Integrated electricity utilization management software platform system and management method thereof

Abstract

The invention discloses an integrated electricity utilization management software platform system and a management method thereof. The integrated electricity utilization management software platform system comprises a user management center, an electricity utilization management center and a centre database used for storing and processing the data between the user management center and the electricity utilization management center; a plurality of repeaters are used for connecting each ammeter with the cell business management center computer in the electricity utilization management center, and the repeater adopts a relay driving module composed of a transistor, a diode, a relay coil and a contact switch; the integrated management for the electricity utilization for the subsystem in the cell can be achieved by adopting the system and the method, the automatic meter reading technology is adopted for saving the manpower resource, the calculating accuracy of the electricity utilization electric quantity is higher, the billing error phenomenon caused by estimation or transcription is reduced, and the electricity utilization is convenient and fast.

Description

technical field [0001] The invention relates to the field of software management and intelligence, in particular to an integrated power consumption management software platform system and a management method thereof. Background technique [0002] At present, the terminal equipment of the smart community power management system on the market adopts the RS485 communication mode. The 485 communication mode can theoretically connect hundreds of devices in a system, but it is affected by many external factors in the actual operation process. Only dozens of devices can be connected to ensure stable communication. In order to solve this problem, the conventional practice in the market is to connect every dozens of devices with a 485 signal isolator as a relay device to separate the connected devices by area , so that more devices can be installed in one system, but the 485 communication method has its limitations, and its main defects are as follows: its rate is low, and data recei...

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Problems solved by technology

[0002] At present, the terminal equipment of the smart community power management system on the market adopts the RS485 communication mode. The 485 communication mode can theoretically connect hundreds of devices in a system, but it is affected by many external factors in the actual operation process. Only dozens of devices can be connected to ensure stable communication. In order to solve this problem, the conventional practice in the market is to connect every dozens of devices with a 485 signal isolator as a relay device to separate the connected devices by area , so that more devices can be installed in one system, but the 485 communication method has its limitations, and its main defects are as follows: its rate is low, and data receiving and sending cannot be carried out at the same time, and it is easy to lose data. And without any data processing and buffering capabilities, it seems powerless in the case of a huge amount of system data

[0003] At the same time, in modern life, the copying and charging of water meters, electric meters and gas meters has become a major problem in urban life. For manual meter reading, it may not only disturb the residents, but may also bring unsafe factors to residents. For various functions As far as the company is concerned, sending people to the door to read the meter also brings a large waste of human resources. With the advancement of technology and the improvement of people's living standards, the multi-meter remote meter reading system has gradually become an important part of the intelligent construction of the community. However, the current domestic remote meter reading systems mainly include RS485 bus meter reading, power line carrier meter reading, RS485 bus, low-power wireless hybrid meter reading and RS485 bus, low-voltage power line carrier hybrid meter reading. Both adopt the combination of collector and concentrator to collect the data collected in each meter into the concentrator for data transmission, but this technology has the following defects: the communication distance is short, the reading error of meter reading is large, and for Some uncontrollable meters cannot realize remote stop and remote transmission operation

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