With the rapid development of China's communication industry, the number of 4G base stations has exceeded one million. The 5G standard has been released. Major operators and tower groups are also laying out new generation communication base stations. The power consumption of base stations is increasing, and the intelligent monitoring and fine management of communication base stations have become the research direction of operators and enterprises.
The sharing of base stations by operators can reduce social capital investment, but the problem of energy consumption measurement has plagued major operators. Through the exchange of intelligent electricity meters, the sub metering of power consumption in the base station and the branching metering equipment in the base station can achieve energy consumption management and operation status monitoring of CMCC, China Unicom, China Telecom and other operators in the base station. Through FSU, the data can be uploaded to the monitoring platform to provide reliable guarantee services for later operations. The separate metering equipment of the base station complies with the Technical Requirements of QZTT 2205-2017 DC Electricity Metering Module, and the AC smart meter complies with the Technical Specifications of QZTT 1017-2015 Base Station AC Smart Meter.
YD/T 585-2010 Communication Power Distribution Equipment
YD/T 1051-2000 General Technical Requirements for Power Supply System of Communication Bureau (Station)
YD/T 1363-2005 Centralized Monitoring and Management System for Power Supply, Air Conditioning and Environment of Communication Bureau (Station)
QZTT 2205-2017 Technical Requirements for DC Electricity Metering Module
QZTT 1017-2015 Technical Specification for AC Smart Electricity Meters of Base Stations
The power supply system of the base station is mainly composed of AC power supply system and DC power supply system. AC power supply system consists of one mains power supply, one generator power supply, surge protector and AC distribution box (with the function of mains and generator conversion). DC power supply system consists of high-frequency switch combined power supply (including AC power distribution unit, monitoring module, rectifier module, DC power distribution unit) and two groups (or one group) of batteries.
The switching power supply, air conditioning, lighting and sockets in the base station are powered by the AC distribution box, and high-precision circuit measurement is achieved through the multi loop AC meter. The various communication equipment in the base station is mainly powered by the DC system, and the DC power circuit metering equipment is used to monitor the energy consumption of communication equipment of different operators. Finally, they are connected to the operation and maintenance monitoring platform through FSU equipment, realize effective monitoring and operation management of communication base station energy consumption.
Our recommended products for base station separate metering equipment are as follows:
The metering circuit distribution scheme is as follows: one three-phase metering circuit is used for mains power input circuit, generator input circuit and switching power supply circuit respectively, and one circuit is reserved (which can be used for air conditioners or other equipment).
The metering separate distribution scheme is as follows: the total metering circuit, the CMCC equipment circuit, the China Telecom equipment circuit, and the China Unicom equipment circuit are measured by one channel respectively, and two channels are reserved.
Characteristics
☑Intergration-full power parameter measurement, SOE full event recording
☑ Simplicity-embedded or rail mounted
☑ Customized-multi-channel remote signal input, relay output and electric energy pulse output
☑ Reliability-IP65 protection level, strong environmental adaptability
☑ High precision-imported metering chip, meeting billing standards
Function
☑ Remote signaling, telemetering, remote control and regulation
☑ Energy metering
☑ Data statistics and storage
☑ Event record
Application Scenario
☑ AC distribution box
Characteristic
☑ Standardization-standard RS485 interface, meeting YD/T 1363 standard communication protocol
☑ Integration-full power parameter measurement, SOE full event recording
☑ Simplicity-DIN-rail mounted
☑ Reliability-IP65 protection level, strong environmental adaptability
☑ Customized-multi-channel remote signal input, relay output and electric energy pulse output
☑Reliability-industrial grade components are used with strong environmental adaptability
☑ High precision-imported metering chip, meeting billing standards
Function
☑ Remote signaling, telemetering, remote control and regulation
☑ Energy metering
☑ Data statistics and storage
☑ Event record
Application Scenario
☑ AC distribution box
Characteristic
☑ Economical-low power consumption, lower operating costs
☑ Intelligent-standard RS485 interface, meeting YD/T 1363 standard communication protocol
☑ Safety-certified by Thiel Laboratories
☑ Customized-measuture 6 DC current and 1 analog input
☑ Compact-standard 4P size, DIN-rail mounted
☑ Integration-full power parameter measurement, alarm management, data statistics
Function
☑ Remote signaling, telemetering, remote control and regulation
☑ Energy metering
☑ Data statistics and storage
☑ Event record
Application Scenario
☑ AC distribution box