Can the meter and power supply bureau detect electricity theft through remote meter reading?

Clearly tell you that stealing electricity will be discovered by the power supply bureau

Now let’s talk about the principle. The digital electricity meter is connected to the collector, and the collector uses GSM (mobile phone wireless network collector has SIM card) is connected to the server of the power supply bureau. The server will display how much electricity your home's meter uses every day. If the meter is broken, the server will display it and the power supply bureau will send someone to repair it.

Remote meter reading

Remote meter reading system is designed to realize real-time and reliable remote reading of data from three meters (electricity meter, water meter, gas meter). This device uses a star/vertical line/radio communication triple network structure to achieve remote meter reading tasks. Through the star network, n MDM (DD-862S mechanical digital meters) meters (for example: n=32) and a data collection The data collector is connected to the radio through a vertical line network. A vertical line network can connect m collectors (for example, m=128). Therefore, one subnet can share nm=32×128 meters. Radio. This is a triple network structure composed of star-vertical-wireless type. The components of this network structure are electric meters, water meters or gas meters (hereinafter referred to as three meters), data collectors, and radio transceivers.

With the increasing development and improvement of domestic intelligent systems, remote meter reading systems have begun to be installed in most high-end residential areas. As an important part of the modern management system, this system has played a considerable role. important role. Water meters, electricity meters, gas meters and other meters in each household in a residential area. Their installation locations vary. Some meters (such as electricity meters) are installed centrally, while others (such as water meters) are scattered in households' homes. This brings difficulties to the management department's meter reading and statistical work. House-to-house meter reading consumes a lot of manpower and time, and household meter reading is difficult to complete at one time, and sometimes it can only be estimated. A centralized meter reading management system will make these problems a thing of the past. After using this system, there is no need to manually read meters from house to house. The measurement values ??of all household meters will be uniformly read by the center. It only takes 1 second to read a meter, saving time and effort. The system includes multiple functions such as automatic meter reading of water, electricity and gas, household gas leakage prevention, and management departments’ real-time on-off control of users’ water, electricity and gas consumption.

The residential centralized meter reading management system can realize the online reading of electric meters, water meters, pure water meters and gas meters in the community. Automatic transcription, automatic billing and status inquiry can be carried out on the management computer of the community. It can record and print historical data, provide a table data interface, and perform manual modification, table replacement and water and electricity meter settlement under authorization. If you add the corresponding MODEM or router in the management center, external remote access can be achieved.

The remote meter reading system mainly completes three tasks: electricity measurement or information collection, information remote transmission, and background software processing and analysis. The technologies of the front and rear parts have matured. The key to the meter reading system technology is to solve the communication problem of remote transmission of information.

The power frequency distortion cross-station remote meter reading system uses the distribution network (10KV and 380KV lines) as a transmission channel, and the information can be directly transmitted from the user node (380V) through the user transformer to the substation The characteristics of the system can aggregate the scattered and large number of node communications extending to every corner of the power supply into one point of communication in the substation. There is no need to set up a separate communication network and no subsequent communication costs. It is economical and practical, and fundamentally solves the problem of meter reading. Even communication problems in distribution network automation.