How to solve the problem of DLMS&EDMI Protocol electricity meter data acquisition?
As a professional provider of IoT data acquisition solutions and an expert in industrial IoT data acquisition, the editor of Shanghai Data Acquisition IOT Technology Co., Ltd, (daq-iot) hereby presents the following introduction, and sincerely welcomes discussions and exchanges. Supported Communication Interfaces: CAN, RS485, Mbus, 4–20mA, Profibus, CC-Link, HART, digital I/O, etc. Industrial Protocols: Modbus RTU/TCP, HJ212, IEC104, DLT645, DLMS, IEC61850, MQTT, etc. Mail:export@daq-iot.com
DLMS&EDMIProtocolHow to solve the problem of electricity meter data acquisition?
Shanghai DAQ-IoTNetwork Technology Co., Ltd
Industrial and Commercial PV Power Generation Grid Connection Project · EDMI Protocol Meter Data Acquisition Case
Version: V 1.0
Contact phone number: 19936624847
Official Website:http://www.daq-iot.com
1、 Project background: Is there any obstruction in the collection of special Protocol electric meters?
Basic project information
• Project location:Chongqing Port West PV power station(CGN Chongqing)
Project Type: PV Power Generation and Grid Connection Project Energy Monitoring
Core challenge: How to achieve efficient collection of EDMI meters?
How to achieve data monitoring of EDMI Protocol electric meter (Mk6E) without disassembling or changing the wiring, in the face of special collection requirements?
Difficulties in project implementation
Electricity meter restriction: On site electricity meters are prohibited from dismantling and connecting wires
Interface limitation: Only optical communication port (infrared communication) is retained
Protocol Special: Unconventional State Grid Protocol, difficult to parse
• Clear requirements: Low cost, easy wiring, wireless transmission
2、 Technical solution: How can infrared acquisition break through the barrier ofProtocol?

Core Technology Path
Adopting the infrared acquisition+4G wireless transmission scheme, it perfectly adapts to the optical communication port characteristics of EDMI Mk6E electric meter, without the need for disassembly and wiring.
Scheme composition
Hardware device:SC-GP-IR4G 4G infrared meter reading product
• Software support: Universal Data Acquisition software(DAQ FOR IIOT)
Key accessories: Near infrared Data Acquisition probe
technical advantage
Protocol Adaptation: Successfully overcome EDMI Protocol reading and parsing difficulties
• Easy installation: No need to disassemble, only connect to the optical communication port
• Remote management: supports remote debugging and configuration
• Data docking:MQTT+JSON standard format, compatible with customer platforms
3、 On site Implementation: How to Quickly Complete Deployment?


Implementation Process
- Fixed installation of infrared probe
- On site power supply of collection equipment
- Technical remote debugging configuration
- Data docking customer platform
Data transmission standard
• Transmission Protocol: MQTT
• Data format: JSON custom fields
• Transmission method: 4G wireless network
4、 Implementation effect: What are the results ofData Acquisition?
Core data collection
Positive active total electricity
Positive active peak/flat/valley electricity
• Total reverse active power and segmented power consumption
• Total reactive power consumption and segmented power consumption

Project Value
✅ Successfully implemented EDMI Protocol electric meter infrared acquisition
✅ No need to disassemble the machine for wiring, minimizing on-site modifications
✅ 4G wireless transmission, low-cost and easy to deploy
✅ Real-time data monitoring ensures efficient operation of PV power station
5、 Service support: Who can I find to solve the problem of collecting special electricity meters?
Shanghai DAQ-IoT website
IoTis a professional provider specializing in solving various special problems related to electric meters and industrial equipment.
Contact Us
• Consultation hotline: 19936624847
Official website:http://www.daq-iot.com
Service commitment: Make Data Acquisition simpler!
评论
发表评论