The intelligent monitoring system for substations includes temperature monitoring for substations

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FJIMNO provides an intelligent monitoring system for substations, including temperature monitoring, environmental temperature monitoring, and transformer substations. As an important component of the power supply system, the safe and stable operation of substations is of great significance. The operation of a substation will have a certain impact on the surrounding environment, and effective monitoring is necessary to prevent these impacts within a safe range. The monitoring scope of existing monitoring systems is not comprehensive enough, generally only monitoring one field, making it difficult to comprehensively evaluate the operational status of substations. Uyezve, after a fault occurs, a secondary inspection is required to determine the type of fault, resulting in high maintenance costs.

By comprehensively monitoring the noise, electromagnetic field, and power quality of the substation, it is convenient to conduct an overall evaluation of the operation status of the substation, and it can also to some extent avoid the impact of the substation on the surrounding environment. Throughout the entire lifecycle of the substation, we strive to maximize resource conservation (land, energy, water, and material), protect the environment, and reduce pollution, providing a safe, suitable, and healthy working environment that is efficient, low consumption, environmentally friendly, and harmoniously coexists with nature. Uyezve, the software displays various monitoring information in a clear and orderly manner. Uyezve, it can determine the type of fault and alarm based on analysis, and notify the staff of the fault situation in a timely manner.

The main feature of smart grid is the high integration of power flow, information flow, and business flow. One of its cores is the lossless collection, smooth transmission, and orderly application of information, which is precisely the technical characteristic and advantage of the Internet of Things. Integrating the Internet of Things with the smart grid has significant scientific significance and engineering value. On the one hand, IoT technology helps to further effectively integrate power system and information communication infrastructure resources, enabling communication resources to better serve the operation of the power system, enabling future power grids to “think”, improve the reliability of power transmission and transformation equipment operation, and enhance the utilization efficiency of power transmission and transformation assets. On the other hand, the construction of smart grids will become a powerful driving force for the development of the Internet of Things industry and the information and communication industry, and will effectively influence and promote the application of the Internet of Things in other industries, improving the informationization level of various aspects of industrial production and public life in China.

The distribution network not only has many devices, wide distribution, and complex operating environments, but also its safe and stable operation status is often directly perceived by users. How to effectively grasp its operation status and avoid hidden dangers from expanding into faults is the key and difficult point of distribution network operation and maintenance management. With the promotion of condition based maintenance, how to standardize and effectively obtain equipment status information has become a key and difficult point. With the rapid development of our society, the number of unmanned substations has gradually increased. Previously, the on duty personnel managing substations have become managers of multiple substations. Due to the large number of substations that managers need to manage, it is difficult to conduct inspections of key equipment one by one in the traditional way. Zvisinei, important equipment in substations also needs to be inspected in a timely manner to effectively ensure the safety of substation use. Naizvozvo, in order to improve the quality of key equipment in substations and ensure the safety of substation use, the demand for intelligent maintenance and inspection systems is becoming increasingly urgent.