1. Introduction
Generally speaking, 5G base stations mainly include BBU+AAU.
Base station room: mainly equipped with signal transceivers, monitoring devices, fire extinguishing devices, power supply equipment and air conditioning equipment.
Base station monitoring generally adopts a three-level structure: central monitoring master station, sub control center, and base station site.
The monitoring center is responsible for the monitoring and management of all base station power equipment and room environment within the entire monitoring network.
The sub-control center is responsible for the monitoring and management of powered air conditioners and base station room environment within a certain area of the monitoring network.
The base station site is only responsible for data collection and control of the power equipment and base station room environment equipment in a specific mobile base station.
2. Structure
There are 2 types of base station sites (all-in-one type; master-slave type), which collect and control data from the power equipment (mains electricity, diesel engine, UPS, battery, etc.) and room environment equipment (temperature and humidity, water immersion, smoke detection, etc.) .
Diagram
Topology Diagram of Base Station Energy Consumption Monitoring
3. Base Station AC Power Distribution Monitoring
3.1 AC Power Distribution Box：
3.2 Product Selection：
Single loop three phase din rail meter ADL400 |
| Monitoring mains electricity&diesel engine AC/DC 85-265V power supply 80A direct access or 5A CT access RS485 communication |
Single loop three phase din rail meter ADW300 |
| Monitoring mains electricity&diesel engine AC/DC 85-265V power supply Up to 660V 5A direct access 4DI&2DO RS485 communication |
Single loop embedded meter AMC96L-E4 |
| Monitoring mains electricity&diesel engine AC/DC 85-265V power supply Up to 660V 5A direct access 4DI&2DO RS485 communication |
Multi-loop embedded wireless meter AMC300L |
| Monitoring mains electricity&diesel engine&air conditioning&lighting, etc. AC/DC 85-265V power supply Maximum 18 single-phase or 6 three-phase access 4 passive DI&2DO&2 active DI RS485 communication |
Multi-loop din rail meter DTSD1352-4S |
| Monitoring mains electricity&diesel engine&air conditioning&lighting, etc. AC/DC 85-265V power supply Maximum 12 single-phase or 4 three-phase access mA level CT access (crystal head) 4 passive DI&1DO&2 active DI RS485 communication |
Multi-loop din rail meter AMC200 |
| Monitoring mains electricity&diesel engine&air conditioning&lighting, etc. AC/DC 85-265V power supply Maximum 24 single-phase or 8 three-phase access mA level CT access (crystal head) 4 passive DI&2DO&2 active DI 4 NTC temperature measurement, 1 temperature and humidity RS485 communication |
4. Base Station DC Power Distribution Monitoring
4.1 Switching Power Supply Cabinet
4.2 Product selection
Din rail meter AMC16L-DETT |
| Monitoring General & Mobile & Telecom & Unicom & Broadcast and other communication equipment DC -48Vpower supply Maximum 6 DC loop access Output 0-5V current Hall sensor access With ±12V output to supply power to Hall sensor RS485 communication |
Din rail meter DJSF1352-RN |
| Monitoring General & Mobile & Telecom & Unicom & Broadcast and other communication equipment DC24V/48Vor AC/DC85-265V power supply Maximum 2 DC loop access Output 0-5V current Hall sensor or 75mV shunt access With ±12V output to supply power to Hall sensor RS485 communication |
Multi-loop din rail wireless meter AMC200 |
| Monitoring General & Mobile & Telecom & Unicom & Broadcast and other communication equipment DC -48V power supply Maximum 12 DC loop access 4 NTC temperature measurement 1 temperature and humidity With ±12V output to supply power to Hall sensor RS485 communication |
Current Hall Sensor AKHC |
| Reconstruction project adopts open type New project adopts closed type 0-5V output ±12V power supply |
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