Implementation Plan for Data Migration of Xinjiang Ningxia Sichuan Enterprise Energy Consumption Online Monitoring Platform

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

asIoTData Acquisitionsolution professional provider, industrial Data Acquisition expert (professional account),Shanghai DAQ-IoT Network TechnologyThe editor daq iot would like to introduce the following content here, and sincerely welcome everyone to discuss and exchange ideas.

As a professional internet of things data acquisition solutions provider, industrial data acquisition experts (professional households), digital internet of things editor daq-iot here to do the following introduction, and sincerely welcome everyone to discuss and exchange.

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Prepared by: Shanghai DAQ-IoT Network Technology Co., Ltd
Date of Compilation: July 3, 2026

catalogue

1、 Project Overview
（1） Project Background and Objectives
（2） Construction principles
（3） Design Basis
2、 Detailed implementation plan
（1） Data upload plan for measuring instruments and end devices
（2） Basic Information Upload Plan for Enterprises
3、 Implementation of Supporting Services Description
Attachment: Notice on Data Migration for Enterprise End of Provincial Energy Consumption Online Monitoring Platform

1、 Project Overview

（1） Project Background and Objectives

XX enterprise is a key comprehensive energy management entity in the region, mainly engaged in natural gas transmission and distributionLNG production, storage, transportation, and salesIndustrial and urban gas supply, gas station operation, simultaneous development of special gas extraction, low-temperature equipment research and development, and energy technology services, cross provincial layout of the entire industry chain business, is a key enterprise in local core clean energy supply and energy consumption.

According to the requirements of relevant management documents for local energy consumption monitoring, XX enterprise needs to complete the integration of a new online monitoring platform for energy consumption of provincial key energy consuming units and the migration of existing data.
This time, energy consumption data needs to be collected and uploaded uniformly, including electricity purchase and consumption data, natural gas purchase/consumption/output data, and industrial water consumption data. All data must strictly match the technical specifications uploaded by the provincial energy consumption online monitoring platform.

This project relies on the self-developed complete energy consumption collection platform and data docking service ofHardwareandIoTon theShanghai DAQ-IoTnetwork. It leverages the existing measurement system of old enterprises, builds a secure and stable data forwarding and transmission link, and achieves complete energy consumption data for all categoriesReal-time、 Compliant upload to the newly built energy consumption monitoring platform at the provincial level, complete the entire process of enterprise device migration, Protocol adaptation, and historical data migration on schedule, and meet the data migration acceptance standards of the provincial platform.

（2） Construction principles

1. Safety principle
Following the standards of equal protection 2.0 and industrial production network isolation, the Hardware transmission link is equipped with Shanghai Shucai's self-developed technologyNational encryption transmission moduleFull link data encryption using national encryption algorithm; Physical isolation is implemented at the boundary between the production intranet and the external network Data Acquisition to prevent production data leakage and network intrusion risks.

2. Reliability principle
Adopting Shanghai Data CollectionIndustrial grade IoT collection terminalNative support for breakpoint resume and local large capacity storage caching, with a storage period of no less than 6 months for local data caching; The platform is equipped with a cloud based dual machine hot standby IoT service architecture to prevent data loss and interruption. Measurement accuracy control standards: Electricity measurement error ≤± 2%, natural gas measurement error ≤± 5%, automatic alarm for exceeding standards.

3. Standardization principle
Terminal devices, communication Protocol, and data formats are fully benchmarked against countries《Online monitoring system for energy consumption of key energy consuming unitsThe technical specifications and corresponding provincial energy consumption platform standard interface Protocol, Shanghai data acquisition equipment has completed the national multi provincial energy consumption platform adaptation certification, unified security certification, data message format, and no need for secondary major development.

4. Economic principle of utilizing old resources
Maximizing the reuse of existing electricity meters, flow meters, pipeline communication links, and power demand side inventory collection systems in enterprises; Relying on Shanghai's standardized data collection system,Gatewayis compatible with existing measuring equipment, reducing the investment in newHardwareand only supporting standardized collection products for systems without collection interfaces to avoid duplicate investment.

5. Mature landing principle
Based on the implementation cases of energy consumption monitoring for thousands of key energy consuming enterprises in industrial, mining, gas, and chemical industries on theShanghai DAQ-IoTwebsite, standardized implementation processes, mature docking templates, shortened on-site debugging cycles, and ensured timely delivery and acceptance of projects.

（3） Design Basis

The overall design, equipment selection, and implementation process of this project strictly follow the following national, industry, and local regulatory documents:

1. Work Plan for the Promotion and Construction of Energy Consumption Online Monitoring System for Key Energy Using Units (NDRC Huanzi [2017] No. 1711)

2. "Energy Conservation Management Measures for Key Energy Using Units" (National Development and Reform Commission Order No. 15 of 2018)

3. Overall Architecture Specification for Energy Consumption Online Monitoring System of Key Energy Using Units (GB/T 37947.1)

4. Specification for Equipment Interface Protocol of Energy Consumption Online Monitoring System for Key Energy Using Units

5. Notice on Accelerating the Construction of Energy Consumption Online Monitoring System for Key Energy Using Units issued by the local competent department

6. Notice on Accelerating the Construction of Energy Consumption Online Monitoring System by the Park Management Institution

7. Notice on the Data Migration of Enterprise End Equipment for Energy Consumption Online Monitoring System of Key Energy Using Units issued by the Provincial competent department

2、 Detailed implementation plan

（1） Data upload plan for measuring instruments and end devices

1. Sorting and collection access plan for measuring instruments (based on the Shanghai DAQ-IoT product system)

(1) Electricity consumption Data Acquisition

The existing power metering meters and communication links of the enterprise are fully utilized and matchedShanghai Data Collection Data acquisition IoT DAQ-GP series power acquisition GatewayPerform data adaptation and integration, seamlessly reuse the collected power data from the existing power demand side system. Gateway supports RS485 and Modbus RTU power Protocol, without the need to add independent collection terminals, and directly aggregates instantaneous and cumulative power consumption data to the main device.

(2) Natural gas energy consumption Data Acquisition

The natural gas mass flowmeter, vortex flowmeter, and ultrasonic flowmeter in the factory area do not have independent acquisition Gateway, and adoptShanghai Data Collection Data Acquisition IoT DAQ-GP Industrial Protocol Acquisition Terminal, native compatibility OPC UA/OPC DAProtocolDirectly connected to the OPC interface of the enterprise's natural gas production control system, automatically capturing data on natural gas purchase, production output, and pipeline consumption measurement; The device is equipped with a built-in multi flow meter Protocol parsing plugin, which does not require separate development of underlying drivers and is compatible with all types of flow meters in the gas industry.

(3) Water consumption Data Acquisition

The factory site does not have the conditions for the layout of automated data acquisition pipelinesShanghai Data Collection Data Acquisition IoT DAQ-GP Handheld Data Acquisition TerminalThe personnel fromO&Mwill enter monthly water usage summary data, store the records locally on the terminal, synchronize and upload them to the local main device, and push them in batches to the provincial energy consumption platform on a monthly basis.

2. Core Hardware (Shanghai Shucai self-developed product) deployment and technical parameter requirements

1. Main energy consumption monitoring terminal equipment (DAQ-GP industrial grade energy consumption aggregation terminal for data acquisition and IoT)
As the core aggregation node for energy consumption data of all categories in the factory area, it integrates Protocol conversion, local large capacity storage, breakpoint continuation, national security transmission, and dual machine hot standby adaptation module; Built in 32GB industrial grade storage, local cache storage period ≥ 6 months of historical energy consumption data; Unified integration of power Gateway, OPC collection terminal, and handheld water collection terminal, and unified reporting of standardized energy consumption messages to provincial platforms.

2. Supporting Collection Gateway (Data Acquisition IoT DAQ-GP Power Gateway, Data Acquisition IoT DAQ-GP Protocol Terminal)
Distributed deployment in the distribution room and LNG production workshop, responsible for collecting data from the power and natural gas systems Real-time, supporting offline caching, and automatically batch uploading historical data after network recovery.

3. Auxiliary data acquisition terminal (DAQ-GP water handheld data acquisition terminal for data acquisition IoT)
Used for monthly data entry of water usage points without automated collection conditions, data is locally encrypted and stored, and can be wired synchronized to the main device.

3. Collection and transmission operation standards

1. Collection frequency: Electricity and natural gas data are collected every 15 minutes; Monthly summary and reporting of water usage data; Thermal data is collected once an hour; Coal is collected based on transportation batches and production shifts.

2. Discontinuous transmission mechanism: All DAQ-GP series terminals of data acquisition IoT devices are uniformly equipped with a disconnection cache transmission function. After network recovery, missing data is automatically transmitted in chronological order to ensure complete data timing without missing data.

3. Measurement accuracy control: The equipment has a built-in automatic alarm function for data deviation. When the power measurement deviation is greater than ± 2% or the natural gas measurement deviation is greater than ± 5%, the terminal will actively push abnormal reminders, and on-site debugging or measurement equipment calibration will be completed within 2 working days.

4. Unified clock synchronization: The main terminal of the data acquisition IoT DAQ-GP device automatically connects to the provincial NTP time server on a daily basis. All data collection Gateway and terminal synchronization in the entire factory area are synchronized with a unified timestamp, eliminating data confusion caused by multiple device time misalignment.

（2） Basic Information Upload Plan for Enterprises

1. It is necessary to compile and upload a list of basic information

1. Enterprise basic file information: Unified social credit code, legal person information, registered address, contact information, national economic industry classification code;

2. Key energy consuming equipment ledger: Equipment models, rated power, energy efficiency level, and operation time of boilers, compressors, fans, pump bodies, low-temperature kilns, high-power motors, etc. in the factory area;

3. Production line workshop information: names of each production workshop and LNG production line, main products, designed production capacity, and Real-time operating status;

4. Complete ledger of measuring instruments in the entire factory area: electricity meters, natural gas flow meters, water meter numbers, ranges, calibration cycles, installation points, standardized and sorted according to provincial platform templates.

2. Information filling and synchronous updating mechanism

1. Initial filing: During the project implementation phase, relying on the Shanghai DAQ-IoT energy consumption monitoring and management software, all basic files and equipment ledger information of the enterprise will be entered in bulk at once, and the first platform upload will be completed;

2. Incremental dynamic update: After changes occur in enterprise equipment, production capacity, and business information, O&M personnel modify them on the local management end Real-time, generate change records, and synchronously upload them to the provincial platform;

3. Automatic synchronization cycle: Regular basic files are automatically synchronized in full to the provincial platform on the 1st day of each month; Major changes such as equipment addition and capacity adjustment Real-time trigger upload.

3、 Implementation of Supporting Services Description

All implementation services for this project will be fully implemented by Shanghai DAQ-IoT Network Technology Co., Ltd., covering the entire project lifecycle

1. On site survey and scheme adaptation: Conduct on-site surveys of measuring points, networks, and control systems in the factory area, and optimize the collection and deployment plan based on similar landing cases in the gas industry;

2. Hardware Supply deployment: Provide a complete set of self-developed data acquisition IoT DAQ-GP series acquisition terminals Gateway、 Complete on-site equipment installation, wiring, and power on debugging with safety components and supporting installation materials;

3. Protocol docking development and debugging: natural gas OPC interface adaptation, multi type flowmeter Protocol parsing, power inventory system data integration, and standardized configuration of data point tables;

4. Data migration and platform integration: stock historical energy consumption Data Cleaning, migration, verification, docking with provincial-level new energy consumption monitoring platforms, completing message debugging, stable data upload acceptance;

5. Full process technical support O&M: After project delivery, provide 1 year of 7 × 24 remote+on-site technical services, including terminal fault troubleshooting, data exception handling, platform docking and adaptation, and O&M personnel operation training;

6. Standardized document delivery: After completion, hand over the complete set of equipment ledger, collection point map, docking Protocol document, O&M operation manual, and acceptance report.

Attachment: Notice of Data Migration for Enterprise End Devices on Provincial Energy Consumption Online Monitoring Platform

Regional management units and key energy consuming units:
At present, the new platform for online monitoring of energy consumption of provincial key energy consuming units has completed the migration and upgrade of information and innovation adaptation and is officially put into operation. To ensure the continuous, accurate, and stable upload of energy consumption monitoring data for enterprises within the jurisdiction, the requirements for enterprise data migration are hereby notified as follows:

1、 Migration scope

All key energy consuming units within the jurisdiction are included in the energy consumption online monitoring and management system.

2、 Job requirements

1. Each regional management unit should coordinate and supervise the work, organize the enterprises in the jurisdiction to complete the equipment renovation, data link docking, and stock data migration work, ensure that all energy consumption monitoring point data should be fully connected and stably transmitted, and complete the overall migration acceptance work on schedule.

2. Key energy consuming units need to switch their existing monitoring equipment data to the newly established provincial monitoring platform for uploading; The original platform's data receiving service is set with a transition period. After the transition period ends, the old platform will stop providing services. Enterprises must complete the integration and debugging of the new platform during the transition period and upload data stably.

3. Each enterprise is responsible for its own collection terminal and transmission network daily work, ensuring the stable online operation ofHardwareequipment and smooth communication network, and strictly completing platform docking configuration in accordance with national and provincial technical specifications.

3、 Technical support

If any unit encounters technical difficulties during equipment renovation and platform docking, they can contact the official technical support channel of the platform for assistance.