts, namely intelligent terminal, flight platform and aircraft inspection platform. Among them, the intelligent terminal receives the automatic flight route information sent by the patrol operation platform to realize the intelligent control of the flight platform UAV, and at the same time transmits the operation data to the aircraft patrol operation platform for analysis and processing. The flight platform completes the collection of various operation data and transmits the data to the intelligent terminal and the aircraft patrol operation platform. The machine patrol operation platform plans the autopilot route according to the operation data, and performs post-photo processing.